Purpose: The Department of Electrical and Computer Engineering of the Naval Postgraduate School offers a program leading to the degree Master of Science in Electrical Engineering (MSEE). The goal of the MSEE program is to provide the academic background and education to prepare the student to analyze and to specify characteristics of electronic systems and to design component parts of such systems. The program leading to the MSEE degree is accredited as an Electrical Engineering Program at the advanced level by the Engineering Accreditation Commission of the Accreditation Board for Engineering and Technology (ABET).
- All students of the Naval Postgraduate School are required to be military officers or government employees sponsored by an element of the US Government. Employees of the Naval Postgraduate School are also eligible to pursue degrees on a part-time basis with the approval of their supervisor and the department chairman.
- As of July 2006, the Naval Postgraduate School now accepts a limited number of employees of corporations that are contractors for the Department of Defense (DoD) in programs related to defense applications. On-site and distance learning MSEE programs are available. On-site Ph.D. EE are also available. Inquire with the ECE Department Chairman for further details regarding this opportunity. Printed information available here.
BSEE or BSEE-Equivalence Requirements: In order to enter the MSEE program and to be eligible to receive the MSEE degree, the student must have received a Bachelor of Science in Electrical Engineering degree from an institution accredited by the Engineering Accreditation Commission of the Accreditation Board for Engineering and Technology (ABET). Students without an accredited BSEE may obtain the equivalent of this degree by using a combination of courses taken at the university level at their undergraduate institution, at NPS, and/or at other local colleges. These courses must qualify for credit at an accredited institution. Briefly, accredited BSEE degrees generally require 24 quarter hours of calculus and advanced mathematics, 24 quarter hours of basic sciences which must include both physics and chemistry, 54 quarter hours of engineering science and design of which at least 54 quarter hours must be in electrical engineering, and 24 quarter hours of studies in the humanities. Additional information about the BSEE requirements can be obtained from the Academic Associate.
- Credits: Complete a minimum of 52 quarter credit hours of graduate level work. Of these 52 quarter credit hours,
- a minimum of 36 quarter credit hours of graduate-level course work in engineering, mathematics, physical science, and/or computer science must be taken.
- at least 24 quarter credit hours must be in graded EC graduate courses (for students graduating on or before March 2002). At least 30 quarter credit hours must be in graded EC graduate courses (for students graduating in June 2002 or later). See further details in the MSEE Checklist.
- at least 12 quarter credit hours must be in the sequence of advanced courses (4000-4999).
- at least 16 quarter credit hours of thesis must be taken.
- Course requirements:
a. For students enrolled Spring quarter 2012 or later:
Complete two specialties contained within one focus area, as shown on the MSEE Checklist. Available focus areas are: Communications & Information Processing, Cyber Engineering, Nanoelectronics & Energy Engineering, Sensor & Control Engineering.
b. For students enrolled Winter quarter 2012 or earlier
- Complete all the courses required in at least one of the ECE graduate speciality options. Currently, there are eight option areas: Communication Systems; Computer Systems; Electromagnetic Systems; Power Systems; Guidance, Navigation, and Control Systems; Joint Services Electronic Warfare; Signal Processing Systems; and Signals Intelligence. Additional information about the required courses of each option is available on the "Checklist for MSEE Degree".
- To provide breadth to a program, at least two graded graduate-level EC courses must be taken from those courses that are outside of the student's option.
- Thesis: Submit an acceptable thesis (see next section).
The MSEE Program checklist is found here.
Thesis Requirements: Each student must complete a thesis demonstrating the student's capability in engineering design. Although the thesis research need not necessarily represent a contribution to fundamental knowledge, it must demonstrate the student's ability to identify and design a practical engineering solution to an open-ended problem in the area of electrical and computer engineering. Acceptable solutions can include experimentation, software development, simulation, or other recognized engineering solutions. The student must report the results of the work in a document of acceptable literary quality. At the conclusion of the thesis, the student will present an oral summary of the project and its results to the faculty and interested students at a publicly announced department seminar.
Degree Nomination and Award: The student begins the nomination process by presenting a completed MSEE checklist and a completed BSEE equivalence checklist to the Academic Associate. The Academic Associate (or the ECE program liaison) will check that the degree requirements are met and will sign the checklist. The Curriculum officer then signs the checklist and collects the form. The accumulated checklists are forwarded to the Department Chairman with a copy of the memo nominating students for degrees. The Chairman approves the checklists and recommends award of the degree. Acceptance of a signed thesis by the Office of the Dean of Instruction is also required. (The thesis must meet the format standards of this office to be accepted.) The MSEE degree is granted by vote of the Academic Council and is awarded by the Superintendent. (Both the award of the degree and, if applicable, the achievement of the BSEE equivalence are noted on student transcripts kept by the Registrar.)