The Post Graduate programme provides advanced education and research opportunity. The programme is designed to blend the teaching talent available at the University with that of professional excellence and field experience of the trade and industry. The combined efforts and talents of engineering education, industry, business and trade would promote national design and production capability, which in turn would reduce dependence on foreign resources.

The Postgraduate programme by course work and project was launched in 1984 and is being offered in the following areas of specialisation:

• Control Systems
• Electrical Power Systems
• Electrical Machines & Power Electronics
• Engineering Management

1. The student shall have an option to enrol either in morning or evening programme which ever is being offered by the department.
2. The programme shall be conducted under Semester System.
3. The minimum period of study for the daytime option is 3 semesters, one and half year's duration and a maximum of four years will be allowed for successful completion of all requirements of the Masters degree .
4. The minimum period of study of the evening option is 5 semesters, two and a half year's duration and a maximum of five years will be allowed for successful completion of all requirements for the Master's degree.
5. The student enrolled under daytime option will be required to complete a minimum of 27 credit hours of instructional course work followed by the submission of a project report based on an analytical and/or experimental work equivalent of 3 credit hours of course work.
6. The student enrolled under evening option will be required to complete a minimum of 30 credit hours of instructional course work

1. There shall be two semesters in an academic year. Each semester will be of eighteen weeks duration. Out of this period, sixteen weeks shall be the actual teaching time.The rest of the two weeks will be utilized for the conduct of Examination.
2. A candidate will be allowed to take a minimum teaching load of 12 credit hours per semester if enrolled in day time programme and 6 credit hours per semester if enrolled in the evening programme. There shall be a minimum of 48 lecture- hours in each course

1. A student will be required to study a minimum of five courses of 15 credit hours as specified for the desired area of specialization. Courses of remaining (15)credit hours can be undertaken from either major or minor area in consultation with Supervisor in order to complete the course work requirement of 30 credit hours.
   
2. A student may take one graduate level course offered by any other Department with the approval of the Chairman

• Load Flow Studies of Power Studies
• Variable Speed Drive Systems
• VLSI Design
• Solid State Device Physics
• Active Filter Design
• Digital Signal Processing
• Voltage / Current Mode Circuits
• Novel Measurement Techniques / Instruments
• Chaotic Circuits and Simulation
• Mobile Communication
• Cellular Neural Networks
• Field Programmable Gate Arrays

1. The programme will be conducted during Daytime
2. The minimum period of study will be of two years duration and a maximum of four years will be allowed for successful completion of all requirements for the Masters Degree.
3. Under the programme the student may also be required to undertake a certain number of instructional course work.

1. The Postgraduate Admission Committee shall recommend appointment of research supervisor and subject of research to the Advanced Studies and Research Board (AS&RB). In special circumstances one or more Co-Supervisors may be appointed.
   
2. Te supervisor shall be responsible for the initial definition and plan of the research problem assigned to the candidate .
   
3. The supervisor shall suggest reading material to enhance the candidate's understanding of subjects related to the research topic and may require the candidate to present seminars.
   
4. The supervisor shall regularly monitor and report to the AS&RB on quarterly basis, the academic progress of the candidate, through the Chairman of the concerned Department and the Dean Engineering.

1. A candidate may be allowed to submit the thesis after pursuing research work for at least eighteen months and if required by the Postgraduate Admission Committee, completing such studies and passing such examinations as the committee may deem necessary.
2. Any thesis submitted in accordance with section (i), shall be submitted not later than twenty-four months after admission. With the permission of the Dean, acting on the recommendation of the Chairman of the concerned Department, this period may be extended up to one year. Only in circumstances deemed by the AS&RB to be exceptional this period may be further extended by one year.
3. The research work carried out pursuant to the section (i) here shall be carried out in the concerned Department of the University. With the approval of the  AS&RB and Research Board, part of such work may be carried out in the Laboratory of some other organization or institution.
4. The thesis shall be written in English language and shall be in the form prescribed by the University .
5. No thesis shall be considered satisfactory unless it shows evidence of original inquiry, capacity of the development or application of scientific principles and methods and acquaintance with the work of others in similar fields.

1. The NED University of Engineering & Technology shall have the right to publish the thesis of any part thereof .
2. The supervisor of the thesis shall have the right to decide about the names of the author and co-authors of any publications based on the thesis.
3. Publications bases on incomplete research work shall also be governed by regulations under section (i) and (ii).

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Courses in MEM (Energy Management)
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S.No	Course No.	Course Title
1.	EM-501	Organizational Systems
2.	EM-502	Accounting and Financial Management
3.	EM-503	Strategic Planning and Decision Making
4.	EM-504	Project Management Framework and Tools
5.	EM-505	Operations Research
6.	EM-511	Total Quality Management
7.	EM-512	Project Evaluation and Feasibility Analysis
8.	EM-513	Research Methods in Engineering Management
9.	EM-561	Power Generation Economics
10.	EM-562	Energy Audits
11.	EM-563	Energy Conservation
12.	EM-564	Power System Restructuring
13.	EM-565	Distributed Generation
14.	EM-566	Reliability Engineering
15.	EM-567	Energy Planning
16.	EM-568	Reactive Power Management