Naval Education and
Training Command
NAVEDTRA 43301-5
August 2006
PERSONNEL
QUALIFICATION
STANDARD
FOR
LITTORAL COMBAT SHIP (LCS)
TOTAL SHIPBOARD
COMPUTING ENVIRONMENT
(TSCE)
NAME (Rate/Rank)______________________________
DISTRIBUTION STATEMENT B: Distribution authorized to U.S. Government agencies only due to
administrative/operational use on 1 August 06. Other requests for this document must be referred to the
Commanding Officer, Center for Information Dominance, N325, 640 Roberts Avenue, Corry Station,
Pensacola, Florida 32511-5138.
DESTRUCTION NOTICE: Destroy by any means that will prevent disclosure of contents or
reconstruction of the document.
Unclassified technical documents bearing this distribution statement will be given the same physical
protection prescribed in SECNAVINST 5720.42F for "For Official Use Only" material.
Although the words “he”, “him,” and “his” are
used sparingly in this manual to enhance
communication, they are not intended to be
gender driven nor to affront or discriminate
against anyone reading this material.
TABLE OF CONTENTS
Page
ACKNOWLEDGEMENTS ................................................................................................................................................... 5
INTRODUCTION ..................................................................................................................................................................... 7
ACRONYMS .............................................................................................................................................................................. 9
101
102
103
105
106
106
107
108
109
110
Safety Fundamentals
Security Fundamentals
Networking Fundamentals
LCS Maintenance/Combat System Operational Sequencing System (CSOSS)
Basic Test/Special Purpose Test Equipment
Trouble Shooting
Operating System Fundamentals
Hand Tools
Fiber Optics
Numbering System Fundamentals
200
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
2**
INTRODUCTION TO SYSTEMS
TRS-3D Radar
Bridge Master Radar
UPX-29 Identification Friend or Foe (IFF) AIMS MK XII
WBR-2000 Electronic Warfare System
DORNA Gun Fire Control
MK-110 Gun Mount
Rolling Airframe Missile Ship (RAM) Self Defense Systems (SSDS)
Network Time Protocol (NTP) Server
Mail Servers
Domain Servers
Application Servers
Network Attached Storage (NAS)
Edge Switch
Core Switch
Enclave Router
Computer/Peripheral
Operating Systems
Total Ships Computing Environment 3 Eye Multifunction Console
TSCE Equipment Enclosure
Total Ships Computing Environment (TSCE) Closed Circuit Television (CCTV)
Global Command and Control System - Maritime (GCCS-M)
Exterior Communication (EXCOMM)
Interior Communication (ICOMM)
Navigation/Weather
COMBATSS-21
Integrated Bridge System (IBS)
TSCE Real Time Services (RTS)
SMARTS
3
2**
2**
2**
2**
2**
Navigation Data Distribution System (NDDS)
Ship Automation System (SSA)
Machinery Plant Control and Monitoring System (MPCMS)
TSCE Management System (TMS)
Mission Package Computing Environment (MPCE)Error! Bookmark not defined.
300
3**
3**
INTRODUCTION TO WATCHSTATIONS
Total Shipboard Computing Environment (TSCE) Technician
Total Shipboard Computing Environment (TSCE) Supervisor
QUALIFICATION PROGRESS SUMMARY ............................................................... Error! Bookmark not defined.
LIST OF REFERENCES ................................................................................................................................................. 141
3
ACKNOWLEDGEMENTS
The PQS Development Group gratefully acknowledges the assistance of the following
personnel in writing this PQS:
ITCS (SW)
Mr.
Mr.
Mr.
Brenda Kendrick
Jeff Alonge
Ray Taylor
Michael Mershon
CENINFODOM Pensacola
LCS SBTF, San Diego, CA
LCS SBTF, San Diego, CA
LCS SBTF, San Diego, CA
The PQS Development Group recognizes the following commands for the time and effort put
forth reviewing and providing feedback to improve this Standard:
LCS Shore Based Training Facility
PQS Development Group personnel who provided direct support for this PQS.
Mrs.
Laurie Luke
Production Officer
The Model Manager for this PQS:
CENINFODOM, Pensacola
DSN 922-6658
5
INTRODUCTION
PQS PROGRAM
This PQS program is a qualification system for officers and enlisted personnel where
certification of a minimum level of competency is required prior to qualifying to perform specific
duties. A PQS is a compilation of the minimum knowledge and skills that an individual must
demonstrate in order to qualify to stand watches or perform other specific routine duties
necessary for the safety, security or proper operation of a ship, aircraft or support system. The
objective of PQS is to standardize and facilitate these qualifications.
APPLICABILITY
This PQS is applicable to the personnel working on information systems onboard the Littoral
Combat Ship (LCS)
MODEL MANAGER
The Model Manager Command manages a specific PQS manual. This includes overseeing the
process of monitoring and updating assigned PQS manuals from the standpoint of technical content
and relevance within the community.
TAILORING
To command tailor this package, first have it reviewed by one or more of your most qualified
individuals. Delete any portions covering systems and equipment not installed on your ship,
aircraft or unit. Next, add any line items, fundamentals, systems and watch stations/workstations
that are unique to your command but not already covered in this package. Finally, the package
should be reviewed by the cognizant department head and required changes approved by the
Commanding Officer or his designated representative. Retain the approved master copy on file
for use in tailoring individual packages.
QUALIFIER
The PQS Qualifier is designated in writing by the Commanding Officer to sign off individual
watch stations. Qualifiers will normally be E-5 or above and, as a minimum, must have
completed the PQS they are authorized to sign off. The names of designated Qualifiers should
be made known to all members of the unit or department. The means of maintaining this listing
is at the discretion of individual commands. For more information on the duties and
responsibilities of PQS Qualifiers, see the PQS Unit Coordinator’s Guide.
7
INTRODUCTION (CONT’D)
CONTENTS
PQS is divided into three sections. The 100 Section (Fundamentals) contains the fundamental
knowledge from technical manuals and other texts necessary to satisfactorily understand the
watch station/workstation duties. The 200 Section (Systems) is designed to acquaint you with
the systems you will be required to operate at your watch station/workstation. The 300 Section
(Watch stations) lists the tasks you will be required to satisfactorily perform in order to achieve
final PQS qualification for a particular watch station/workstation. All three sections may not
apply to this PQS, but where applicable, detailed explanations are provided at the front of each
section.
REFERENCES
The references used during the writing of this PQS package were the latest available to the
workshop; however, the most current references available should be used when qualifying with
this Standard.
NOTES
Classified references may be used in the development of PQS. If such references are used, do
not make notes in this book as answers to questions in this Standard may be classified.
TRAINEE
Your supervisor will tell you which watch stations/workstations you are to complete and in what
order. Before getting started, turn to the 300 Section first and find your watch
station/workstation. This will tell you what you should do before starting your watch
station/workstation tasks. You may be required to complete another PQS, a school, or other
watch stations/workstations within this package. It will also tell you which fundamentals and/or
systems from this package you must complete prior to qualification at your watch
station/workstation. If you have any questions or are unable to locate references, contact your
supervisor or qualifier. Good luck!
PQS FEEDBACK REPORTS
This PQS was developed using information available at the time of writing. When equipment
and requirements change, the PQS needs to be revised. The only way the PQS Development
Group knows of these changes is by you, the user, telling us either in a letter or via the
Feedback Report contained in the back of this book. You can tell us of new systems and
requirements, or of errors you find.
8
ACRONYMS USED IN THIS PQS
Not all acronyms or abbreviations used in this PQS are defined here. The Subject Matter Experts
from the Fleet who wrote this Standard determined the following acronyms or abbreviations may not
be commonly known throughout their community and should be defined to avoid confusion. If there
is a question concerning an acronym or abbreviation not spelled out on this page or anywhere else
in the Standard, use the references listed on the line item containing the acronym or abbreviation in
question.
ADNS
ADS
AIG
BC/RAS
C2P
CIA
CIB
C&D
CDLMS
COMBATSS-21
COMMPLAN
COMSEC
COMSPOT
COWAN
COLAN
CSOCC
CSOP
CSOSS
CSS
CSTOM
EAM
EAP
FDDI
FRR
ICOMM
IWS
LAN
LIMDIS
LRL
MPC
MPCE
MPCMS
NAS
NOW
OPORD
OASIS
OPTASK
ORM
PICT
Automated Digital Network Systems
Advance Display System
Address Indicator Group
Boundary Component/Readiness Assessment Server
Command and Control Processor
Communications Information Advisory
Communications Information Bulletin
Command And Decision
Common Data Link Management System
Component Based Total Ship System – 21 Century
Communications Plan
Communications Security
Communications Spot Report
Coalition Wide Area Network
Coalition Local Area Network
Combat System Operational Casualty Control
Combat System Operation Preparation
Combat Systems Operational Sequencing System
Command Switching System
Combat System Technical Operation Manual
Emergency Action Messages
Emergency Action Plan
Fiber Distribution Data Interface
Fast Reaction Response
Interior Communication
Information Watch Supervisor
Local Area Network
Limited Distribution
Local Routing List
Media Processing Center
Mission Package Computing Environment
Machinery Plant Control & Monitoring System
Network Attached Storage
Navy Orderwire
Operations Orders
Open Architecture Simulation System
Operational Task
Operational Risk Management
Programmable Interior Communication Terminal
9
PCU
SMS
SPECAT
STANAG
Power Control Unit
Single Messaging Solution System
Special Category
Standing NATO Agreement
10
100
INTRODUCTION TO FUNDAMENTALS
100.1
INTRODUCTION
This PQS begins with a Fundamentals section covering the basic knowledge and
principles needed to understand the equipment or duties to be studied. Normally,
you would have acquired the knowledge required in the Fundamentals section
during the school phase of your training. If you have not been to school or if you
need a refresher, the references listed at the beginning of each fundamental will aid
you in a self-study program. All references cited for study are selected according to
their credibility and availability.
100.2
HOW TO COMPLETE
The fundamentals you will have to complete are listed in the watch station (300
section) for each watch station. You should complete all required fundamentals
before starting the systems and watch station portions of this PQS, since knowledge
gained from fundamentals will aid you in understanding the systems and your watch
station tasks. When you feel you have a complete understanding of one
fundamental or more, contact your Qualifier. If you are attempting initial qualification,
your Qualifier will expect you to satisfactorily answer all line items in the
fundamentals. If you are re-qualifying or have completed the appropriate schools,
your Qualifier may require you to answer representative line items to determine if
you have retained the necessary knowledge for your watch station. If your command
requires an oral board or written examination for final qualification, you may be
asked any questions from the fundamentals required for your watch station.
11
101
101
SAFETY FUNDAMENTALS
References:
[a]
OPNAVINST 5100.19C, Navy Occupational Safety and Health (NAVOSH) Program
Manual for Forces Afloat
[b]
NAVEDTRA 10546, Electrician's Mate 3 & 2
[c]
Ship's Information Books
[d]
OPNAVINST 3500.39, Operational Risk Management
101.1
Discuss the concept of ORM. [ref. e]
___________________________________
(Signature and Date)
.2
Explain the following terms as they apply to ORM: [ref. e]
a.
b.
c.
d.
e.
Identify hazards
Assess hazards
Make risk decisions
Implement controls
Supervise
___________________________________
(Signature and Date)
.3
Explain how electrical shock can be prevented when working on an energized
circuit. [ref. c, ch. 2]
___________________________________
(Signature and Date)
.4
Explain the use of insulating material to protect personnel. [ref. c, ch. 2]
___________________________________
(Signature and Date)
.5
Explain the use of interlocks in electrical equipment. [ref. b, Safety Summary]
___________________________________
(Signature and Date)
12
101
SAFETY FUNDAMENTALS (CONT'D)
101.6
Discuss the proper procedure to be used when working with test equipment. [ref. c,
ch. 2]
___________________________________
(Signature and Date)
.7
Explain when and how a shorting probe is used. [ref. c, ch. 2]
___________________________________
(Signature and Date)
.8
Discuss the procedures to be followed when troubleshooting energized equipment.
[ref. b, Safety Summary]
___________________________________
(Signature and Date)
.9
Discuss the safety precautions applicable to portable electrical equipment. [ref. b,
ch. 2]
___________________________________
(Signature and Date)
.10
Discuss the procedures to be followed when measuring voltage in excess of 300 V.
[ref. b, Safety Summary]
___________________________________
(Signature and Date)
.11
Explain radio frequency and electromagnetic radiation hazards. [ref. b, Safety
Summary]
___________________________________
(Signature and Date)
.12
Discuss the safety precautions to be followed when handling and disposing of a
cathode-ray tube. [ref. c, ch. 2]
___________________________________
(Signature and Date)
.13
Discuss the procedures to be followed when using test equipment on live
electrical/electronic circuits. [ref. c, ch. 2]
___________________________________
(Signature and Date)
13
101
SAFETY FUNDAMENTALS (CONT'D)
101.14
Explain how various levels of potential affect current flow through the body. [ref. c,
ch. 2]
___________________________________
(Signature and Date)
.15
Explain the requirements for grounding portable and non-portable power tools and
equipment. [ref. c, ch. 2]
___________________________________
(Signature and Date)
.16
Explain the procedure and requirements for the maintenance of ground connections.
[ref. c, ch. 2]
___________________________________
(Signature and Date)
.17
When can interlocks and safety devices installed in or on electronic equipment be
modified? [ref. b, Safety Summary]
___________________________________
(Signature and Date)
.18
State the location of the nearest first aid boxes and stations. [ref. d, ch. 2]
___________________________________
(Signature and Date)
.19
Explain the hazards associated with the use of LP air. [ref. a, ch. 23]
___________________________________
(Signature and Date)
14
102
102
SECURITY FUNDAMENTALS
References:
[a]
NAVEDTRA 14222, Information Systems Technician Training Series,
Module 1-Administration and Security
NWP 6-01 (Rev. A), Basic Operational Communications Doctrine
Local Security Instructions
SECNAVINST 5510.30A, Department of the Navy Personnel Security Program
SECNAVINST 5510.36, Department of the Navy (DON) Information Security Program
(ISP) Regulation
[b]
[c]
[d]
[e]
102.1
Discuss the following:
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
Security area [ref. a, ch. 5]
Clearance [ref. d, ch. 8]
Need to know [ref. d, ch. 9]
Access [ref. d, ch. 9]
Automated Information System security [ref. a, ch. 4]
Classification [ref. d, ch. 9]
Classified information [ref. a, ch. 4]
Compromise [ref. d, Annex A]
Marking [ref. a, ch. 5; ref. e, ch. 6]
Downgrading/declassification procedures [ref. e, ch. 4]
COMSEC/CMS [ref. a, ch. 3]
Two-person integrity [ref. a, ch. 3]
___________________________________
(Signature and Date)
.2
Discuss the following security classification categories: [ref. a, ch. 5]
a.
b.
c.
Top secret
Secret
Confidential
___________________________________
(Signature and Date)
15
102
SECURITY FUNDAMENTALS (CONT’D)
102.3
Discuss the following warning notices and the handling requirement for each:
a.
b.
c.
d.
e.
f.
Formerly restricted data [ref. a, ch. 5]
NOFORN [ref. a, ch. 5]
EFTO [ref. a, ch. 5]
FOUO [ref. a, ch. 5]
Personal for [ref. b, ch. 8]
Exclusive for [ref. b, ch. 8]
___________________________________
(Signature and Date)
.4
Discuss storage requirements in terms of the following:
a.
b.
c.
d.
e.
f.
Standards for storage equipment [ref. e, ch. 10]
Storing classified material (national and NATO) [ref. a, ch. 5]
Designations and combinations [ref. a, ch. 5]
Care during working hours [ref. a, ch. 5]
Care after working hours [ref. a, ch. 5]
Emergency planning [ref. a, ch. 5]
___________________________________
(Signature and Date)
.5
Define the following security areas: [ref. a, ch. 5]
a.
b.
c.
d.
Exclusion
Limited
Controlled
Restricted
___________________________________
(Signature and Date)
.6
State the responsibility of the discoverer of a compromise or a suspected
compromise. [ref. c]
___________________________________
(Signature and Date)
.7
State the accountability requirements for top secret and SPECAT.
[ref. a, ch. 5; ref. c]
___________________________________
(Signature and Date)
16
102
SECURITY FUNDAMENTALS (CONT’D)
102.8
State the rules for the following as applied to classified material: [ref. a, ch. 5]
a.
b.
c.
d.
e.
f.
g.
Method of destruction
Records of destruction
Classified waste
Emergency destruction
Priority of emergency destruction
Method of emergency destruction
Destruction of burn bags
___________________________________
(Signature and Date)
.9
State the destruction rules of COMSEC material as applied to the following:
[ref. a, ch. 3]
a.
b.
c.
d.
e.
f.
Methods of routine destruction
Records of destruction
Emergency destruction
Priority of emergency destruction
Method of emergency destruction
Reports of emergency destruction
___________________________________
(Signature and Date)
.10
State the location and requirements of the command EAP in regard to the following:
[ref. c]
a.
b.
c.
Authority to carry out the EAP
Radio personnel actions and responsibilities
Follow up procedures and reports to higher authority
___________________________________
(Signature and Date)
.11
State the security requirements of the EXCOMM to support normal operation.
[ref a, ch. 5]
___________________________________
(Signature and Date)
17
103
103
NETWORKING FUNDAMENTALS
References:
[a]
[b]
[c]
CompTIA A+ Certification Fundamentals
CompTIA N+ Certification Fundamentals
103.1
Discuss the following Hardware:
a.
b.
c.
d.
e.
f.
g.
h.
Switch
Hub
Router
Server
Network Attached Storage
Printer
KVM Switch
Terminal
___________________________________
(Signature and Date)
.2
Describe the basic networking concepts:
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
m.
n.
o.
p.
q.
Addressing
Bandwidth
Status Indicators
Protocols
Full/Half Duplex
Peer to Peer
Client/Server
LAN/WAN
ISDN
VoIP
802.11 Wireless
Gateway
Subnet
Route
a. Dynamic
b. Static
SIPR
NIPR
VLAN
___________________________________
(Signature and Date)
18
103
103
NETWORKING FUNDAMENTALS (CONT’D)
103.3
Discuss the following networking interface and cabling terms:
a.
Fast Ethernet
a.
100BASE-T
b.
100BASE-FX
b.
Gig Ethernet
a.
1000BASE-T
b.
1000BASE-SX
c.
1000BASE-LX
d.
1000BASE-CX
c.
FDDI
d.
UTP
e.
STP
f.
Fiber
a.
Single Mode
b.
Multi Mode
___________________________________
(Signature and Date)
.4
Describe the following protocols:
a.
TCP/IP
b.
IPX/SPX
c.
NETBEUI/NETBIOS
d.
SMTP
e.
IMAP
f.
HTML
g.
HTTP
h.
HTTPS
i.
SSL
j.
Telnet
k.
FTP
l.
DNS
___________________________________
(Signature and Date)
19
104
104
Operating System Fundamentals
References:
[a]
[b]
[c]
CompTIA A+ Certification Fundamentals
104.1
Discuss the following Operating Systems and their hardware requirements:
a. Windows 2000
b. Windows 2003
c. Windows XP
d. Solaris 8
e. Solaris 9
f. HP-UX
g. HP-RT
h. VxWorks
i. LINUX
j. UNIX
___________________________________
(Signature and Date)
.2
Discuss the following terms as they are associated with their relevant operating
systems:
a. Registry
b. File Systems
a. NTFS
b. FAT
c. FAT32
d. UFS
c. File Types
d. System Memory
___________________________________
(Signature and Date)
21
104
104
Operating System Fundamentals (cont’d)
104.3
Discuss the following commands as they relate to their specific operating systems:
a. UNIX/LINUX
A. FSCK
B. TELNET
C. PWD
D. MORE
E. MAN
F. FORMAT
G. INIT
H. CD
I.
CP
J. MKDIR
K. RM
L. FTP
b. Windows
A. CMD
B. HELP
C. DIR
D. ATTRIB
E. EDIT
F. COPY
G. XCOPY
H. FORMAT
I.
IPCONFIG
J. PING
k.
MD /CD / RD
___________________________________
(Signature and Date)
22
105
105
LCS MAINTENANCE/COMBAT SYSTEM OPERATIONAL SEQUENCING
SYSTEM (CSOSS) FUNDAMENTALS
References:
[a]
[b]
Combat System Operational Sequencing System (CSOSS) Users Guide
105.1
Define the following functions within the LCS maintenance concept:
a.
b.
c.
d.
e.
f.
g.
h.
i.
BITE
Fault detection
Fault isolation
FID
LRU
MAM
Operability assessment
Readiness assessment
Work packages
___________________________________
(Signature and Date)
.2
Describe the maintenance philosophy of LCS and how it differs from other Naval
Platforms and why.
___________________________________
(Signature and Date)
.3
Define the precepts of SHIPMAIN maintenance and distance support as it applies to
LCS.
___________________________________
(Signature and Date)
.4
Explain the purpose of the LCS Maintenance Team.
___________________________________
(Signature and Date)
.2
Explain communications as it pertains to CSOSS.
___________________________________
(Signature and Date)
23
105
LCS MAINTENANCE/COMBAT SYSTEM OPERATIONAL SEQUENCING
SYSTEM (CSOSS) FUNDAMENTALS (CONT’D)
105.3
Explain the following separate but independent sections and components: [ref. b]
a.
b.
CSOP
1.
MP
2.
OP
3.
SP
4.
CP
CSOCC
1.
MESP
2.
MEP
3.
MRCP
4.
CRP
___________________________________
(Signature and Date)
.4
Explain the purpose of CSOSS.
___________________________________
(Signature and Date)
.5
Explain the purpose of the following CSOSS strategies:
a.
Configuration control
b.
Casualty control
c.
Tactical support
d.
Maintenance support
e.
Readiness assessment and training support
___________________________________
(Signature and Date)
.6
Explain the purpose of the Status Board system.
___________________________________
(Signature and Date)
.7
Explain autonomous action.
___________________________________
(Signature and Date)
24
106
106
BASIC TEST/SPECIAL PURPOSE TEST EQUIPMENT FUNDAMENTALS
References:
NAVEDTRA 14188, NEETS Module 16 – Introduction to Test Equipment
Manufacturers' Technical Manuals
[a]
[b]
[c]
106.1
Discuss the proper use of the following test equipment:
a.
b.
c.
d.
Digital multimeter ac/dc differential voltmeter
Multimeter (ac/dc)
Oscilloscope
Probe 10:1, 1:1
___________________________________
(Signature and Date)
.2
Discuss the proper use of the following special purpose test equipment:
a.
b.
c.
d.
e.
f.
g.
h.
i.
CA100, Minolta color analyzer
Optical time-domain reflectometer-MW9070A
Fiber optic power meter (optical loss test set)-SCAT 9545
USM-646 test set
Digital storage oscilloscope
LAN tester
Huntron 2000
Fiber optic leak detector-SCAT XX19
Optical LAN analyzer (sniffer)-SCAT 4161
___________________________________
(Signature and Date)
25
107
107
TROUBLE SHOOTING FUNDAMENTALS
References:
[a]
NAVEDTRA B72-21-00-87, NEETS Module 21—Test Methods and Practices
107.1
Discuss each of the steps of the six-step troubleshooting procedures listed below:
[ch. 2]
a.
b.
c.
d.
e.
f.
Symptom recognition
Symptom elaboration
Listing of probable faulty function
Localizing the faulty function
Localizing trouble to the circuit
Failure analysis
___________________________________
(Signature and Date)
.2
Discuss how the six-step procedure is used to troubleshoot an electrical/electronic,
mechanical device circuit. [ch. 2]
___________________________________
(Signature and Date)
.3
Discuss how the senses (i.e., sight, hearing, etc.) may be used to locate a faulty
system/component/component part. [ch. 2]
___________________________________
(Signature and Date)
27
108
108
HAND TOOLS FUNDAMENTALS
References:
[a]
[b]
108.1
NAVEDTRA 12085, Use and Care of Tools and Measuring Tools
NAVEDTRA B72-04-00-92, NEETS Module 4--Introduction to Electrical Conductors,
Wiring Techniques, and Schematic Reading
Describe the following hand tools and explain their application: [ref. a]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
m.
n.
o.
p.
q.
r.
s.
t.
u.
v.
w.
x.
Adjustable wrenches [ch. 25]
Allen wrenches [ch. 25]
Bearing puller [ch. 41]
Box wrenches [ch. 25]
Diagonal pliers [ch. 17]
Drills [ch. 23]
Files [ch. 28]
Hacksaws [ch. 46]
Hammers [ch. 21]
Lug crimper [ch. 17]
Mechanical fingers [ch. 17]
Needle-nose pliers [ch. 17]
Open-end wrenches [ch. 25]
Pin insertions/removal tools [ch. 17]
Punches [ch. 27]
Retaining ring pliers [ch. 17]
Screw extractors [ch. 22]
Screw starter [ch. 22]
Screwdrivers [ch. 22]
SMA torque wrench [ch. 25]
Socket wrench set [ch. 25]
Strap wrench [ch. 25]
Water pump pliers [ch. 17]
Wire strippers [ch. 17]
___________________________________
(Signature and Date)
29
108
HAND TOOLS FUNDAMENTALS (CONT’D)
108.2
Discuss the use of the following soldering tools: [ref. b, chs. 2, 3]
a.
b.
c.
d.
e.
f.
Electric heating element soldering tool
Heat sink
Magnifying light
Rosin core solder
Soldering aid tool
Soldering sucker
___________________________________
(Signature and Date)
.3
Discuss tinning a soldering iron. [ref. b, ch. 3]
___________________________________
(Signature and Date)
.4
Discuss the importance of using the right tool for the job.
___________________________________
(Signature and Date)
30
109
109
FIBER OPTICS FUNDAMENTALS
References:
[a]
NAVEDTRA B72-24-00-92, NEETS Module 24--Introduction to Fiber Optics
109.1
Define fiber optics. [ch. 1]
___________________________________
(Signature and Date)
.2
Discuss the following:
a.
b.
c.
d.
e.
f.
g.
h.
i.
Fiber optic data link [ch. 1]
Light loss [ch. 1]
Properties of light [ch. 2]
Reflection of light [ch. 2]
Refraction of light [ch. 2]
Propagation of light in fiber [ch. 2]
Micro bend [ch. 2]
Macro bend [ch. 2]
Fresnel reflection [ch. 4]
___________________________________
(Signature and Date)
.3
Explain the advantages/disadvantages of fiber optics. [ch. 1]
___________________________________
(Signature and Date)
.4
What is the normal operating wavelength for fiber optics? [ch. 6]
___________________________________
(Signature and Date)
.5
Explain the types of connectors used in fiber optics. [ch. 4]
___________________________________
(Signature and Date)
.6
Discuss optical sources and transmitters. [ch. 6]
___________________________________
(Signature and Date)
31
109
109
FIBER OPTICS FUNDAMENTALS (CONT’D)
109.7
Discuss optical detectors and receivers. [ch. 7]
___________________________________
(Signature and Date)
32
110
110
NUMBERING SYSTEM FUNDAMENTALS
References:
[a]
NAVEDTRA B72-13-00-86, NEETS Module 13--Introduction to Numbering Systems and
Logic Circuits
110.1
Define the following: [ch. 1]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
Base
Complimentary arithmetic
Digit
Digit position
LSD
Modules
MSD
Positional notation
Radix
Radix point
Subscript
___________________________________
(Signature and Date)
.2
What is the largest single number in any numbering system and why? [ch. 1]
___________________________________
(Signature and Date)
.3
Discuss the following: [ch. 1]
a.
b.
c.
d.
Addition problems in octal and binary math
Subtraction problems in octal and binary math
Multiplication problems in octal and binary math
Division problems in octal and binary math
___________________________________
(Signature and Date)
.4
Discuss converting a number from decimal to binary. [ch. 1]
___________________________________
(Signature and Date)
33
110
110
NUMBERING SYSTEM FUNDAMENTALS (CONT'D)
110.5
Explain the following methods for converting a number from one base system to
another: [ch. 1]
a.
b.
c.
Division
Inspection
Expansion
___________________________________
(Signature and Date)
.6
Discuss how arithmetic problems are solved using the radix complement method.
[ch. 1]
___________________________________
(Signature and Date)
35
200
INTRODUCTION TO SYSTEMS
200.1
BASIC BUILDING BLOCKS
In this section, the equipment is broken down into smaller, more comprehensible,
functional systems as basic building blocks in the learning process. Each system is
written to reflect specific watchstation requirements by identifying the equipment
most relevant to one or more designated watchstanders. The less complex systems
may be identified and covered quickly or relegated to a lower priority to permit
greater emphasis on more significant or complex systems.
200.2
COMPONENTS AND COMPONENT PARTS
For learning purposes each system is disassembled into two levels. Systems have
components and components have parts. Do not expect to see every item which
appears on a parts list to be in the PQS. Only those items which must be
understood for operation/maintenance are listed. Normally a number of very broad
(overview) systems are disassembled into their components or parts with the big
picture as the learning goal. Items listed as components in such a system may then
be analyzed as separate systems and broken down into components and parts.
Example: the turbogenerators may be listed as a component of the Ship’s Service
Electrical Distribution system and then later detailed as an individual system for
closer study.
200.3
FORMAT
Each system is organized within the following format:





200.4
It lists the references to be used for study and asks you to explain the
function of each system.
It asks for the static facts of what or where the components and component
parts are in relation to the system.
It directs attention to the dynamics of how the component and component
parts operate to make the system function.
It specifies the parameters that must be immediately recalled.
It requires study of the relationship between the system being studied and
other systems or areas.
HOW TO COMPLETE
The systems you must complete are listed in the Prerequisites section of each
watchstation. When you have mastered one or more systems, contact your
Qualifier. The Qualifier will give you an oral examination on each system and, if
satisfied you have sufficient knowledge of the system, will sign the appropriate
system line items. You will be expected to demonstrate through oral or written
examination a thorough understanding of each system required for your
watchstation.
36
201
201
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) ASSETS
References:
[a]
[b]
[c]
Local Standard Operating Procedures (SOP)
201.1
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [ref. a, chs. 2, 3; refs. b, c]
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.
201.1.1
.2
.3
.4
.5
.6
.7
.8
.9
.10
.11
.12
.13
.14
.15
.16
.17
.18
.19
.20
.21
.22
.23
What is its function?
What are the levels of classifications?
What sub-networks are included?
What are the modes of operation or control?
What are the security concerns associated?
What security protection is in place?
What are the probable indications if this component fails?
What is the source of control signals?
What is the function of each position?
What are the interlocks?
Questions
ABCDGH
ABCDGH
AGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
SBU Network
Secret Network
Top Secret/SCI Network
Coalition LAN/WAN
Network Enclave Routers
Network Core Switches
Network Edge Switches
Application Servers
Core Mission Systems Servers
Network Attached Storage (NAS)
Radar Distribution Server
Administrative Laptops
Stateroom Workstation
Printers
Firewalls
Network Time Protocol Servers
Domain Servers
Mail Servers
Network Management Servers
Topology
Single Bay Enclosure
Dual Bay Enclosure
17U Enclosure
37
201.1.24
.25
.26
.27
.2
3 Eye Multi-Function Console (OJ-7XX)
2 Eye Multi-Function Console (OJ-7XX)
2 Eye EXCOMM Workstation (OJ-7XX)
Large Screen Displays w/ Quadview
ABCDEFGH
ABCDEFGH
ABCDEFGH
ABCDEFGH
Explain the following interfaces used to connect the TSCE enclosures and related
equipment:
a.
b.
c.
d.
e.
Fiber
Fast Ethernet
NTDS Type-E LLS
ISDN
RGB/VGA
___________________________________
(Signature and Date)
201.1.2
Describe the operational characteristics, capabilities, and limitations of TSCE
Network to support normal operations.
.3
Describe the major components of the TSCE. Include name, nomenclature,
physical appearance, and location as applicable to support normal operations
.4
Describe the controls, indicators, graphic user interfaces, and alarms directly
associated with normal operation of the TSCE. Include, name, location, position,
format, as required to support normal operations.
.5
Name and describe the physical appearance, location, purpose, and nomenclature
of auxiliary equipment associated with normal operation of the TSCE.
.6
Describe the functional operation of the TSCE. Include control, sequential
operation, modes, input/output, as applicable to support normal operations.
.7
Describe the function of displays, controls, indicators, and alarms directly associated
with normal operation of the TSCE. Include name, position, color, and location as
required to support normal operation.
___________________________________
(Signature and Date)
201.2
PRINCIPLES OF OPERATION
201.2.1
How do the components work together to achieve the system’s function?
.2
What indications are received if the system is malfunctioning?
___________________________________
38
(Signature and Date)
201.3
PARAMETERS/OPERATING LIMITS – None to be discussed.
201.4
SYSTEM INTERFACE
201.4.1
Describe the software programs used with the TSCE. Include routine commands
and instructions as required to support normal operation.
.2
Describe the functional interfaces that exist between the TSCE and external
subsystem/systems. Include inputs and sources, outputs and destinations to
support normal operation.
.3
Describe the indications that should or may occur during normal operation of the
TSCE
.4
Recognize indications that should or may occur during normal operating procedures
for the TSCE.
.5
Describe the software/firmware programs used with the TSCE. Include routine
commands and instructions as required to support casualty/degraded operations,
preventive maintenance and documented corrective maintenance.
.6
Describe the function of displays, controls, indicators, graphic user interfaces, and
alarms directly associated with normal operation of the TSCE. Include name,
position, color, reference designators, and location as required to support
casualty/degraded operations, preventive maintenance, and documented corrective
maintenance
.7
Name and describe the physical appearance, location, purpose, and nomenclature
of auxillary equipment associated with casualty/degraded operations, preventive
maintenance, and documented corrective maintenance of TSCE.
201.4.8
.9
Describe the functional operation of the tsce. Include control, sequential operation,
modes, input/output, as applicable to support casualty/degraded operations,
preventive maintenance, and documented corrective maintenance.
Describe the physical interfaces that exist between the tsce and external
subsystem/systems. Include name, physical appearance, reference designator, and
location to support casulaty/degraded operations, preventive maintenance, and
documented corrective maintenance.
.10 Describe the functional interfaces that exist between the TSCE and external
subsystem/systems. Include inputs and sources, outputs and destinations, and
sequence of events to support casualty/degraded operations, preventive
maintenance, and documented corrective maintenance.
___________________________________
(Signature and Date)
39
201.5
SAFETY PRECAUTIONS
201.5.1
What safety precautions must be observed when operating this system?
[refs. ??]
___________________________________
(Signature and Date)
.4 Describe the authority and regulations that govern normal operation of the following
networks that make up the TSCE:
i.
j.
k.
l.
m.
n.
o.
p.
q.
r.
s.
t.
u.
TSCE
TMS
SMARTS
SSA
IBS
NDDS
RADDS
COMBATSS-21
ICOMMS
EXCOMMS
CMS
MPCE
MPCMS
___________________________________
(Signature and Date)
.5
Describe the personnel and equipment safety precautions to be observed during
normal operation.
___________________________________
(Signature and Date)
.6
Adhere to personnel and equipment safety precautions during normal operation of
the TSCE.
___________________________________
(Signature and Date)
.7
Describe the authority and regulations that govern casualty/degraded operations of
the TSCE.
___________________________________
(Signature and Date)
.8
Describe the indications that should or may occur during casualty/degraded
operations of the TSCE.
40
___________________________________
(Signature and Date)
.9
Describe the personnel and equipment safety precautions to be observed during
casualty/degraded operations of the TSCE.
___________________________________
(Signature and Date)
.10
Define the maintenance philosophy for the TSCE to support preventive and
documented corrective maintenance.
___________________________________
(Signature and Date)
.11
Using a basic block diagram of the TSCE, explain the following segments and
describe how they are connected: [ref. a, chs. 2, 3; ref. b, chs. 2, 3]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
m.
n.
o.
Multifunction 3 Eye Console OJ-7XX
Multifunction 2 Eye Mission Package Console OJ-7XX
ICOMM
EXCOMM
COMBATSS-21
MPCE
TNAS
SSA
IBS
NDDS
Radar Data Distribution Network
MPCMS
NIPR Network
SIPR Network
COLAN/COWAN
___________________________________
(Signature and Date)
202
202 TRS-3D AIR SEARCH RADAR SYSTEM
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Ship's Instructions/Bills
[d] Ship's Information Book (SIB)
202.1
FUNCTION
41
202.1.1
What is the function of this system? [ref. a]
202.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b, d]
A.
B.
C.
D.
E.
F.
G.
H.
202.2.1
.2
.3
.4
.5
.6
.7
.8
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/system component?
What are the sources of the following support items (as applicable):
(1) Power (normal/alternate)
(2) Cooling water
(3) Air (dry/LP/HP)
(4) Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation if this component fails?
What redundancy/reconfiguration is available within this component, and how
is it activated?
Antenna
Transmitter
Receiver
Processor
Computer group
Control console/panel
Auxiliary/ancillary equipment
Video distribution
202
202 TRS-3D AIR SEARCH RADAR SYSTEM (CONT’D)
202.3
PRINCIPLES OF OPERATION
202.3.1
How do the components work together to achieve the system's function? [ref. a]
202.3.2
What indications will you receive if the system is malfunctioning? [refs. a, b]
42
.3
Using a diagram of the system, show the path of: [refs. a, b]
a.
b.
c.
Power
Cooling water
Dry air
.4
What checks are required prior to getting underway/entering port? [refs. b, d]
.5
What permission/keys/programs are required to make this system fully capable?
[ref. c]
202.4
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions: [ref. a]
A.
B.
C.
D.
What are the modes of operation?
What is the output power?
What is the operating frequency range?
What are the minimum and maximum ranges?
202.4.1
TRS-3D air search radar
202.5
SYSTEM INTERFACE
202.5.1
How do the following outside influences affect the operation of this system: [refs. a,
b]
a.
Loss of power
b.
Loss of ventilation
c.
Loss of navigational data
d.
Loss of cooling water
e.
Loss of LP/HP/dry air
202
202 TRS-3D AIR SEARCH RADAR SYSTEM (CONT’D)
202.5.2
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
b.
c.
EMCON
Flight operations
Ordnance handling
43
d.
e.
f.
g.
h.
i.
j.
k.
l.
Man aloft
Underway replenishment
Cold/heavy weather operations
Battleshort
Quiet ship
Diving operations
HERO/HERF
ACTS/OBT
Dress ship
202.6
SAFETY PRECAUTIONS
202.6.1
What safety precautions must be observed when operating this system? [refs. a thru
d]
44
203
203 SURFACE SEARCH RADAR SYSTEMS
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Ship's Instructions/Bills
[d] Ship's Information Book (SIB)
203.1
FUNCTION
203.1.1
What is the function of this system? [ref. a]
203.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b, d]
A.
B.
C.
D.
E.
F.
G.
H.
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/component?
What are the sources of the following support items (as applicable)?
(1) Power
(2) Cooling water
(3) Air (dry/LP/HP)
(4) Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation if this component fails?
What redundancy/reconfiguration is available within this component and how is
it activated?
203.2.1
.2
.3
.4
.5
.6
.7
Antenna
Transmitter
Receiver
Processor/computer group
Control console/panel
Auxiliary/ancillary equipment
Video distribution
203.3
PRINCIPLES OF OPERATION
203.3.1
How do the components work together to achieve the system's function? [ref. a]
.2
What indications will you receive if the system is malfunctioning? [refs. a, b]
45
203
203 SURFACE SEARCH RADAR SYSTEMS (CONT’D)
203.3.3
Using a diagram of the system, show the path of: [refs. a, b]
a.
b.
Power
Dry air
.4
What checks are required prior to getting underway/entering port? [refs. b, d]
.5
What permission/keys/programs are required to make this system fully capable?
[ref. c]
203.4
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions: [ref. a]
A.
B.
C.
D.
What are the modes of operation?
What is the output power?
What is the operating frequency range?
What are the minimum and maximum ranges?
203.4.1
Bridge Master radar
203.5
SYSTEM INTERFACE
203.5.1
How do the following outside influences affect the operation of this system: [refs. a,
b]
a.
b.
c.
d.
.2
Loss of power
Loss of ventilation
Loss of navigational data
Loss of LP/HP/dry air
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
EMCON
b.
Flight operations
c.
Ordnance handling
d.
Man aloft
e.
Underway replenishment
f.
Cold/heavy weather operations
g.
Battleshort
h.
Quiet ship
i.
Diving operations
j.
HERO/HERF
k.
ACTS/OBT
l.
Dress ship
46
203
203 SURFACE SEARCH RADAR SYSTEMS (CONT’D)
203.6
SAFETY PRECAUTIONS
203.6.1
What safety precautions must be observed when operating this system? [refs. a thru
d]
47
204
204 IDENTIFICATION FRIEND OR FOE (IFF) AIMS MK XII SYSTEM
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Ship's Instructions/Bills
[d] Ship's Information Book (SIB)
204.1
FUNCTION
204.1.1
What is the function of this system? [ref. a]
204.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b, d]
A.
B.
C.
D.
E.
F.
G.
H.
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/component?
What are the sources of the following support items (as applicable):
(1) Power (normal/alternate)
(2) Cooling water
(3) Air (dry/LP/HP)
(4) Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation if this component fails?
What redundancy/reconfiguration is available within this component, and how
is it activated?
204.2.1
.2
.3
.4
.5
.6
.7
.8
Interrogator
Transponder
Decoder
Test group
Antennas
Auxiliary/ancillary equipment
Video distribution
Crypto
204.3
204.3.1
PRINCIPLES OF OPERATION
How do the components work together to achieve the system's function? [ref. a]
.2
What indications will you receive if the system is malfunctioning? [refs. a, b]
48
204.3.3
.4
204.4
What checks are required prior to getting underway/entering port? [refs. b, d]
What permission/keys/programs/key materials are required to make this system fully
capable? [ref. c]
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions: [refs. a, c]
A.
B.
C.
D.
What are the modes of operation?
What is the output power?
What is the operating frequency range?
What are the minimum and maximum ranges?
204.4.1
IFF system
204.5
SYSTEM INTERFACE
204.5.1
How do the following outside influences affect the operation of this system: [refs. a,
b]
a.
b.
c.
.2
Loss of power
Loss of ventilation
Loss of navigational data
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
EMCON
Flight operations
Ordnance handling
Man aloft
Underway replenishment
Cold/heavy weather conditions
Battleshort
Quiet ship
Diving operations
HERO/HERF
ACTS/OBT
Dress ship
204.6
SAFETY PRECAUTIONS
204.6.1
What safety precautions must be observed when operating this system? [refs. a thru
d]
49
205
205 TACTICAL AIR NAVIGATION (TACAN) CONTROL SYSTEMS
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Ship's Instructions/Bills
[d] Ship's Information Book (SIB)
205.1
FUNCTION
205.1.1
What is the function of this system? [ref. a]
205.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b, d]
A.
B.
C.
D.
E.
F.
G.
H.
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/component?
What are the sources of the following support items (as applicable):
(1) Power (normal/alternate)
(2) Cooling water
(3) Air (dry/LP/HP)
(4) Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation if this component fails?
What redundancy/reconfiguration is available within this component and how is
it activated?
205.2.1
.2
.3
.4
.5
.6
.7
Display group
Processor/multiplexer group
Peripheral/control group
Transmitter group
Receiver group
Antenna group
Auxiliary/ancillary group
205.3
PRINCIPLES OF OPERATION
205.3.1
How do the components work together to achieve the system's function? [ref. a]
.2
What indications will you receive if the system is malfunctioning? [refs. a, b]
50
205
205 TACTICAL AIR NAVIGATION (TACAN) CONTROL SYSTEMS
(CONT’D)
205.3.3
Using a diagram of the system, show the path of: [refs. a, b]
a.
b.
c.
205.4
Power
Cooling water
Dry air
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions: [ref. a]
A.
B.
C.
D.
What are the modes of operation?
What is the output power?
What is the operating frequency range?
What are the minimum and maximum ranges?
205.4.1
Tactical Air Navigation (TACAN) Control system
205.5
SYSTEM INTERFACE
205.5.1
How do the following outside influences affect the operation of this system: [refs. a,
b]
a.
b.
c.
d.
e.
.2
Loss of power
Loss of ventilation
Loss of navigational data
Loss of cooling water
Loss of LP/HP/dry air
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
EMCON
Flight operations
Ordnance handling
Man aloft
Underway replenishment
Cold/heavy weather operations
Battleshort
Quiet ship
Diving operations
HERO/HERF
ACTS/OBT
Dress ship
51
205
205 TACTICAL AIR NAVIGATION (TACAN) CONTROL SYSTEMS
(CONT’D)
205.6
SAFETY PRECAUTIONS
205.6.1
What safety precautions must be observed when operating this system? [refs. a thru
d]
52
210
210 WBR-2000/SOFT KILL WEAPON SYSTEM ELECTRONIC WARFARE
SYSTEMS
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Electronic Surveillance Measures (ESM) System WBR-2000 S9472-AB-MMC-010
[d] Ship's Information Book (SIB)
210.1
FUNCTION
210.1.1
What is the function of this system? [ref. a]
210.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b, d]
A.
B.
C.
D.
E.
F.
G.
H.
210.2.1
210.2.2
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/component?
What are the sources of the following support items (as applicable):
(1) Power (normal/alternate)
(2) Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation if this component fails?
What redundancy/reconfiguration is available within this component, and how
is it activated?
WBR-2000
a. Antenna Unit
b. Receiver/Processor Unit (RPU)
c. Control Display Processor (CDP)
d. HMI
Soft Kill Weapon System (SKWS)
a. Control Unit (CU)
b. Launcher Control Computer (LCC)
c. Launcher Interface Unit (LIU)
d. DL-12T Launching Tubes
e. Horn
f. Safety Switches/Keys
210.3
PRINCIPLES OF OPERATION
210.3.1
How do the components work together to achieve the system's function? [ref. a]
.2
What are the modes of operation or control? [ref. a]
53
210
210 WBR-2000/SOFT KILL WEAPON SYSTEM ELECTRONIC WARFARE
SYSTEMS (CONT’D)
210.3.3
Using a diagram of the system, show the path of: [refs. a thru c]
a.
Power
.4
What checks are required prior to getting underway/entering port? [refs. b, d]
.5
What is the normal configuration for all battle conditions? [ref. c]
.6
What permission/keys/programs are required to make this system fully capable?
[ref. c]
210.4
PARAMETERS/OPERATING LIMITS
210.4.1
For the installed ES/EA equipment, what are the operating bands? [ref. a]
210.5
SYSTEM INTERFACE
210.5.1
How do the following outside influences affect the operation of this system: [refs. a,
b]
a.
b.
c.
.2
Loss of power
Loss of ventilation
Loss of navigational data
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
EMCON
Flight operations
Ordnance handling
Man aloft
Underway replenishment
Cold/heavy weather operations
Battleshort
Quiet ship
Diving operations
HERO/HERF
OBT
Dress ship
54
210
210 WBR-2000/SOFT KILL WEAPON SYSTEM ELECTRONIC WARFARE
SYSTEMS (CON’T)
210.6
SAFETY PRECAUTIONS
210.6.1
What safety precautions apply to: [ref. c]
a.
b.
Soft Kill Weapon System (SKWS)
Storage lockers
.2
What safety precautions must be observed when operating this system? [ref. c]
.3
What safety precautions must be observed during: [ref. c]
a.
b.
Firings
Misfire/dud
55
212
212 DORNA GUN FIRE CONTROL SYSTEM
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Ship's Instructions/Bills
[d] Ship's Information Book (SIB)
212.1
FUNCTION
212.1.1
What is the function of this system? [ref. a]
212.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b, d]
A.
B.
C.
D.
E.
F.
G.
H.
212.2.1
.2
.3
.4
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/component?
What are the sources of the following support items (as applicable):
(1) Power (normal/alternate)
(2) Air (dry/LP/HP)
(3) Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation if this component fails?
What redundancy/reconfiguration is available within this component, and how
is it activated?
Tracking Subsystem
a. EO/IR Camera
b. Tracking Unit
Ship Interface Subsystem
Weapon Control Subsystem
Console
212.3
PRINCIPLES OF OPERATION
212.3.1
How do the components work together to achieve the system's function? [ref. a]
.2
What are the modes of operation or control? [ref. a]
56
212
212 DORNA GUN FIRE CONTROL SYSTEM (CONT’D)
212.3.3
Using a diagram of the system, show the path of: [refs. a, b, d]
a.
Power
.4
What checks are required prior to getting underway/entering port? [refs. b, d]
.5
What permission/keys/programs are required to make this system fully capable?
[ref. c]
.6
What indication will you receive if the system is malfunctioning? [refs. a, b]
.7
What is the normal configuration for all battle conditions? [ref. c]
.8
What is the sequence of component involvement from detect to engage for: [refs. a,
c]
a.
.9
Guns
What is the sequence of component involvement for NSFS? [refs. a, c]
.10 What pre-fire/post-fire checks are required? [ref. c]
212.4
PARAMETERS/OPERATING LIMITS
212.4.1
What are the train and elevation limits? [refs. a, d]
.2
What are the minimum and maximum ranges of the radars? [refs. a, d]
.3
What are the frequency ranges of the radars? [refs. a, c]
.4
What are the non-pointing/firing/radar cutouts? [refs. a, d]
212.5
SYSTEM INTERFACE
212.5.1
How do the following outside influences affect the operation of this system: [refs. a,
b]
a.
b.
c.
d.
e.
Loss of power
Loss of ventilation
Loss of navigational data
Loss of cooling water
Loss of LP/HP/dry air
57
212
212 DORNA GUN FIRE CONTROL SYSTEM (CONT’D)
212.5.2
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
212.6
212.6.1
EMCON
Flight operations
Ordnance handling
Man aloft
Underway replenishment
Cold/heavy weather operations
Battleshort
Quiet ship
Diving operations
HERO/HERF
ACTS/OBT
Dress ship
SAFETY PRECAUTIONS
What safety precautions must be observed when operating this system? [refs. a thru d
59
213
213 MK-110 GUN SYSTEM
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Ship's Instructions/Bills
[d] Ship's Information Book (SIB)
213.1
FUNCTION
213.1.1
What is the function of this system? [ref. a]
213.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b, d]
A.
B.
C.
D.
E.
F.
G.
H.
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/component?
What are the sources of the following support items (as applicable):
(1) Power (normal/alternate)
(2) Cooling water
(3) Air (LP/HP)
(4) Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation if this component fails?
What redundancy/reconfiguration is available within this component, and how
is it activated?
213.2.1
.2
.3
.4
.5
.6
Gun mount
Loading systems
Control/display group
Magazines
Sprinkler systems
Auxiliary/ancillary
213.3
PRINCIPLES OF OPERATION
213.3.1
How do the components work together to achieve the system's function? [ref. a]
.2
What are the modes of operation or control? [ref. a]
60
213
213 MK-110 GUN SYSTEM
213.3.3
Using a diagram of the system, show the path of: [refs. a, b, d]
a.
c.
Power
LP/HP air
.4
What checks are required prior to getting underway/entering port? [refs. b, d]
.5
What permission/keys/programs are required to make this system fully capable?
[ref. c]
.6
What indication will you receive if the system is malfunctioning? [refs. a, b]
.7
What is the normal configuration for all battle conditions? [ref. c]
.8
What is the sequence of component involvement: [ref. a]
a.
.9
Detect to engage
What pre-fire/post-fire checks are required? [ref. c]
213.4
PARAMETERS/OPERATING LIMITS
213.4.1
What are the train and elevation limits? [refs. a, d]
.2
What are the minimum and maximum firing ranges? [refs. a, d]
.3
What are the non-pointing/firing cutouts? [refs. a, d]
.4
What is the rate of fire? [ref. a]
213.5
SYSTEM INTERFACE
213.5.1
How do the following outside influences affect the operation of this system: [refs. a,
b]
a.
b.
c.
d.
Loss of power
Loss of navigation data
Loss of ventilation
Loss of IC
61
213
213 MK-110 GUN SYSTEM
213.5.2
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
Flight operations
Ordnance handling
Man aloft
Underway replenishment
Cold/heavy weather operations
Battleshort
Quiet ship
Diving operations
HERO/HERF
OASIS
Dress ship
213.6
SAFETY PRECAUTIONS
213.6.1
What safety precautions must be observed when operating this system? [ref. c]
.2
What safety precautions must be observed during:
a.
b.
c.
Misfire [refs. b, c]
Jammed gun [refs. b, c]
High magazine temperature [ref. c]
62
215
215 ROLLING AIRFRAME MISSILE (RAM) SHIP SELF DEFENSE SYSTEM
(SSDS)
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Ship's Instructions/Bills
[d] Ship's Information Book (SIB)
215.1
FUNCTION
215.1.1
What is the function of this system? [ref. a]
215.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b, d]
A.
B.
C.
D.
E.
F.
G.
H.
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/component?
What are the sources of the following support items (as applicable):
(1) Power (normal/alternate)
(2) Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation is this component fails?
What redundancy/reconfiguration is available within this component, and how
is it activated?
215.2.1
.2
.3
.4
.5
.6
MK-144 Mod1 Guided Missile Launcher (GML)
MK-477 Weapons Control Panel (WCP) 1/2
MK-201 Launcher Servo Control Unit (LSCU)
Launcher Safety Switch
Deck Station Launcher Control Box
Ship Self Defense System
215.3
PRINCIPLES OF OPERATION
215.3.1
How do the components work together to achieve the system's function? [ref. a]
.2
What are the modes of operation or control? [ref. a]
63
215
215 ROLLING AIRFRAME MISSILE (RAM) SHIP SELF DEFENSE SYSTEM
(SSDS)
215.3.3
Using a diagram of the system, show the path of: [refs. a, b, d]
a.
b.
c.
Power
RAM to SSDS Interface
SSDS to COMBATSS-21 Interface
.4
What indication will you receive if the system is malfunctioning? [refs. a, b]
.5
What is the normal configuration for all battle conditions? [ref. c]
.6
What is the sequence of component involvement from detect to engage? [ref. a]
.7
What permission/keys/programs are required to make this system fully capable?
[ref. c]
.8
What checks are required prior to getting underway/entering port? [refs. b, c]
.9
What pre-fire/post-fire checks are required? [ref. c]
215.4
PARAMETERS/OPERATING LIMITS
215.4.1
What are the train and elevation limits? [refs. a, d]
.2
What are the minimum and maximum ranges? [refs. a, d]
.3
What are the non-pointing/firing/radar cutouts? [refs. a, d]
.4
What are the operating frequencies of the radars? [refs. a, d]
.5
What is the rate of fire? [ref. a]
215.5
SYSTEM INTERFACE
215.5.1
How do the following outside influences affect the operation of this system: [refs. a,
b]
a.
b.
c.
d.
Loss of power
Loss of ventilation
Loss of navigational data
Loss of communications
64
215
215 ROLLING AIRFRAME MISSILE (RAM) SHIP SELF DEFENSE SYSTEM
(SSDS)
215.5.2
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
EMCON
Flight operations
Ordnance handling
Man aloft
Underway replenishment
Cold/heavy weather operations
Battleshort
Quiet ship
Diving operations
HERO/HERF
OASIS
Dress ship
215.6
SAFETY PRECAUTIONS
215.6.1
What safety precautions must be observed when operating this system? [ref. c]
.2
What safety precautions must be observed during: [refs. b, c]
a.
b.
c.
Misfire/dud
Hot/jammed gun
High magazine temperature
65
202
202
TSCE DATA DISPLAY GROUP
a.
b.
Data to/from the ADS servers
Power distribution to the ADS Servers, 3 Eye Multi-Function Console, 2 Eye
Mission Package Console, 2 Eye EXCOMM KVM Console, Large Screen
Displays, 32 x 32 Video Matrix Switch, CCTV Cameras, and Thin Clients from
the power panels
___________________________________
(Signature and Date)
202.3
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions:
A.
B.
C.
D.
E.
202.3.1
What is the normal operating value?
What are the allowable operating limits?
Where are the parameters sensed or monitored?
What is the physical location of the indicators?
What is the alarm set point?
Voltage for the 3 Eye Multi-Function Console (OJ-7XX)
Questions
ABCD
___________________________________
(Signature and Date)
.2
Voltage for the 2 Eye Multi-Function Console (OJ-7XX)
ABCD
.3
___________________________________
(Signature and Date)
Voltage for the 2 Eye EXCOMM KVM Console
ABCD
___________________________________
(Signature and Date)
.2
Voltage for the ADS Servers
ABCD
___________________________________
(Signature and Date)
.3
Voltage for the Large Screen Displays w/ Quadview
ABCD
___________________________________
(Signature and Date)
.4
Voltage for the 32 x 32 Video Matrix Switch
66
ABCD
___________________________________
(Signature and Date)
.5
Voltage for the CCTV Cameras
ABCD
___________________________________
(Signature and Date)
.6
Temperature for the 3 Eye Multi-Function Console (OJ-7XX)
ABCDE
___________________________________
(Signature and Date)
.7
Temperature for the 2 Eye Multi-Function Console (OJ-7XX)
ABCDE
___________________________________
(Signature and Date)
.8
Temperature for the 2 Eye EXCOMM KVM Console
ABCDE
___________________________________
(Signature and Date)
.9
Temperature for the ADS Servers
ABCDE
___________________________________
(Signature and Date)
.10 Temperature for the Large Screen Displays w/ Quadview
ABCDE
___________________________________
(Signature and Date)
.4
Voltage for the 32 x 32 Video Matrix Switch
ABCD
___________________________________
(Signature and Date)
.5
Voltage for the CCTV Cameras
ABCD
___________________________________
(Signature and Date)
202.4
SYSTEM INTERFACE
202.4.1
How do the following outside influences affect the operation of this system: [ref. f]
a.
Loss of power
67
b.
Loss of LAN
___________________________________
(Signature and Date)
.2
How does the Data Display Group interface with the following:
a.
b.
c.
d.
COMBATSS-21
EXCOMM Group
ICOMM Group
MPCE
___________________________________
(Signature and Date)
202.5
SAFETY PRECAUTIONS
202.5.1
What safety precautions must be observed when operating this system? [ref. a,
Safety Summary; ref. b, Safety Summary; ref. e]
___________________________________
(Signature and Date)
68
202
202
SHIP SYSTEMS AUTOMATION (SSA)
References:
[a]
Applicable Manufacturer’s Technical Manual
[b]
Local Standard Operating Procedures (SOP)
[c]
OPNAVINST 5100.19D (Change 1), Navy Occupational Safety and Health (NAVOSH)
Program Manual for Forces Afloat, Vol. II, Ch. C9
[d]
OPNAVINST 5100.23E (Change 1), Navy Occupational Safety and Health (NAVOSH)
Program Manual, Ch. 20
202.1
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b]
A.
B.
C.
D.
E.
F.
G.
H.
I.
What is its function?
Where is it located?
What are the sources of power?
What are the modes of operation or control?
What are the safety/protective devices for this component/component part?
What protection is provided by this component/component part?
What are the probable indications if this component fails?
What is the source of control signals?
What Operating System is installed?
Questions
202.1.1
1) Integrated Bridge System
a) Ship Control Console
i) Voyage Management System (VMS)
ii) Advanced Radar Plot (ARPA)
iii) Advanced Identification System (AIS)
iv) Unclassified Workstation
b) Bridge Wing Control Console
2) Navigation Data Distribution System (NDDS)
a) Ring Laser Gyro, WSN-7 FWD/AFT
b) NAVSSI
i) Real Time System (RTS) 1
ii) Real Time System (RTS) 2
iii) Display Control System (DCS)
c) Electronic Chart Display and Information System – Naval (ECDIS-N)
d) National Maritime Electrical Association (NMEA) 0183 Splitter
e) Network Repeater Box (NRB)
f) Global Positioning Satellite (GPS) Antenna
69
202
SHIP SYSTEMS AUTOMATION (SSA) (CONT’D)
202
3) Machinery Plant Control and Monitoring System (MPCMS)
a) NAVLAN Server Primary
b) NAVLAN Server Secondary
c) Programmable Logic Controller (PLC)
d) Input/Output (I/O) Box
e) Bulkhead Mounted Console
f) Deck Mounted Console
g) PROFIBUS
h) Closed Circuit Television (CCTV) Monitoring System
i) CCTV Pan/Tilt/Zoom Camera
ii) RF Modulator
iii) Digital Video Recorder (DVR)
iv) Video Matrix Switch
v) Quadview Display System
vi) Auxiliary Equipment
___________________________________
(Signature and Date)
205.2
IBS PRINCIPLES OF OPERATION
205.2.1
How do the components work together to achieve the system’s function?
a.
Ship Control Console
b.
Voyage Management System (VMS)
c.
Advanced Radar Plot (ARPA)
d.
Advanced Identification System (AIS)
e.
Unclassified Workstation
.*
Draw a diagram of this system.
.*
Using a diagram of this system, show the path of:
a.
b.
c.
d.
e.
f.
Ring Laser Gyro, WSN-7 FWD/AFT
NAVSSI
i. Real Time System (RTS) 1
ii. Real Time System (RTS) 2
iii. Display Control System (DCS)
Electronic Chart Display and Information System – Naval (ECDIS-N)
National Maritime Electrical Association (NMEA) 0183 Splitter
Network Repeater Box (NRB)
Global Positioning Satellite (GPS) Antenna
70
202
SHIP SYSTEMS AUTOMATION (SSA) (CONT’D)
202
.*
What is the sequence of component involvement to initiate the MPCMS System:
a.
b.
c.
.*
What indications are received if the system is malfunctioning?
___________________________________
(Signature and Date)
205.2
NDDS PRINCIPLES OF OPERATION
205.2.1
How do the components work together to achieve the system’s function?
g.
Ring Laser Gyro, WSN-7 FWD/AFT
h.
NAVSSI
i. Real Time System (RTS) 1
ii. Real Time System (RTS) 2
iii. Display Control System (DCS)
i.
Electronic Chart Display and Information System – Naval (ECDIS-N)
j.
National Maritime Electrical Association (NMEA) 0183 Splitter
k.
Network Repeater Box (NRB)
l.
Global Positioning Satellite (GPS) Antenna
.*
Draw a diagram of this system.
.*
Using a diagram of this system, show the path of:
m.
n.
o.
p.
q.
r.
.*
Ring Laser Gyro, WSN-7 FWD/AFT
NAVSSI
i. Real Time System (RTS) 1
ii. Real Time System (RTS) 2
iii. Display Control System (DCS)
Electronic Chart Display and Information System – Naval (ECDIS-N)
National Maritime Electrical Association (NMEA) 0183 Splitter
Network Repeater Box (NRB)
Global Positioning Satellite (GPS) Antenna
What is the sequence of component involvement to initiate the MPCMS System:
a.
b.
c.
.*
What indications are received if the system is malfunctioning?
71
___________________________________
(Signature and Date)
205.2
MPCMS PRINCIPLES OF OPERATION
205.2.1
How do the components work together to achieve the system’s function?
a.
NAVLAN Server Primary
b.
NAVLAN Server Secondary
c.
Programmable Logic Controller (PLC)
d.
Input/Output (I/O) Box
e.
Bulkhead Mounted Console
f.
Deck Mounted Console
.*
Draw a diagram of this system.
.*
Using a diagram of this system, show the path of:
a.
b.
c.
d.
e.
f.
.*
NAVLAN Server Primary
NAVLAN Server Secondary
Programmable Logic Controller (PLC)
Input/Output (I/O) Box
Bulkhead Mounted Console
Deck Mounted Console
What is the sequence of component involvement to initiate the MPCMS System:
a.
b.
c.
.*
What indications are received if the system is malfunctioning?
___________________________________
(Signature and Date)
202.2
CCTV MONITORING SYSTEM PRINCIPLES OF OPERATION
206.2.1
How do the components work together to achieve the system’s function?
.*
.*
Describe the Main Components associated with the CCTV system
(1) CCTV Pan/Tilt/Zoom Camera
(2) RF Modulator
(3) Digital Video Recorder (DVR)
(4) Video Matrix Switch
(5) Quadview Display System
(6) Auxiliary Equipment
Draw a diagram of this system.
72
202
SHIP SYSTEMS AUTOMATION (SSA) (CONT’D)
202
.*
Using a diagram of this system, show the path of:
(1)
(2)
(3)
(4)
(5)
(6)
.*
What is the sequence of component involvement to display an external or internal
camera in:
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
.*
PTZ External Camera
PTZ Internal Camera
Video Matrix Switch (CCS)
Video Matrix Switch (MCC)
Digital Video Recorder (DVR)
Quadview Display
The Pilot House
MCC Large Screen Display
MCC 3 Eye Multifunction Console
MP 2 Eye Multifunction Console
CCS
RCO Console
DC Console
Ship’s Entertainment System
Streaming video offboard
What indications are received if the system is malfunctioning?
___________________________________
(Signature and Date)
202.3
PARAMETERS/OPERATING LIMITS – None to be discussed.
202.4
SYSTEM INTERFACE
202.4.1
How do the following outside influences affect the operation of this system:
[refs. a, b]
a.
b.
c.
Temperature and humidity
Fluctuation in ship’s power
Loss of air-conditioning
73
202
SHIP SYSTEMS AUTOMATION (SSA) (CONT’D)
202
.2
How does this system interface with the following: [refs. a, b]
(1)
(2)
(3)
(4)
(5)
EXCOMM
ICOMM
COMBATSS-21
DORNA GFCS
Ships Entertainment System
___________________________________
(Signature and Date)
202.5
SAFETY PRECAUTIONS
202.5.1
What safety precautions must be observed when operating this system?
[refs. c, d]
___________________________________
(Signature and Date)
206.1.1
a. PTZ External Camera
b. PTZ Internal Camera
c. Video Matrix Switch (CCS)
d. Video Matrix Switch (MCC)
e. Quadview Display
___________________________________
(Signature and Date)
206.3
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions:
A.
B.
C.
D.
E.
What is the normal operating value?
What are the allowable operating limits?
Where are the parameters sensed or monitored?
What is the physical location of the indicators?
What is the alarm set point?
Questions
206.3.1
Click & Type First Parameter here (Press <shift>+<enter> to wrap lines)
___________________________________
(Signature and Date)
206.4
SYSTEM INTERFACE
74
202
202
SHIP SYSTEMS AUTOMATION (SSA) (CONT’D)
206.4.1
How do the following outside influences affect the operation of this system:
a.
b.
c.
.*
Fire
Flooding
Loss of Power
How does this system interface with the following:
a.
b.
c.
MCC LSD
Multifunction Consoles
___________________________________
(Signature and Date)
206.5
SAFETY PRECAUTIONS
206.5.1
What safety precautions must be observed when operating this system?
.*
What special safety precautions apply to:
a.
b.
c.
.*
What safety precautions must be observed Click & Type when OR during:
a.
b.
c.
___________________________________
(Signature and Date)
75
207
207
TSCE REAL TIME SERVICES (RTS) TOOL SUITE
References:
[a]
[b]
[c]
[d]
207.1
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each:
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.
What is its function?
Where is it located?
What are the sources of power?
What are the modes of operation or control?
What are the safety/protective devices for this component/component part?
What protection is provided by this component/component part?
What are the probable indications if this component fails?
What is the source of control signals?
What is the function of each position?
What are the interlocks?
Questions
207.1.1
Click & Type First Component here (Press <shift>+<enter> to wrap lines)
___________________________________
(Signature and Date)
207.2
PRINCIPLES OF OPERATION
207.2.1
How do the components work together to achieve the system’s function?
.*
Draw a diagram of this system.
.*
Using a diagram of this system, show the path of:
a.
b.
c.
.*
What is the sequence of component involvement to Click & Type initiate OR
accomplish:
77
a.
b.
c.
.*
What indications are received if the system is malfunctioning?
___________________________________
(Signature and Date)
207.3
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions:
A.
B.
C.
D.
E.
What is the normal operating value?
What are the allowable operating limits?
Where are the parameters sensed or monitored?
What is the physical location of the indicators?
What is the alarm set point?
Questions
207.3.1
Click & Type First Parameter here (Press <shift>+<enter> to wrap lines)
___________________________________
(Signature and Date)
207.4
SYSTEM INTERFACE
207.4.1
How do the following outside influences affect the operation of this system:
a.
b.
c.
.*
How does this system interface with the following:
a.
b.
c.
___________________________________
(Signature and Date)
207.5
SAFETY PRECAUTIONS
207.5.1
What safety precautions must be observed when operating this system?
.*
What special safety precautions apply to:
a.
b.
78
c.
.*
What safety precautions must be observed during:
a.
b.
c.
Fire
Flooding
Loss of Power
___________________________________
(Signature and Date)
79
220
220 GLOBAL COMMAND AND CONTROL SYSTEM – MARITIME (GCCS-M)
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Ship's Instructions/Bills
[d] Ship's Information Book (SIB)
220.1
FUNCTION
220.1.1
What is the function of this system? [ref. a]
220.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the following
system components and component parts and discuss the designated items for each: [refs. a,
b, d]
A.
B.
C.
D.
E.
F.
G.
H.
220.2.1
.2
.3
.4
.5
.6
.7
.8
.9
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/component?
What are the sources of the following support items (as applicable):
1. Power (normal/alternate)
2. Cooling water
3. Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation if this component fails?
What redundancy/reconfiguration is available within this component, and how is it
activated?
Transmitter group
Receiver group
Transceiver group
Antenna/coupler group
Crypto
Display group
Data conversion/processing group
Switchboard
Auxiliary/ancillary equipment
81
220.3
220.3.1
PRINCIPLES OF OPERATION
How do the components work together to achieve the system's function? [ref. a]
.2
Utilizing a diagram of all applicable systems, trace the signal/data flow. [refs. a, b]
.3
What indications will you receive if the system is malfunctioning? [refs. a, b]
.4
Using a diagram of the system, show the path of: [refs. a, b]
a.
Power
.5
What checks are required prior to getting underway/entering port? [refs. b, d]
.6
What permission/keys/programs are required to make this system fully capable? [ref. c]
220.4
PARAMETERS/OPERATING LIMITS — None to be discussed.
220.5
SYSTEM INTERFACE
220.5.1
How do the following outside influences affect the operation of this system: [refs. a, b]
a.
b.
c.
.2
Loss of power
Loss of ventilation
Loss of navigational data
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
EMCON
Flight operations
Ordnance handling
Man aloft
Underway replenishment
Cold/heavy weather operations
Battleshort
Quiet ship
HERO/HERF
OASIS
Dress ship
220.6
SAFETY PRECAUTIONS
220.6.1
What safety precautions must be observed when operating this system? [refs. a thru d]
82
221
221 EXTERIOR COMMUNICATION (EXCOMM) SYSTEMS
References:
[a] Combat System Technical Operations Manual (CSTOM)
[b] Combat System Operational Sequencing System (CSOSS) Manual/Guide
[c] Ship's Instructions/Bills
[d] Ship's Information Book (SIB)
221.1
FUNCTION
221.1.1
What is the function of this system? [ref. a]
221.2
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each: [refs. a, b, d]
A.
B.
C.
D.
E.
F.
G.
H.
221.2.1
.2
.3
.4
.5
.6
.7
.8
.9
.10
.11
.12
Explain their functions.
Identify system components and their locations.
What Area Supervisor has responsibility for this system/component?
What are the sources of the following support items (as applicable):
(1) Power (normal/alternate)
(2) Cooling water
(3) Air (dry/LP/HP)
(4) Air conditioning/ventilation
What are the safety/protective devices for this component/component part?
What are the probable alarms/alerts/indications if this component fails?
What is the effect on system operation if this component fails?
What redundancy/reconfiguration is available within this component, and how
is it activated?
Transmit group
Receive group
Transceiver group
Crypto equipment
Terminal equipment
Landline equipment
Quality monitoring equipment
Antenna systems
Combiner/multiplexers
Frequency standard group
Interconnecting facilities
Auxiliary/ancillary
83
221.3
PRINCIPLES OF OPERATION
221.3.1
How do the components work together to achieve the system's function? [ref. a]
.2
What indications will you receive if the system is malfunctioning? [refs. a, b]
.3
Using a diagram of the system, show the path of: [refs. a, b]
(a) Power
(b) Dry air
.4
What checks are required prior to getting underway/entering port? [refs. b, c]
.5
What permission/keys/programs/key materials are required to make this system fully
capable? [ref. c]
221.4
PARAMETERS/OPERATING LIMITS
221.4.1
State the frequency bands for the following: [ref. d]
a.
b.
c.
d.
e.
f.
g.
h.
VLF
LF
MF
HF
VHF
UHF
SHF
EHF
221.5
SYSTEM INTERFACE
221.5.1
How do the following outside influences affect the operation of this system: [refs. a,
b]
a.
b.
c.
d.
Loss of power
Loss of ventilation
Loss of dry air
Loss of navigational data
84
221.5.2
How is this system affected by the following evolutions (as applicable): [ref. c]
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
EMCON
Flight operations
Ordnance handling
Man aloft
Underway replenishment
Cold/heavy weather operations
Battleshort
Quiet ship
Diving operations
HERO/HERF
OASIS
Dress ship
221.6
SAFETY PRECAUTIONS
221.6.1
What safety precautions must be observed when operating this system? [ref. c]
85
208
208
TSCE MANAGEMENT SYSTEM (TMS)
References:
[a]
[b]
[c]
[d]
208.1
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each:
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.
What is its function?
Where is it located?
What are the sources of power?
What are the modes of operation or control?
What are the safety/protective devices for this component/component part?
What protection is provided by this component/component part?
What are the probable indications if this component fails?
What is the source of control signals?
What is the function of each position?
What are the interlocks?
Questions
208.1.1
UNIX/SOLARIS Based Servers
3 Eye Multi-Modal Console
2 Eye Multi-Modal Console
Windows Based Servers
___________________________________
(Signature and Date)
208.2
PRINCIPLES OF OPERATION
208.2.1
How do the components work together to achieve the system’s function?
.*
Draw a diagram of this system.
.*
Using a diagram of this system, show the path of:
a.
b.
87
208 TSCE MANAGEMENT SYSTEM (TMS) (CONT’D)
.*
What is the sequence of component involvement to accomplish:
a.
b.
c.
.*
Starting of TMS DAEMON
Starting/Stopping Server Application
Shutting Down Server
What indications are received if the system is malfunctioning?
___________________________________
(Signature and Date)
208.3
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions:
A.
B.
C.
D.
E.
What is the normal operating value?
What are the allowable operating limits?
Where are the parameters sensed or monitored?
What is the physical location of the indicators?
What is the alarm set point?
Questions
208.3.1
Click & Type First Parameter here (Press <shift>+<enter> to wrap lines)
___________________________________
(Signature and Date)
208.4
SYSTEM INTERFACE
208.4.1
How do the following outside influences affect the operation of this system:
a.
b.
c.
.*
How does this system interface with the following:
a.
COMBATSS-21
b.
ICOMM
c.
EXCOMM
d.
SSA
e.
MPCMS
f.
MPCE
___________________________________
(Signature and Date)
88
208 TSCE MANAGEMENT SYSTEM (TMS) (CONT’D)
208.5
SAFETY PRECAUTIONS
208.5.1
What safety precautions must be observed when operating this system?
.*
What special safety precautions apply to:
a.
b.
c.
.*
Normal Operations
Casualty Mode
Battle Short
What safety precautions must be observed during:
a.
b.
c.
Fire
Flooding
Loss of Power
___________________________________
(Signature and Date)
89
209
209
INTERIOR COMMUNICATIONS SYSTEM (ICOMMS)
References:
[a]
[b]
[c]
[d]
209.1
LM LCS-1 TSCE Trainee Guide
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each:
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.
What is its function?
Where is it located?
What are the sources of power?
What are the modes of operation or control?
What are the safety/protective devices for this component/component part?
What protection is provided by this component/component part?
What are the probable indications if this component fails?
What is the source of control signals?
What is the function of each position?
What are the interlocks?
a.
b.
c.
d.
e.
f.
g.
h.
i.
j.
k.
CISCO 7800 Call Manger
Avaya G700 Gateway PBX System
Programmable Interior Communications Terminal (PICT)
VoIP Phone
Analog Phone
Secure Telephone Equipment
1MC General Announcing System
Sound-powered phone systems
Portable communication systems
Alarm/indicator systems
Ship's Entertainment and Training system
Questions
209.1.1
___________________________________
(Signature and Date)
209.2
PRINCIPLES OF OPERATION
209.2.1
How do the components work together to achieve the system’s function?
90
.*
Draw a diagram of this system.
.*
Using a diagram of this system, show the path of:
a.
b.
c.
209.2.*
What is the sequence of component involvement to initiate:
a.
b.
c.
d.
e.
.*
Programmable Interior Communications Terminal (PICT)
CISCO Call Manger
CISCO VoIP Phone
Avaya G700 Gateway PBX System
What indications are received if the system is malfunctioning?
___________________________________
(Signature and Date)
209.3
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions:
A.
B.
C.
D.
E.
What is the normal operating value?
What are the allowable operating limits?
Where are the parameters sensed or monitored?
What is the physical location of the indicators?
What is the alarm set point?
Questions
209.3.1
Click & Type First Parameter here (Press <shift>+<enter> to wrap lines)
___________________________________
(Signature and Date)
209.4
SYSTEM INTERFACE
209.4.1
How do the following outside influences affect the operation of this system:
a.
b.
c.
.*
Temperature
Humidity
How does this system interface with the following:
91
a.
b.
c.
EXCOMMS
Ship Announcing System
COMBATSS-21
___________________________________
(Signature and Date)
209.5
SAFETY PRECAUTIONS
209.5.1
What safety precautions must be observed when operating this system?
.*
What special safety precautions apply to:
a.
b.
c.
.*
Normal operations
Casualty modes
Maintenance
What safety precautions must be observed during:
a.
b.
c.
Fire
Flooding
Loss of Power
___________________________________
(Signature and Date)
92
211
210
MISSION PACKAGE COMPUTING ENVIRONMENT (MPCE)
References:
[a]
[b]
[c]
[d]
211.1
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each:
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.
What is its function?
Where is it located?
What are the sources of power?
What are the modes of operation or control?
What are the safety/protective devices for this component/component part?
What protection is provided by this component/component part?
What are the probable indications if this component fails?
What is the source of control signals?
What is the function of each position?
What are the interlocks?
Questions
211.1.1
Click & Type First Component here (Press <shift>+<enter> to wrap lines)
___________________________________
(Signature and Date)
211.2
PRINCIPLES OF OPERATION
211.2.1
How do the components work together to achieve the system’s function?
.*
Draw a diagram of this system.
.*
Using a diagram of this system, show the path of:
a.
b.
c.
93
211
MISSION PACKAGE COMPUTING ENVIRONMENT (MPCE) (CONT’D)
211.2.*
What is the sequence of component involvement to initiate:
a.
b.
c.
d.
.*
ASW Mission Package Server
SUW Mission Package Server
MCM Mission Package Server
2 Eye Multi-modal Mission Package Console
What indications are received if the system is malfunctioning?
___________________________________
(Signature and Date)
211.3
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions:
A.
B.
C.
D.
E.
What is the normal operating value?
What are the allowable operating limits?
Where are the parameters sensed or monitored?
What is the physical location of the indicators?
What is the alarm set point?
Questions
211.3.1
Click & Type First Parameter here (Press <shift>+<enter> to wrap lines)
___________________________________
(Signature and Date)
211.4
SYSTEM INTERFACE
211.4.1
How do the following outside influences affect the operation of these systems:
a.
b.
c.
.*
Heat
Cold
Humidity
How does this system interface with the following:
a.
b.
c.
d.
COMBATSS-21
Network Time Servers
Navigation Data Distribution System
Closed Circuit Television System
___________________________________
(Signature and Date)
94
211
MISSION PACKAGE COMPUTING ENVIRONMENT (MPCE) (CONT’D)
211.5
SAFETY PRECAUTIONS
211.5.1
What safety precautions must be observed when operating this system?
.*
What special safety precautions apply to:
a.
b.
c.
.*
Normal Operations
Casualty Mode
Battle Short
What safety precautions must be observed during:
a.
b.
c.
Fire
Flooding
Loss of Power
___________________________________
(Signature and Date)
95
212
212
NETWORK TIME PROTOCOL SERVER
References:
[a]
[b]
[c]
[d]
212.1
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each:
A.
B.
C.
D.
E.
F.
G.
H.
212.1.1
What is its function?
Where is it located?
What are the sources of power?
What are the modes of operation or control?
What are the safety/protective devices for this component/component part?
What protection is provided by this component/component part?
What are the probable indications if this component fails?
What is the source of control signals?
Network Time Protocol (NTP) Server (CLASS)
Network Time Protocol (NTP) Server (UNLASS)
Questions
ABCDEFG
ABCDEFG
___________________________________
(Signature and Date)
212.2
PRINCIPLES OF OPERATION
212.2.1
How do the components work together to achieve the system’s function?
.*
Draw a diagram of this system.
.*
Using a diagram of this system, show the path of:
a.
b.
Coordinated Universal Time (UTC)
Satellite Time Reference
97
212
NETWORK TIME PROTOCOL SERVER (CONT’D)
212.2.*
What is the sequence of component involvement to Click & Type initiate OR
accomplish:
a.
b.
c.
.*
What indications are received if the system is malfunctioning?
___________________________________
(Signature and Date)
212.3
PARAMETERS/OPERATING LIMITS
For the items listed, answer the following questions:
A.
B.
C.
D.
E.
What is the normal operating value?
What are the allowable operating limits?
Where are the parameters sensed or monitored?
What is the physical location of the indicators?
What is the alarm set point?
Questions
212.3.1
Click & Type First Parameter here (Press <shift>+<enter> to wrap lines)
___________________________________
(Signature and Date)
212.4
SYSTEM INTERFACE
212.4.1
How do the following outside influences affect the operation of this system:
a.
b.
c.
.*
Humidity
How does this system interface with the following:
a.
b.
c.
d.
e.
COMBATSS-21
Navigation Data Distribution System
UNCLASS/CLASS Servers
Gun Fire Control System
TRS-3D
___________________________________
98
(Signature and Date)
212.5
SAFETY PRECAUTIONS
212.5.1
What safety precautions must be observed when operating this system?
.*
What special safety precautions apply to:
a.
b.
c.
.*
Normal Operations
Casualty Modes
Battle Short
What safety precautions must be observed:
a.
b.
c.
Fire
Flooding
Loss of Power
___________________________________
(Signature and Date)
99
213
213
COMBATSS-21
References:
[a]
[b]
[c]
213.1
SYSTEM COMPONENTS AND COMPONENT PARTS
Referring to a standard print of this system or the actual equipment, identify the
following system components and component parts and discuss the designated
items for each:
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.
What is its function?
Where is it located?
What are the sources of power?
What are the modes of operation or control?
What are the safety/protective devices for this component/component part?
What protection is provided by this component/component part?
What are the probable indications if this component fails?
What is the source of control signals?
What is the function of each position?
What are the interlocks?
Questions
213.1 Mission Control Center Tri-modal Display Console OJ-XXX
.2 Open C&D
a. Primary Server
b. Secondary Server
.3 Advanced Display System (ADS)
a. Primary Server
b. Secondary Server
c. Thin Client Server
.4 Boundry Component/Readiness Assesment System (BC/RAS) Server
a. Primary Server
b. Secondary Server
.5 Open Architecture Simulation System (OASIS)
___________________________________
(Signature and Date)
213.2
PRINCIPLES OF OPERATION
213.2.1
How do the components work together to achieve the system’s function?
100
213.2.4
.5
Using a block diagram of the COMBATSS-21, briefly explain the message format
and prioritization structure, and how data is routed between functional segments.
Explain the following modes of the DORNA Weapon System as it relates to
COMBATSS-21 and how they operate:
a.
b.
c.
.7
Semiautomatic
Automatic
Automatic-special
What indications are received if the system is malfunctioning?
___________________________________
(Signature and Date)
213.3
PARAMETERS/OPERATING LIMITS - None to be discussed.
213.4
SYSTEM INTERFACE
213.4.1
How do the following outside influences affect the operation of this system:
a.
b.
c.
2
Loss of power
Loss of ventilation (AC)
Loss of computer data
How does this system interface with the following:
a.
b.
d.
e.
g.
h.
i.
j.
k.
l.
m.
n.
o.
X-Band/S-Band Navigation Radar
L3 NDS MAS/ Ultra Sea Sentor
AN/UPX-29 IFF system
WBR-2000
ICOMM
EADS TRS-3D/16
Bofors 57MM MK3 Gun
DORNA EOD
DORNA GFCS
SSDS/WDS/WIAC
CDLMS
GCCS-M
Mission Package Computing Environment (MPCE)
___________________________________
(Signature and Date)
213.5
SAFETY PRECAUTIONS
101
213.5.1
What safety precautions must be observed when operating this system?
.2
What special safety precautions apply to tagging out this system?
.*
What safety precautions must be observed during:
a.
b.
c.
Fire
Flooding
Loss of Power
___________________________________
(Signature and Date)
105.1
Using a block diagram of the COMBATSS-21 combat system, identify the following
systems and explain how they are used: [ref. a, ch. 1; ref. b, ch. 1; ref. c, ch. 1]
a.
b.
c.
d.
e.
j.
C&D
ADS
BC/RAS
TNAS
Multifunction 3 Eye Console OJ-7XX
OASIS
___________________________________
(Signature and Date)
.2
Briefly discuss the series of events that take place during a RAM engagement.
___________________________________
(Signature and Date)
.2
Briefly discuss the series of events that take place during a MK-110 engagement.
.3
Explain the following doctrine modes of the COMBATSS-21 system and how they
operate: [ref. a, ch. 8; ref. b, ch. 8; ref. c, ch. 8]
a.
b.
c.
Semiautomatic
Automatic
Automatic-special
___________________________________
(SIGNATURE AND DATE)
102
300
INTRODUCTION TO WATCHSTATIONS
300.1
INTRODUCTION
The Watchstation section of your PQS is where you get a chance to demonstrate to
your Qualifier that you can put the knowledge you have gained in the previous
sections to use. It allows you to practice the tasks required for your watchstation and
to handle abnormal conditions and emergencies. Before starting your assigned
tasks, you must complete the prerequisites that pertain to the performance of that
particular task. Satisfactory completion of all prerequisites is required prior to
achievement of final watchstation qualification.
300.2
FORMAT
Each watchstation in this section contains:

A FINAL QUALIFICATION PAGE, which is used to obtain the required
signatures for approval and recording of Final Qualification.

PREREQUISITES, which are items that must be certified completed before
you can begin qualification for a particular watchstation. Prerequisites may
include schools, watchstation qualifications from other PQS books, and
fundamentals, systems, or watchstation qualifications from this book. Prior to
signing off each prerequisite line item, the Qualifier must verify completion
from existing records. Record the date of actual completion, not the sign-off
date.

WATCHSTATION Performance, which is the practical factors portion of your
qualification. The performance is broken down as follows:
Tasks (routine operating tasks that are performed frequently)
Infrequent Tasks
Abnormal Conditions
Emergencies
Training Watches
If there are multiple watchstations, a QUALIFICATION PROGRESS SUMMARY will
appear at the end of the Standard.
103
300
INTRODUCTION TO WATCHSTATIONS (CONT’D)
300.3
OPERATING PROCEDURES
The PQS deliberately makes no attempt to specify the procedures to be used to
complete a task or control or correct a casualty. The only proper sources of this
information are the technical manuals, Engineering Operational Sequencing System
(EOSS), Naval Air Training and Operating Procedures Standardization (NATOPS)
or other policy-making documents prepared for a specific installation or a piece of
equipment. Additionally, the level of accuracy required of a trainee may vary from
school to school, ship to ship, and squadron to squadron based upon such factors
as mission requirements. Thus, proficiency may be confirmed only through
demonstrated performance at a level of competency sufficient to satisfy the
Commanding Officer.
300.4
DISCUSSION ITEMS
Though actual performance of evolutions is always preferable to observation or
discussion, some items listed in each watchstation may be too hazardous or time
consuming to perform or simulate. Therefore, you may be required to discuss such
items with your Qualifier.
300.5
NUMBERING
Each Final Qualification is assigned both a watchstation number and a NAVEDTRA
Final Qualification number. The NAVEDTRA number is to be used for recording
qualifications in service and training records.
300.6
HOW TO COMPLETE
After completing the required prerequisites applicable to a particular task, you may
perform the task under the supervision of a qualified watchstander. If you
satisfactorily perform the task and can explain each step, your Qualifier will sign you
off for that task. After all line items have been completed, your Qualifier will verify
Final Qualification by signing and dating the Final Qualification pages.
104
FINAL QUALIFICATION
301
NAVEDTRA 43301-5
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
NAME______________________________
RATE/RANK____________________
This page is to be used as a record of satisfactory completion of designated sections of the
Personnel Qualification Standard (PQS). Only specified supervisors may signify completion of
applicable sections either by written or oral examination, or by observation of performance. The
examination or checkout need not cover every item; however, a sufficient number should be
covered to demonstrate the examinee’s knowledge. Should supervisors give away their
signatures, unnecessary difficulties can be expected in future routine operations.
A copy of this completed page shall be kept in the individual’s training jacket.
The trainee has completed all PQS requirements for this watchstation. Recommend designation
as a qualified Total Shipboard Computing Environment (TSCE) Supervisor (NAVEDTRA 433015).
RECOMMENDED________________________________________
Supervisor
DATE______________
RECOMMENDED________________________________________
Division Officer
DATE______________
RECOMMENDED________________________________________
Department Head
DATE______________
QUALIFIED_____________________________________________
Commanding Officer or Designated Representative
DATE______________
SERVICE RECORD ENTRY________________________________ DATE______________
105
301
WATCHSTATION 301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
Estimated completion time: 4 weeks
301.1
PREREQUISITES
FOR OPTIMUM TRAINING EFFECTIVENESS, THE FOLLOWING ITEMS SHOULD BE
COMPLETED PRIOR TO STARTING YOUR ASSIGNED TASKS BUT SHALL BE COMPLETED
PRIOR TO FINAL WATCHSTATION QUALIFICATION.
301.1.1
SCHOOLS:
Information Systems Administrator (ISA), A-531-0046
Completed ___________________________________
(Qualifier and Date)
301.1.1
PQS QUALIFICATIONS:
Basic Damage Control (NAVEDTRA 43119-G)
Completed ___________________________________
(Qualifier and Date)
Maintenance and Material Management (3M) (NAVEDTRA 43241-G), 301
Maintenance Person
Completed ___________________________________
(Qualifier and Date)
LCS-1 Exterior Communications (EXCOMM) (NAVEDTRA 43301-4), 301 Operator
Completed ___________________________________
(Qualifier and Date)
Information Systems and Telecommunications (Common) (NAVEDTRA 43355-E),
312 Network Administrator
Completed ___________________________________
(Qualifier and Date)
Information Systems and Telecommunications (Common) (NAVEDTRA 43355-E)
303 Publications Clerk
Completed ___________________________________
(Qualifier and Date)
106
.2
OTHER QUALIFICATIONS:
Cardiopulmonary Resuscitation (CPR) certification
Completed____________________
(Qualifier and Date)
Combat System Operational Sequencing System (CSOSS) Operation and Watches
301.1.3
FUNDAMENTALS FROM THIS PQS:
101
Safety Fundamentals
Completed ___________________________________
(Qualifier and Date)
102
Security Fundamentals
Completed ___________________________________
(Qualifier and Date)
103
Networking Fundamentals
Completed ___________________________________
(Qualifier and Date)
104
LCS Maintenance/Combat System Operation Sequencing System (CSOSS)
Completed ___________________________________
(Qualifier and Date)
105
Basic Test/Special Purpose Test Equipment
Completed ___________________________________
(Qualifier and Date)
106
Troubleshooting
Completed ___________________________________
(Qualifier and Date)
107
Operating System Fundamentals
Completed ___________________________________
107
(Qualifier and Date)
108
Hand Tools
Completed ___________________________________
(Qualifier and Date)
109
Fiber Optics
Completed ___________________________________
(Qualifier and Date)
110
Numbering Systems Fundamentals
Completed ___________________________________
(Qualifier and Date)
108
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.1.4
SYSTEMS FROM THIS PQS:
202
Integrated Bridge System (IBS)
Completed ___________________________________
(Qualifier and Date)
203 Shipboard Messaging System - Defense Message Delivery System
(SMS-DMDS)
Completed ___________________________________
(Qualifier and Date)
204
Total Shipboard Computing Environment (TSCE)
Completed ___________________________________
(Qualifier and Date)
205
MPCMS Consoles/Servers)
Completed ___________________________________
(Qualifier and Date)
206
CCTV
Completed ___________________________________
(Qualifier and Date)
109
301 Total Shipboard Computing Environment (TSCE) Supervisor
(Cont’d)
207
Total Shipboard Computing Environment (TSCE) Real Time Services (RTS)
Tool Suite
Completed ___________________________________
(Qualifier and Date)
208
Total Shipboard Computing Environment (TSCE) Management System (TMS)
Completed ___________________________________
(Qualifier and Date)
209 Total Shipboard Computing Environment (TSCE) Interior Communications
System (ICOMMS)
Completed ___________________________________
(Qualifier and Date)
211
Mission Package Servers
Completed ___________________________________
(Qualifier and Date)
212
Network Time Server
Completed ___________________________________
(Qualifier and Date)
213
Total Shipboard Computing Environment (TSCE) Display Components
Completed ___________________________________
(Qualifier and Date)
301.2
TASKS
For the tasks listed below:
A.
B.
C.
D.
E.
F.
301.2.1
What are the steps of this procedure?
What are the reasons for each step?
What control/coordination is required?
What means of communications are used?
What safety precautions must be observed?
Satisfactorily perform this task.
Energize equipment using CSOP (2 times)
110
Questions
ABCDEFG
___________________
(Signature and Date)
.2
Verify proper equipment operation (2 times)
___________________
(Signature and Date)
.3
AEFG
___________________
(Signature and Date)
Secure equipment using CSOP (2 times)
___________________
(Signature and Date)
.4
___________________
(Signature and Date)
ABCDEFG
___________________
(Signature and Date)
Maintain record of HERO/HERF/EMCON conditions (5 times)
___________________
(Signature and Date)
___________________
(Signature and Date)
___________________
(Signature and Date)
___________________
(Signature and Date)
ACDG
___________________
(Signature and Date)
.4
Secure ventilation to space (3 times)
___________________
(Signature and Date)
ABCDEFGHI
___________________
(Signature and Date)
___________________
(Signature and Date)
.5
Reconfigure equipment (3 times)
___________________
(Signature and Date)
ABCDEFGHI
___________________
(Signature and Date)
___________________
(Signature and Date)
.6
Re-initialize equipment using CSOCC procedures (3 times)
___________________
(Signature and Date)
___________________
(Signature and Date)
___________________
(Signature and Date)
111
ABCDEFGHI
.10 Draw emergency repair parts (3 times)
___________________
(Signature and Date)
ABDI
___________________
(Signature and Date)
___________________
(Signature and Date)
.7
Identify equipment malfunctions (3 times)
___________________
(Signature and Date)
ABCDFGHI
___________________
(Signature and Date)
___________________
(Signature and Date)
.8
Place equipment in battleshort (3 times)
___________________
(Signature and Date)
ABCDEFGHI
___________________
(Signature and Date)
___________________
(Signature and Date)
.2
Ensure proper storage of media
ABF
___________________________________
(Signature and Date)
.3
Clean and maintain media
ABEF
___________________________________
(Signature and Date)
.4
Interpret and respond to error notices
ABF
___________________________________
(Signature and Date)
.5
Perform virus scans on incoming media
ABF
___________________________________
(Signature and Date)
.6
Declassify media
ABEF
___________________________________
(Signature and Date)
112
.7
Format media
ABF
___________________________________
(Signature and Date)
.8
Serialize media
ABF
___________________________________
(Signature and Date)
.9
Maintain software documentation
ABF
___________________________________
(Signature and Date)
.10
Maintain software media accountability
ABF
___________________________________
(SIGNATURE AND DATE)
301.2.11
Maintain software license agreement
Questions
ABF
___________________________________
(Signature and Date)
.12
Maintain offsite storage of disaster data files
ABCF
___________________________________
(Signature and Date)
.16
Conduct physical inventory of media library
ABCDF
___________________________________
(Signature and Date)
.17 Energize equipment:
a.
OJ-XXX 3-Eye Multifunction Console
b.
OJ-XXX 2-Eye Multifunction Console
c.
OJ-XXX 2-Eye EXCOMM Console
d.
COMBATSS-21 Server
e.
MPCMS Console
f.
___________________________________
(Signature and Date)
.18 Load
___________________________________
113
ABCDEF
(Signature and Date)
.2
Supervise watch-to-watch inventory (2 times)
ABCG
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.3
Verify watch is familiar with current COMMPLAN, OPORDs,
EMCON/HERO/RADHAZ restrictions, CIBs/CIAs, daily
communications status messages/SOPs, and EAP (2 times)
ABCEG
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.4
Conduct watchstation training with operators
ABCG
___________________________________
(Signature and Date)
.5
Initiate procedures to eliminate backlog
ABCDFG
___________________________________
(Signature and Date)
.6
Verify processing of messages requiring special
handling
ABCDFG
___________________________________
(Signature and Date)
.7
Monitor security of all watchstations
ABG
___________________________________
(Signature and Date)
.8
Coordinate circuit restoration
ABCDEFG
___________________________________
(Signature and Date)
.9
Maintain and review all applicable watch logs
___________________________________
(Signature and Date)
114
ABG
.10
Report abnormalities to appropriate authority
ABG
___________________________________
(Signature and Date)
.11
Draft broadcast shifts/termination requests/
COMSPOTS/BSR (2 times)
ABG
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.12
Supervise during general quarters
ABCDEFG
___________________________________
(Signature and Date)
.13
Supervise and coordinate maintenance personnel
ABG
___________________________________
(Signature and Date)
.14 Coordinate system maintenance (3 times)
ABCDEFG
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.15
Supervise backups
ABG
___________________________________
(Signature and Date)
.24
Duplicate program on
ABCF
___________________________________
(Signature and Date)
.38
Hold closeouts (day)
___________________________________
(Signature and Date)
115
ABCF
.39 Respond to system alerts
ABCDEF
___________________________________
(Signature and Date)
116
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
301.2.40
Respond to error notices
Questions
ABCDEF
___________________________________
(Signature and Date)
.41
Perform system bypass for preventive maintenance
ABCDEF
___________________________________
(Signature and Date)
.42
Perform system restart and recovery
ABCEF
___________________________________
(Signature and Date)
.43
Load parameters page system data tape
ABCEF
___________________________________
(Signature and Date)
.44
Stop the system
ABCEF
___________________________________
(Signature and Date)
.45 Administer and supervise network training
ABCDEF
___________________________________
(Signature and Date)
.46
Administer AIS security requirements
ABCDEF
___________________________________
(Signature and Date)
.47
Monitor LAN status
ABCDEF
___________________________________
(Signature and Date)
.48
Set up network printer
ABCDEF
___________________________________
(Signature and Date)
117
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.2.49
Display current users
Questions
ABEF
___________________________________
(Signature and Date)
.50
Add, modify, delete user groups or domains
ABCDEF
___________________________________
(Signature and Date)
.51
Verify user and group domain security
ABF
___________________________________
(Signature and Date)
.52 Display system processing
ABF
___________________________________
(Signature and Date)
.53
Stop system processing (3 times)
ABCDF
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.54
Stop a background process (3 times)
ABCDF
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.55
Determine connectivity status between a client and server
___________________________________
(Signature and Date)
118
ABF
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.2.56
Review status of all LAN nodes (3 times)
Questions
ABF
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.57 List/modify host files (3 times)
ABF
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.58
Reboot LAN servers
ABCDEF
____________________________________
(Signature and Date)
.59
Monitor/identify LAN faults
ABEF
___________________________________
(Signature and Date)
.60
Verify network configuration
ABF
___________________________________
(Signature and Date)
.61
Set up new LAN nodes (3 times)
ABCDEF
____________________________________
(Signature and Date)
____________________________________
(Signature and Date)
____________________________________
(Signature and Date)
119
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.2.62
Establish in-port connectivity (3 times)
Questions
ABCDEF
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.63 Establish underway connectivity (3 times)
ABCDF
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.64
Verify e-mail configuration
ABF
___________________________________
(Signature and Date)
.65
Oversee Information Watch Supervisor/AIS Operator/Media Clerk
___________________________________
(Signature and Date)
.66 Explain what a VLAN is and what it is used for
___________________________________
(Signature and Date)
.67 Explain what port mobility does
___________________________________
(Signature and Date)
120
ABCF
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.2.68
What is a super scope and which Vlan’s use it?
Questions
___________________________________
(Signature and Date)
.69 What is a subnet mask is and how it is used?
___________________________________
(Signature and Date)
.70 Explain what a default gateway is, and how it is used.
___________________________________
(Signature and Date)
.71 Explain what OSPF is and how it works.
___________________________________
(Signature and Date)
.72 What version of software is used in the core and edge switches.
___________________________________
(Signature and Date)
.73 What types of switches are used on board?
___________________________________
(Signature and Date)
.74 What is the location of all the switches on the ship?
___________________________________
(Signature and Date)
.75 What is the difference between Gig Ethernet, and Cat.5 Ethernet?
___________________________________
(Signature and Date)
301.2.19
Ensure the watch personnel conform to standards prescribed in Standard operating
procedures
121
___________________________________
(Signature and Date)
20
Monitor all systems thru system administration tools/utilities. (3 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.21 Maintain watch supervisor log (3 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.22 Monitor Proxy Logs and report unauthorized activity (2 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.23 Report Network Probe/Intrusion (2 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.1
Coordinate functions of MPC
ABCDEFG
___________________________________
(Signature and Date)
.2
Coordinate functions of technical control
___________________________________
(Signature and Date)
122
ABCDEFG
.3
Coordinate functions of IWS
ABCDEFG
___________________________________
(Signature and Date)
.4
Maintain CWO/radio log
ABCFG
___________________________________
(Signature and Date)
.5
Utilize OPORDs/COMMPLANs/OPTASKs
ABCDFG
___________________________________
(Signature and Date)
.6
Correct reported discrepancies
ABCDEFG
___________________________________
(Signature and Date)
.7
Maintain overall security of spaces
ABCDEFG
___________________________________
(Signature and Date)
.9
Make required reports to appropriate authority
___________________________________
(Signature and Date)
123
ABCDG
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.2.76
Explain the procedures required to access the web view on a switch.
Questions
___________________________________
(Signature and Date)
.77 Explain start up and shut down procedures for switches.
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.78 Configure the speed and duplex on a port.
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.79 Set a port to default to a specific Vlan.
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.80 Set up a DHCP rule.
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.81 Check the health of a switch.
___________________________________
(Signature and Date)
.82 Demonstrate how to find a port on the switch using a cable drop number.
___________________________________
(Signature and Date)
124
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.2.83
Demonstrate how to check the status of a port.
Questions
___________________________________
(Signature and Date)
.84 Demonstrate how to save the configuration of a switch.
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.85 Demonstrate how to backup the configuration.
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.86 Explain the procedures required to change the password on the switch.
___________________________________
(Signature and Date)
.87 Explain how to rejoin the switches when the 2nd stack is lost from the configuration.
___________________________________
(Signature and Date)
.88 Describe the software programs used with the TSCE. Include routine commands
and instructions as required to support normal operation.
___________________________________
(Signature and Date)
.89 Describe the functional interfaces that exist between the TSCE and external
subsystem/systems. Include inputs and sources, outputs and destinations to
support normal operation.
___________________________________
(Signature and Date)
125
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.2.90
Perform the tasks required for operation of the TSCE in accordance
with normal operational procedures.
Questions
___________________________________
(Signature and Date)
.91 Describe the use of diagnostic and operational tests to measure system
operation to a functional level, as described in applicable documentation.
___________________________________
(Signature and Date)
.92 Describe the use of special tools and test equipment required for
maintenance of the TSCE, as prescribed in applicable maintenance
documentation.
___________________________________
(Signature and Date)
.93 Describe preventive maintenance procedures used with the TSCE.
Include name, use, and procedure as applicable.
___________________________________
(Signature and Date)
.94 Describe the systematic fault isolation procedures for the TSCE as
described in applicable maintenance documentation.
___________________________________
(Signature and Date)
.95 Describe post-repair procedures used for validation of effected repair,
as described in applicable maintenance documentation.
___________________________________
(Signature and Date)
.96 Describe the personnel and equipment safety precautions to be observed
while performing maintenance on the TSCE. Include handling ESD parts
or materials as required to support preventive and documented corrective
maintenance.
___________________________________
(Signature and Date)
126
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.2.97
Perform the tasks required for operation of the TSCE in accordance
with casualty/degraded operational procedures.
Questions
___________________________________
(Signature and Date)
.98 Recognize indications that should or may occur during execution of
casualty/degraded operational procedures for the TSCE.
___________________________________
(Signature and Date)
.99 Adhere to personnel and equipment safety precautions during
casualty/degraded operation of the TSCE.
___________________________________
(Signature and Date)
.100 Adhere to authority and regulations that govern operations of the
TSCE in accordance with casualty/degraded operational procedures.
___________________________________
(Signature and Date)
.101 Use diagnostic and operational tests to perform equipment evaluation
of the TSCE, in accordance with documented corrective maintenance
procedures.
___________________________________
(Signature and Date)
.102 Perform systematic fault isolation procedures for the TSCE, in
accordance with documented corrective maintenance procedures.
___________________________________
(Signature and Date)
.103 Use special tools and test equipment required to perform basic
corrective maintenance on the TSCE, in accordance with documented
corrective maintenance procedures.
___________________________________
(Signature and Date)
127
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
Questions
301.2.104 Recognize and interpret indications of malfunctions that may occur
within the TSCE in accordance with documented corrective
maintenance procedures.
___________________________________
(Signature and Date)
.105 Perform post-repair procedures required for validation of TSCE maintenance in
accordance with documented corrective maintenance procedures.
___________________________________
(Signature and Date)
.106 Adhere to personnel and equipment safety precautions while performing basic
corrective maintenance on the TSCE in accordance with documented corrective
maintenance procedures.
___________________________________
(Signature and Date)
.107 Supervise use of alternate message delivery methods
ABCDEF
___________________________________
(Signature and Date)
.108 Supervise setup and use of distress communications
ABCDEF
___________________________________
(Signature and Date)
.109 Supervise during minimize conditions
ABCDEF
___________________________________
(Signature and Date)
.4
Supervise during special circuit communications
ABCDEF
___________________________________
(Signature and Date)
.5
Supervise use of authentication procedures
___________________________________
(Signature and Date)
128
ABCDEF
.6
Supervise implementing emergency destruction
ABCDEF
___________________________________
(Signature and Date)
.7
Coordinate restoration of local area network
ABCDEF
___________________________________
(Signature and Date)
.8
Coordinate hardware/software upgrade/repair
ABCDEF
___________________________________
(Signature and Date)
.14 Coordinate system maintenance (3 times)
ABCDEFG
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.15
Supervise backups
ABG
___________________________________
(Signature and Date)
.6
Verify processing of messages requiring special
handling
ABCDFG
___________________________________
(Signature and Date)
.7
Monitor security of all watchstations
ABG
___________________________________
(Signature and Date)
.8
Coordinate circuit restoration
ABCDEFG
___________________________________
(Signature and Date)
.9
Maintain and review all applicable watch logs
___________________________________
129
ABG
(Signature and Date)
.10
Report abnormalities to appropriate authority
ABG
___________________________________
(Signature and Date)
.11
Draft broadcast shifts/termination requests/
COMSPOTS/BSR (2 times)
ABG
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.12
Supervise during general quarters
ABCDEFG
___________________________________
(Signature and Date)
.13
Supervise and evaluate shift operators
ABG
___________________________________
(Signature and Date)
.1
Assign personnel to cover all watchstations (2 times)
ABCG
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.2
Supervise watch-to-watch inventory (2 times)
ABCG
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.3
Verify watch is familiar with current COMMPLAN, OPORDs,
EMCON/HERO/RADHAZ restrictions, CIBs/CIAs, daily
communications status messages/SOPs, and EAP (2 times)
___________________________________
(Signature and Date)
___________________________________
130
ABCEG
(Signature and Date)
.4
Conduct watchstation training with operators
ABCG
___________________________________
(Signature and Date)
.5
Initiate procedures to eliminate backlog
ABCDFG
___________________________________
(Signature and Date)
REPORT VIRUSES (2 TIMES)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.25 Screen Message Traffic (2 times) and provide status of all pending emails (3 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.26 Inform Chain-of-Command of unusual circumstances, events (2 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.27 Manually update Virus Signatures/Definitions (2 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.28 Maintain physical security of all spaces and systems
___________________________________
131
(Signature and Date)
.29 Ensure proper handling/storage of all classified material (2 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.1
INFOCON Drills (2 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.2
River City Drills (2 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.2
Emergency Destruction of Classified Material (2 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
.1
Network Probe/Intrusion
___________________________________
(Signature and Date)
COMPLETED .2 AREA COMPRISES 60% OF WATCHSTATION.
301.3
INFREQUENT TASKS
For the infrequent tasks listed below:
A.
B.
C.
D.
What are the steps of this procedure?
What are the reasons for each step?
What control/coordination is required?
What means of communications are used?
132
E.
F.
301.3.1
What conditions require this infrequent task?
Satisfactorily perform or simulate this infrequent task.
Questions
ABCDEF
Process job requests from users
___________________________________
(Signature and Date)
.2
Destroy media
ABCDEF
___________________________________
(Signature and Date)
.3
Perform virus debug procedures
ABCEF
___________________________________
(Signature and Date)
.4
Operate under EMCON
ABCDEFGH
___________________________________
(Signature and Date)
.5
Reset incoming/outgoing CSN and OTO numbers
ABCEFGH
___________________________________
(Signature and Date)
.6
Add a message to the WML
ABCEFGH
___________________________________
(Signature and Date)
.7
Verify LAN card configuration
ABFGH
___________________________________
(Signature and Date)
.8
Reload LAN software
ABCDEGH
____________________________________
(Signature and Date)
.9
Ensure system software is applied upon receipt
ABCDEFGH
___________________________________
(Signature and Date)
.10
Ensure application software is applied upon receipt
133
ABCDEFGH
___________________________________
(Signature and Date)
.11
Verify, plan, and implement AIS Security Plan
___________________________________
(Signature and Date)
134
ABDGH
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
301.3.12
Verify, diagram, and plan network layout, network requirements,
and workstation requirements
Questions
ABFGH
___________________________________
(Signature and Date)
.13
Verify AIS hardware and software inventory
ABGH
___________________________________
(Signature and Date)
.1
Execute emergency supersession destruction
ABCDEF
___________________________________
(Signature and Date)
.2
Implement EAP
ABCDEF
___________________________________
(Signature and Date)
.3
Submit battle readiness reports
ABCDEF
___________________________________
(Signature and Date)
COMPLETED .3 AREA COMPRISES 12% OF WATCHSTATION.
301.4
ABNORMAL CONDITIONS
For the abnormal conditions listed below:
A.
B.
C.
D.
E.
F.
301.4.1
What immediate action is required?
What operating limitations are imposed?
What emergencies or malfunctions may occur if immediate action is not
taken?
How does this condition affect other operations/equipment/watchstations?
What follow-up action is required?
Satisfactorily perform or simulate the corrective/immediate action for this
abnormal condition.
Questions
ABCDEF
Improperly labeled media
___________________________________
(Signature and Date)
135
.2
Improperly destroyed effective media files and logs
ABCDEF
___________________________________
(Signature and Date)
.3
HSPTR/P failure
ABCDEFG
___________________________________
(Signature and Date)
.4
Printer failure
ABCDEFG
___________________________________
(Signature and Date)
.4
Loss of ship's heading input
___________________
(Signature and Date)
.5
Loss of anemometer input
___________________
(Signature and Date)
.6
Loss of ship's speed input
___________________
(Signature and Date)
.7
Loss of GPS input
___________________
(Signature and Date)
.8
Loss of LP/HP/dry air
___________________
(Signature and Date)
.9
Loss of internal/external communications
___________________
(Signature and Date)
.10 Equipment over/high temperature
___________________
136
(Signature and Date)
.11 Loss of ventilation
___________________
(Signature and Date)
.12 Rig casualty power
___________________
(Signature and Date)
.5
Level converter/patch panel failure
ABCDEFG
___________________________________
(Signature and Date)
.7
Message processing device failure
ABCDEFG
___________________________________
(Signature and Date)
.8
Broadcast failure
ABCDEFG
___________________________________
(Signature and Date)
.10 Loss of environmental controls
ABCDEF
___________________________________
(Signature and Date)
.11
Virus infection
ABCDEF
___________________________________
(Signature and Date)
.12 Loss of CMS material
ABCDEFGH
___________________________________
(Signature and Date)
.13
Improper watch-to-watch turnover
ABCDEFGH
___________________________________
(Signature and Date)
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301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
.14
Questions
ABCDEFGH
Practices dangerous to security
___________________________________
(Signature and Date)
.15
Unauthorized access to material/spaces
ABCDEFGH
___________________________________
(Signature and Date)
.16
Loss of air-conditioning
ABCDEFGH
___________________________________
(Signature and Date)
.17
Electrical power fluctuations
ABCDEFGH
___________________________________
(Signature and Date)
301.5
EMERGENCIES
For the emergencies listed below:
A.
B.
C.
D.
E.
F.
G.
301.5.1
What indications and alarms are received?
What immediate action is required?
What are the probable causes?
What operating limitations are imposed?
What other emergencies or malfunctions may occur if immediate action is not
taken?
What follow-up action is required?
Satisfactorily perform or simulate the immediate action for this emergency.
Questions
ABCDEFG
Virus infected media
___________________________________
(Signature and Date)
.2
Personnel casualties
ABCDEFG
___________________________________
(Signature and Date)
138
301
TOTAL SHIPBOARD COMPUTING ENVIRONMENT (TSCE) SUPERVISOR
(CONT’D)
.3
Questions
ABCDEFG
Equipment casualties
___________________________________
(Signature and Date)
.4
Compromise
ABCDEFG
___________________________________
(Signature and Date)
.5
Loss of power
ABCDEFG
___________________________________
(Signature and Date)
.6
Fire
ABCDEFG
___________________________________
(Signature and Date)
.7
Loss of classified material
ABCDEFGH
___________________________________
(Signature and Date)
.8
Flooding
ABCDEFG
___________________________________
(Signature and Date)
COMPLETED .5 AREA COMPRISES 8% OF WATCHSTATION.
301.6
WATCHES
301.6.1
STAND THE FOLLOWING WATCHES UNDER QUALIFIED SUPERVISION:
TSCE Supervisor (5 times)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
139
___________________________________
(Signature and Date)
___________________________________
(Signature and Date)
COMPLETED .6 AREA COMPRISES 12% OF WATCHSTATION.
301.7
EXAMINATIONS
301.7.1
EXAMINATIONS
(OPTIONAL EXCEPT AS REQUIRED BY TYCOM/ISIC, ETC.)
Pass a written examination
___________________________________
(Signature and Date)
.2
EXAMINATIONS
Pass an oral examination board
___________________________________
(Signature and Date)
140
LIST OF REFERENCES USED IN THIS PQS
[Local Standard Operating Procedures (SOP)
ACP 131(E), Communications Instructions, Operating Signals
Applicable Manufacturer’s Technical Manual
Combat System Operational Sequencing System (CSOSS)
Local Security Instructions
Local Standard Operating Procedures (SOP)
Local Subject Matter Expert
NAVEDTRA 14194, NEETS Module 22--Introduction to Digital Computers
NAVEDTRA 14222, Information Systems Technician Training Series,
Module 1-Administration and Security
NAVEDTRA 14223, Information Systems Technician Training Series,
Module 2-Computer Systems
NAVEDTRA 14226, Information Systems Technician Training Series,
Module 5-Communications Center Operations
NCTS 50C1012 OM-V2R11, Naval Modular Automated Communications System (NAVMACS V2) Operator's Manual
NTP 3 (J), Telecommunications Users Manual
NTP 4 (D), Fleet Communications
NWP 6-01 (Rev. A), Basic Operational Communications Doctrine
OPNAVINST 3500.39A, Operational Risk Management
OPNAVINST 5100.19D (Change 1), Navy Occupational Safety and Health (NAVOSH) Program
Manual for Forces Afloat
OPNAVINST 5100.19D (Change 1), Navy Occupational Safety and Health (NAVOSH) Program
Manual for Forces Afloat, Vol. II, Ch. C9
OPNAVINST 5100.23E (Change 1), Navy Occupational Safety and Health (NAVOSH) Program
Manual
SECNAVINST 5510.30A, Department of the Navy Personnel Security Program
SECNAVINST 5510.36, Department of the Navy (DON) Information Security Program (ISP)
Regulation
Turboprep User’s Manual, Windows, WIN95, WinNT, Version 2.02A-(3)N
141
LIST OF REFERENCES USED IN THIS PQS (CONT’D)
OPNAVINST 3120.32C, Standard Organization and Regulations of the U.S. Navy (SORM)
OPNAVINST 3500.39A, Operational Risk Management
OPNAVINST 5100.19D (Change 1), Navy Occupational Safety and Health (NAVOSH) Program
Manual for Forces Afloat
OPNAVINST 5100.23E (Change 1), Navy Occupational Safety and Health (NAVOSH) Program
Manual
OPNAVINST 5239.1B, Navy Information Assurance (IA) Program
Own Ship's Antenna Radiation Patterns
Own Ship's Antenna Systems
R-2368B(V)1/URR Radio Receiver Instruction Manual
SECNAVINST 5510.30A, Department of the Navy Personnel Security Program
SECNAVINST 5510.36, Department of the Navy (DON) Information Security Program (ISP)
Regulation
Ship's Electronic Casualty Plan
SPAWAR 0967-LP-432-3030, Maintenance Manual, Radio Sets AN/VRC-12,-43,-44,-45,-46,
-47,-48,-49, Vol. 1
SPAWAR 0967-LP-541-9010, Technical Manual, Operation and Maintenance Instructions,
Receiving Set, Satellite Signal AN/SSR-1 and AN/SSR-1A
SPAWAR EE111-AD-OMI-010/P616 SRA CHG 1, Operation and Maintenance Instructions,
Organizational, Antenna Coupler Groups AN/SRA-38,-39,-40,-49,-49A,-49B,-50
SPAWARINST 2700.1, Shipboard Quality Monitoring Control System
Turboprep User’s Manual, Windows, WIN95, WinNT, Version 2.02A-(3)N
142
Personal Qualification Standard
Feedback Form for NAVEDTRA 43355-E
From____________________________________________________ Date_______________
Via______________________________________________________Date_______________
Department Head
Activity ______________________________________________________________________
Mailing Address_______________________________________________________________
E-mail Address ____________________________________________DSN_______________
PQS Title____________________________________________NAVEDTRA_______________
Section Affected_______________________________________________________________
Page Number(s)_______________________________________________________________
For faster response, you may e-mail your feedback to the PQS Development Group at:
N741.pqs@cnet.navy.mil. Please include the above information so that we may better
serve you.
Remarks/Recommendations (Use additional sheets if necessary):
143
(FOLD HERE)
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