M.Phil/Ph.D programme

To graduate at the M.Phil/Ph.D level, a student must complete all PG and Departmental requirements. In addition, a student must satisfy the following:

1. Satisfactory completion of coursework requirements (at least 45 credit units)
2. Presentation of a Research Proposal
3. Presentation of the required number of seminars on the research
4. Completion and defense of thesis to the satisfaction of internal and external examiners as well as satisfying the requirements of the School of Postgraduate Studies and Senate of the University.
5. Any additional requirements as may be specified from time to time.

The total minimum requirement for a M.Phil Ph.D. degree comprises 12 credits units for the thesis in addition to satisfying the coursework credit load of 45 credit units (Coursework credit units earned for the M.Sc inclusive). The candidate graduating for the M.Phil must satisfy the minimum coursework requirements for the M.Sc in addition to the thesis requirement.

NOTE: A candidate can be presented for examination for the M.Phil/Ph.D (as the case might be) after a minimum of 24 months if he/she has satisfied all the above requirements.

• Common Courses

  S/N	CODE	TITLE	CU
  1	CMEN802	RESEARCH METHODOLOGY	3
  2	CMEN803	ADVANCED ENGINEERING MANAGEMENT AND DECISION MAKING	3
  3	CMEN821	DIGITAL SIGNAL PROCESSING	3
  4	CMEN834	MICROWAVE ENGINEERING AND DEVICES	3
  5	CMEN836	NETWORK MANAGEMENT AND ANALYSIS	3
  6	CMEN837	ANTENNA THEORY AND EMC	3
  7	CMEN839	ADVANCED ELECTROMAGNETICS	3
  8	CMEN833	DIGITAL COMMUNICATIONS	3
  9	CMEN850	ADVANCED ANALYTICAL TECHNIQUES FOR COMMUNICATIONS ENGINEERING	3
  Core Courses (Telecoms Only)
  1	CMEN831	DATA COMMUNICATIONS	3
  2	CMEN832	OPTICAL COMMUNICATIONS	3
  3	CMEN835	WIRELESS AND MOBILE COMMUNICATIONS	3
  4	CMEN838	SATELLITE COMMUNICATIONS	3
  Core Courses (Electronics Only)
  1	CMEN843	SEMICONDUCTOR MICROELECTRONICS	3
  2	CMEN844	INTEGRATED CIRCUIT AND VLSI TECHNOLOGY	3
  3	CMEN845	ADVANCED LOGIC DESIGN	3
  4	CMEN846	ADVANCED TESTING METHODS AND RELIABILITY OF ELECTRONICS SYSTEMS	3
  Elective Courses
  1	CMEN822	EMERGING WIRELESS TECHNOLOGIES	3
  2	CMEN824	SECURE COMMUNICATIONS	3
  3	CMEN825	WIRELESS MOBILE Ad-Hoc AND SENSOR NETWORKS	3
  4	CMEN827	ADVANCED ELECTROMAGNETIC FIELD AND COMPATIBILITY	3
  5	CMEN847	ENGINEERING PRODUCT DESIGN AND INNOVATION	3
  6	CMEN851	ELECTRONICS COMMUNICATIONS SYSTEMS MODELLING AND SIMULATION	3
  7	CMEN858	INTELLIGENT NETWORK AND SENSOR	3
  Research
  1	CMEN881/882	SEMINAR I	2
  2	CMEN883/884	SEMINAR II	2
  3	CMEN891/892/893/894	M.Sc. RESEARCH THESIS	8