Date _____________
VPAA ___________________
STATE UNIVERSITY OF NEW YORK
College of Technology at Alfred
SCHOOL:
DEPARTMENT:
COURSE NAME:
SOURSE NUMBER:
SEMSTERS OFFERED:
PREREQUISTE:
COURSE FORMAT:
COURSE LEVEL:
Management and Engineering Technologies
Electrical Engineering Technology
Network Design & Implementation
ELET 5414
Spring
ELET 5224 Advanced Microprocessor Systems
Three one-hour lectures, One three-hour lab per week
Upper
Date Approved by Faculty Senate: _______
COURSE DESCRIPTION
This course covers networking technology covering the networking terminology, national and international
standards relating to networks, the fundamentals of network transmission methods, network topologies, network
protocols, and network architecture. The course will also include the hardware, design and configuration,
troubleshooting and administration of the directory services and network infrastructure portion of LAN and WAN
(Local-Area-Network and Wide-Area-Network) systems.
STUDENT OBJECTIVES
At the end of the course the student will be able to do the following:
1.
Define the specialized terms and concepts used in digital communications and computer networking, and relevant
national and international standards and organizations.
2.
Install, configure and manage the various operating system services necessary to implement LAN and WAN
architectures, such as DNS, DHCP, WINS, RAS, Web Services, Terminal Services, Directory Services and
Routing.
3.
Plan, design, configure and implement the networking hardware and software to create, administer, and
troubleshoot local-area and wide-area networks.
4.
Take the current MCSE (Microsoft Certified System Engineer) certification exam 70-216 Implementing and
Administering a Windows 2000 Network Infrastructure and exam 70-219 Designing a Windows 2000 Network
Infrastructure, or third-party exam simulations.
TEXTBOOKS
Microsoft Press Official academic Course – Windows 2003 Designing a MS Active Directory and Network
Infrastructure, 2003 (70-297)
DIVISION OF SUBJECT MATTER
Topic
Lecture Hours
A. Analyzing Existing IT Infrastructure
1. Analyzing an organization
2. Analyzing Existing Network Topology
3. Analyzing Existing Directory Structure
4. TCP/IP
3
B. Designing Network and Routing Infrastructure
1. Forest and Domain Infrastructure
2. Sites and services Placement
3. Network Access Strategy
3
C. Network Security
1. Administering User Accounts and Groups
2. Account Policies and Permissions
3. Implementing Group Policy
4. Monitoring Security and Auditing
6
D. Dynamic Host Configuration Protocol - DHCP
1. The DHCP Lease Process
2. Installing and Configuring DHCP
3. Relay Agents and DHCP Integration with DNS
3
E. Domain Name System – DNS
1. DNS Name Resolution
2. DNS Zones and Integration with Active Directory
3. Dynamic Updating of DNS
4. Integration with WINS
3
F. Windows Internet Naming Service – WINS
1. NetBIOS Name Resolution Methods
2. WINS in Windows 2000
3
G. Remote Access Services
1. Dial-up Access Configuration
2. Virtual Private Networking - VPN
3. Terminal Services
6
H. Routing in a Windows 2003 Environment
1. Demand-Dial Routing
2. Internet Connection Sharing and Network Address Translation
3
I. Web, FTP, and Certificate Services
1. Configuring IIS and FTP Servers
2. Certificate Authorities
6
J. Managing and Troubleshooting Network Services
1. Troubleshoot TCP/IP
2. Troubleshoot DHCP
3. Troubleshoot DNS
6
K. Exams
3
TOTAL
45
LABORATORY OUTLINE
Laboratory Hours
A.
B.
C.
D.
Analyzing Existing IT Infrastructure
Designing DNS Infrastructure
Designing DHCP Infrastructure
Designing a WINs Infrastructure
3
3
3
3
E. Designing Networking and Routing Infrastructure
F. Designing Forest and Domain Infrastructure
G. Planning AD Sites and Server Placement
H. Designing an Administrative Security Structure
I. Designing Internet Connectivity
J. Designing Strategy for Network Access
K. Securing Internet Connectivity
L. Configuring Certificate Services
M. Troubleshooting Network Services
N. Network Documentation and Management Using VISIO
O. Certification Exam
3
3
3
3
3
3
3
3
3
3
3
TOTAL
45
REFERENCES
Microsoft MOAC - Windows Server 2003 Managing a MS Windows Server 2003 Environment (70-290)
Microsoft MOAC - Windows Server 2003 Implementing, Managing and Maintaining a MS Windows Server 2003
Network Infrastructure (70-291)
Microsoft MOAC - Windows Server 2003 Planning and Maintaining a MS Windows Server 2003 Network
Infrastructure (70-293)
Microsoft MOAC - Windows Server 2003 Designing a MS Windows Server 2003 Active Directory and Network
Infrastructure (70-297)
Software Installation Manuals and Documentation
________________________________________
Dean of School
________________________________________
Chair/School Curriculum Committee
________________________________________
Department Chair
________________________________________
Member/School Curriculum Committee
________________________________________
Instructor of Course
________________________________________
Member/School Curriculum Committee
________________________________________
Date
________________________________________
Member/School Curriculum Committee
STATE UNIVERSITY OF NEW YORK
College of Technology at Alfred
Request for Course/Curriculum Submission
Request Submitted by: Richard Hardman
Date: March 5, 2002
Course/Curriculum Title: ELET 5414 Network Design and Implementation
Forward this with your proposal package to the Curriculum Development and Review Committee after answering
the following questions.
1.
What are the primary purposes of the course/curriculum change?
Required course in new Bachelor level program in Computer Engineering Technology.
2.
What will be the impact on current programs – dropping courses, combining courses taught less
frequently, increase in required courses, …?
Will serve as an elective course for other BS programs.
3.
In what ways will faculty be affected – teaching load, professional development, …?
Can be taught by existing faculty or by new hire if currently certified..
4.
What are the resource requirements – faculty resources, equipment, supplies, travel, classroom and/or
laboratory space, computer usage, library, …?
The necessary facilities are in place in the EN400 laboratory
5.
What date do you recommend the change to become effective?
Was offered Fall 2001 with one-time approval
6.
What do you anticipate will be the effect on the employability and/or transferability of your students?
Significant increase in employability due to shortages in skilled Network Engineers.
7.
Has the proposal been discussed at a full department meeting?
Yes
8.
Which other departments would this proposal effect; has it been discussed with them?
CISY has Networking courses, but EET student backgrounds and needs are different.
Have discussed the possibility that it could be an elective for them.
9.
Has a list of at least five (5) available resources, pertinent to the course, been included in the course
outline?
Yes