Department of Electrical and Computer Engineering
Checklist for the MEng(EE) Degree
This checklist is provided to document the completion of the degree requirements for the program
leading to the Master of Engineering with Major in Electrical Engineering at NPS.
Student name: ______________________________; email:_____________________________
Month/year enrolled: ________________________; Graduation date:____________________
I certify that 1) the information contained on this form is correct; and 2) courses included in
this checklist are not included in the requirements towards another Master degree.
Exact Name to show on Degree (Please PRINT CLEARLY):
________________________________________________
Student :__________________________________; Date: ________________________
We certify that this student has met the minimum requirements for the MEng(EE) degree.
Signatures:
_______________________
Academic Associate, Date
ECE Department
_______________________________
ECE Assoc. Chair for Students, Date
_______________________
Program Officer, Date
_______________________________
ECE Department Chair, Date
Effective date: 09/17/13; last update: 09/17/13, MPF
Please read Privacy Advisory at ( www.nps.edu/Privacy/index.html )
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List of available ECE courses
Guidance, Control,
& Navigation Systems
Communications Systems
EC 3500
EC 3510
Analysis of Random Signals
Communications Engineering
(4-0)
(3-1)
EC 4500
EC 4510
EC 4530
EC 4550
EC 4560
EC 4570
EC 4580
EC 4590
Advanced Topics in Communications
Cellular Communications
Soft Radios
Digital Communications
Spread Spectrum Communications
Signal Detection and Estimation
Coding and Information Theory
Communications Satellite Systems
Engineering
(3-0)
(3-0)
(3-2)
(4-0)
(3-2)
(4-0)
(4-0)
(3-0)
EC 3310
EC 3840
EC 4800
EC 4810
EC 4820
EC 4830
EC 4840
EC 4870
Microprocessor Based System Design
Computer Systems
Digital Computer Design
Methodology
Introduction to Computer
Architecture
Advanced Topics in Computer
Engineering
Fault Tolerant Computing
Advanced Computer Architecture
Digital Computer Design
Advanced Microprocessors
VLSI Systems Design
EC 4310
EC 4320
EC 4330
/4340
EC 4350
Robotics Systems
Design of Robust Control Systems
Navigation, Missile, and Avionics
Systems
Nonlinear Control Systems
(3-1)
(3-2)
(3-2)
(3-2)
(3-2)
Machine Power Systems
Computer Systems
EC 3800
EC 3820
EC 3830
(3-2)
EC 3320
Optimal Estimation: Sensor and Data
Association
Optimal Control Systems
(3-2)
(3-1)
(3-2)
EC 3110
EC 3130
EC 3150
Electrical Energy
Electrical Machinery Theory
Solid State Power Conversion
(3-2)
(4-2)
(3-2)
EC 4130
Advanced Electrical Machinery
Systems
Advanced Solid State Power
Conversion
(4-2)
EC 4150
(3-2)
(4-1)
Network Engineering
(3-0)
EC 3710
EC 3760
Computer Communications Methods
Information Operations Systems
(3-2)
(3-2)
(3-2)
(3-1)
(3-1)
(3-1)
(3-2)
EC 4700
EC 4710
EC 4725
Advanced Topics in Network Eng
High-Speed Networking
Advanced Telecommunication
Systems Eng
Mobile Ad Hoc Wireless Networking
Internet Engineering
(3-2)
(3-2)
(3-2)
(3-2)
(3-2)
(3-2)
EC3210
EC 4745
EC 4785
(3-2)
(3-1)
Cyber Systems:
EC3730
EC3740
EC 3750
EC 3760
EC 3860
EC 4715
EC 4730
EC 4735
EC 4755
EC 4765
EC 4770
EC 4775
EC 4790
EC 4795
(c)
Cyber Network & Physical Infrastructures
Reverse Engineering in Electronic Syst.
SIGINT Systems I (C)
Information Operations Systems(C)
Trustworthy Computer Hardware
Analysis & Design
Cyber System Vulnerabilities & Risk
Assessment
Covert Communications
Telecommunications Systems Security
Network Traffic, Activity Detection, &
Tracking
Cyber Warfare(C)
Wireless Communications Network
Security
Computer Network Hardware Security
Cyber Architectures & Eng.
Wireless Device Security
Sensor Systems Engineering
EC 3600
EC 3610
EC 3630
EC 4600
(3-2)
(3-2)
(4-1)
(3-2)
(3-2)
(3-2)
(3-0)
Radio Frequency Sensors
(3-2)
(3-2)
(3-2)
EC 4610
EC 4630
EC 4640
(3-2)
(3-2)
Radar Systems
RCS Prediction
Airborne Radar Mode Processing
(3-2)
(3-2)
(3-2)
Sensor Attack and Protection
EC 3700
(3-2)
(3-2)
(3-2)
EC 4690/80(US)
EC 4900
: Classified Course
Effective date: 09/17/13; last update: 09/17/13, MPF
Please read Privacy Advisory at ( www.nps.edu/Privacy/index.html )
Introduction to Electro-Optical
Engineering
Antennas & Propagation
Microwave Engineering
Radiowave Propagation
Advanced Topics in Sensor Systems
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Joint Network-enabled
Electronic Warfare I
Joint Network-enabled
Electronic Warfare II
Digital Receivers and Sensor
Technology
(3-2)
(3-2)
(3-2)
Underwater Sensors
EC 3450
EC 4450
Fundamentals of Ocean Acoustics
Sonar Systems Engineering
Signals Intelligence
(4-0)
(4-1)
EC 3750
SIGINT Systems I
(3-2)
EC 4750
SIGINT Systems II
(3-4)
Signal Processing Systems
EC 3400
EC 3410
Digital Signal Processing
Discrete-Time Random Signals
(3-1)
(3-2)
EC 4400
EC 4410
EC 4430
EC 4440
EC 4450
EC 4460
EC 4480
EC 4910
Advanced Topics in Signal Proc.
Speech Signal Processing
Multimedia Info & Communications
Statistical Digital Signal Processing
Sonar Systems Engineering
Artificial Neural Networks
Image Processing and Recognition
DSP for Wireless Communications
(3-0)
(3-1)
(3-1)
(3-2)
(4-1)
(3-1)
(3-2)
(3-2)
Solid State Microelectronics
EC 3200
EC 3220
EC 3230
EC 3240
Advanced Electronics Engineering
Semiconductor Device Technology
Space Power and Radiation Effects
Renewable Energy at Military Bases
(3-2)
(3-2)
(3-1)
(3-2)
EC 4220
EC 4230
Introduction to Analog VLSI
Reliability Issues for Military
Electronics
(3-1)
(3-1)
Systems Engineering
EC 4010
Principles of Systems Engineering
(3-2)
------------------------------------------------------------------------------------------Course credit requirements
List all graduate courses taken in approved engineering disciplines. Lab credits count as half credits. Note:
course credit numbers are periodically re-evaluated and may have changed since you took a course. Only the
credits shown on your student transcripts will be counted to satisfy minimum requirements.
3000-level courses
Credits (X-X)
4000-level courses
Credits (X-X)
(a) Total graduate credits in approved engineering, mathematics,
physical science, and/or computer science
(32 minimum at 3xxx and 4xxx-level, which must be graded,
& include a minimum of 5 graduate-level graded ECE courses):
(b) Total credits from (a) at 4000 level:
(10 minimum, 3 ECE courses minimum, which must be graded)
________________
________________
Note: Courses taken in other engineering disciplines require the advanced approval of the ECE Academic Associate
and Chairperson
Effective date: 09/17/13; last update: 09/17/13, MPF
Please read Privacy Advisory at ( www.nps.edu/Privacy/index.html )
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