Naval Postgraduate School alumnus Vice Adm. Stanley
Szemborski ‘72, chats with fellow electrical engineering (EE) students
and his thesis advisor after he was presented the Distinguished Alumni
Award. The distinction recognizes his significant accomplishments and impact
on the education programs of NPS. Ensigns’ Chris Schuster, Jonathan Gilliom,
Dane Brown and Prof. Jeff Knorr, chairman for the Electrical and Computer
Engineering Department were included in the informal ceremony. Szemborski,
like the ensigns, was selected to attend NPS’s EE curriculum through the
Immediate Graduation Education Program immediately following his graduation
from the Naval Academy in 1971.
U.S. Navy photo by Javier
Chagoya
Graduate Program General Information
NPS has an in-residence, one-year Immediate Graduate Education Program (IGEP). Each year’s program
typically begins in July and ends the following June. IGEP graduates earn a
Master of Science degree in Electrical Engineering
The ECE Department offers
graduate programs of study covering the following technical areas:
- Communication Systems
- Computer Systems
- Digital Signal Processing
Systems
- Guidance, Control and
Navigation Systems
- Network Engineering Systems
- Sensor Systems Engineering
- Ship Power Systems
- Solid-state Microelectronics
and MEMS System
Central to the NPS MSEE’s degree
program is the thesis requirement. Each student performs the underlying research
and then writes an independent master’s thesis on a topic of direct scientific
and technological interest to the Navy’s technical programs, DoD, and the
scientific community. Students are directly involved in cutting-edge research
with world-class faculty and support staff, tackling many of the most important
scientific problems facing the Navy today and preparing for future assignments
as key military decision makers. A sample of
recent theses undertaken by MSEE students is shown
here.
Background requirements
Students interested in applying
to the 1-year IGEP MSEE Program should have a solid undergraduate engineering
background. Students without a BSEE will need to complement their graduate level
program of study to satisfy a BSEE Equivalence in order to be eligible for a
MSEE degree. That program will be set-up by the Academic Associate upon arrival.
Satisfying a BSEE equivalence will result in a program of study with specific
undergraduate courses needed to satisfy the BSEE equivalence taken in place of
some of the graduate electives. Interested IGEP students with a BS in Computer or Systems Engineering should be
able to get the MSEE Degree during their 4-quarter in-residence program. Non BSEE holders interested in pursuing the MSEE Degree Program may get
additional details by contacting the ECE Department Academic Associate, Prof. Monique P. Fargues
IGEP Students who do not have a BSEE Degree, or do not meet requirements
for a BSEE equivalence by the end of their one-year graduate program at NPS,
will be eligible for a Master of Science in Engineering Science with major in
Electrical Engineering (MSES(EE)). Specific MSES(EE) program details are
available
here.
Option to receive a 5300 subspecialty
p-code for NAVY IGEP students
Officers have the option to complete
the Navy educational skill requirements (ESRs) contained in the Electronics
Systems curriculum in addition to fulfilling the requirements to the MSEE Degree.
Completing such ESRs will provide students a 5300 subspecialty code. The 5300 ESRs consist of: 1) satisfying
the minimum requirements for the MSEE Degree; and 2) taking the following three
courses, or demonstrating previous knowledge of the graduate level material
covered in these three courses:
- CS2900 – Introduction to object-oriented
programming (may be validated by the Program Officer for students who took a
similar course during their undergraduate studies),
- ECE3850 - Computer Communication Methods
(elective may be selected to be part of the minimum MSEE Degree requirements)
- ECE4010 – Principles of Systems Engineering
(elective may be selected to be part of the minimum MSEE Degree requirements)
Programs of study
samples
Five possible programs of study
are shown below. The specific programs shown below require a BSEE degree for background. Students
without a BSEE Degree need to satisfy a BSEE Equivalence, which may be set-up
with the Academic Associate upon arrival. Satisfying a BSEE equivalence will
result in a program of study with specific undergraduate courses needed to
satisfy the BSEE equivalence taken in place of some of the graduate electives.
Interested IGEP students with a BS in Computer or Systems Engineering should be
able to get the MSEE Degree during the 4-quarter in-residence program. Non BSEE holders interested in pursuing the MSEE Degree Program may get
additional details by contacting the ECE Department Academic Associate, Prof. Monique P. Fargues
Courses shown in
bold constitute a possible core for each emphasis. Variations of these programs
are possible. Specific details regarding MSEE minimum requirements are available
in the MSEE Degree webpage
here.
Communication systems emphasis with electives in networking |
| Summer quarter |
ECE3410-
Discrete time random signals |
ECE3510-
Communications Engineering |
ECE3310-Optimal estimation |
ECE3820-
Computer systems |
| Fall quarter |
ECE3500-Analysis of random signals |
ECE4010-
Introduction to systems engineering |
ECE3850-
Computer communications methods |
ECE4580-
Error correction coding |
| Winter quarter |
ECE4570-
Detection theory or ECE4590-
Communications sattelite Eng |
ECE4510-
Cellular communications |
ECE4960-
Internet engineering |
Thesis |
| Spring quarter |
ECE4550-
Digital communications |
ECE4940-
Mobile ad-hoc wireless networking |
Thesis |
Thesis |
Communication systems emphasis with electives in signal processing |
| Summer quarter |
ECE3410-
Discrete time random signals |
ECE3510-
Communications Engineering |
ECE3310-
Optimal estimation |
ECE3820-
Computer systems |
| Fall quarter |
ECE3500-
Analysis of random signals |
ECE4010-
Introduction to systems engineering |
ECE4440-
Statistcal signal processing |
ECE4580-
Error correction coding |
| Winter quarter |
ECE4570-
Detection theory or ECE4590-
Communications sattelite Eng |
ECE4510-
Cellular communications |
ECE4960-
Internet engineering |
Thesis |
| Spring quarter |
ECE4550-
Digital communications |
ECE4410-
Speech processing |
Thesis |
Thesis |
|
Computer systems emphasis with electives in networking |
| Summer quarter |
ECE3410-
Discrete time random signals |
ECE3510-
Communications Engineering |
CS3675-
Network vulnerability
assessment |
ECE3820-
Computer systems |
| Fall quarter |
ECE3800-
Microprocessor based system design |
ECE4820-
Advanced computer architecture |
ECE3850-
Computer communications methods |
Thesis |
| Winter quarter |
ECE3830-
Digital computer design methodology |
ECE4870-
VLSI systems design |
ECE4960-
Internet engineering |
Thesis |
| Spring quarter |
ECE3840-
Introduction to computer architecture |
ECE4830-
Digital computer design |
Thesis |
Thesis |
| Digital signal processing systems emphasis with electives in communications |
| Summer quarter |
ECE3410-
Discrete time random signals |
ECE3510-
Communications Engineering |
ECE3820-
Computer systems |
MA3232-
Numerical analysis |
| Fall quarter |
ECE3400-
Digital signal processing |
ECE4430-
Multimedia information & communications |
ECE4550-
Digital communications |
ECE4440-
Statistcal signal processing |
| Winter quarter |
ECE4480-
Image processing & recognition |
ECE4570-
Detection theory |
Thesis |
Thesis |
| Spring quarter |
ECE4010-
Introduction to systems engineering |
ECE4410-
Speech Processing or ECE4530-
Software radio |
Thesis |
Thesis |
| Power systems emphasis with electives in micro-electronics |
| Summer quarter |
ECE3150-
Solid state power conversion |
ECE4220-
Introduction to Analog VLSI |
ECE4950-
Emerging nanotechnology |
SS3011-
Space technology &
applications |
| Fall quarter |
ECE3220-
Semiconductor device technology |
ECE4010-
Introduction to systems engineering |
ECE4150-
Advanced solid state power conversion |
PH3655-
Semiconductor device
physics |
| Winter quarter |
ECE3130-
Electrical machine theory |
ECE4230-
Reliability issues for military electronics |
Thesis |
Thesis |
| Spring quarter |
ECE4130-
Advanced electrical machine theory |
ECE3230-
Space power & radiation effects |
Tsesis |
Thesis |
|