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MASTER OF SCIENCE IN ELECTRONICS AND COMMUNICATIONS ENGINEERING (MSECE)

Rationale

The Master of Science in Electronics and Communications Engineering is intended for practicing and graduate professionals seeking for advancement in the field of electronic and communication engineering. It is designed to prepare electronics and communications engineers to be responsive to the global needs of practitioners who will spearhead research and development activities in academe and industry and contribute to the advancement of science and technology.

Objectives

  1. To offer a program for further development of personal and professional skills of electronics and communications engineers.
  2. To provide a venue where practitioners can seek advanced specialization in their chosen field.

Admission Requirements

  1. A Bachelor’s Degree in Electrical Engineering/Electronics and Communications Engineering
  2. Completed Application Form (c/o Admission’s Office)
  3. Original/Photocopy of Official Transcript of Records
  4. Five (5) copies of 1.5 x 1.5 latest photo
  5. Satisfactory Admission Test Scores
  6. Satisfactory Interview Results
  7. Processing Fee
  8. At Least Two (2) Years of Work Experience
  9. Two Letters of Recommendation: (Form c/o Admission’s Office)
    • College or University Professor
    • Current or Former Employer
MASTER OF SCIENCE IN ELECTRONICS AND COMMUNICATIONS ENGINEERING (MSECE)

Effective SY 2008-2009

Foundation Courses 9
Course Subjects 9
Major Subjects 12
Cognates / Electives 6
Thesis Writing 6
Total 42

FOUNDATION COURSES 9 Units
Courses Subject Description
GSCOMPRO COMPUTER PROGRAMMING 3
GSSTATME STATISTICAL METHODS 3
GSTECOM TECHNICAL COMMUNICATION 3

COURSE SUBJECTS 9 Units
Courses Subject Description
GSMETRE METHODS OF RESEARCH 3
GSADVMA ADVANCED ENGINEERING MATHEMATICS 3
GSNUMET NUMERICAL METHODS 3

MAJOR SUBJECTS 12 Units
Courses Subject Description
GSDATACOM DATA COMMUNICATION NETWORK 3
GSINFOTECH INFORMATION THEORY AND CODING TECHNIQUES 3
GSRADPROP RADIO WAVE PROPAGATION AND ANTENNA 3
GSOPTICOM OPTICAL FIBER COMMUNICATIONS 3
GSADVELEC ADVANCED ELECTROMAGNETIC THEORY 3
GSMICROTECH MICROWAVE TECHNIQUES 3

COGNATES / ELECTIVES 6 Units
Courses Subject Description
GSPOWEL POWER ELECTRONICS 3
GSOPTEC OPTIMIZATION TECHNIQUES 3
GSADVCONSYS ADVANCED FEEDBACK CONTROL SYSTEM 3
GSENERGY INTRODUCTION TO ENERGY ENGINEERING 3
GSINCIELEC INTEGRATED CIRCUIT ELECTRONICS 3

THESIS 6 Units
Courses Subject Description
GSTHES1 Thesis Proposal 3
GSTHES2 Thesis Writing 3
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