Academic Program: M.Sc. Energy Engineering
Introduction:
Masters in Energy Engineering is the oldest post-graduate program offered at New Campus. It is the unique master’s program of the university, as it is cross and inter disciplinary program in which beside CERAD faculty, faculty members from four departments (Mechanical, Mechatronics & Manufacturing Engineering Department, Chemical, Polymer & Composite Materials Engineering Department, Electrical, Electronics & Telecommunication Engineering Department, and Energy Engineering Department) of three faculties (Faculty of Mechanical Engineering, Faculty of Chemical, Metallurgical & Polymer Engineering, and Faculty of Electrical Engineering) are involved.
Program Education Objectives (PEOs)
The graduates will be:
- Able to pursue successful professional career as individual member or leader of the team by applying knowledge related to energy engineering.
- Able to contribute tothe development of sustainable solutions in line with society’s current energy needs by integrating key science and engineering principles.
- Able to demonstrate continuous professional and personal growth in a multidisciplinary engineering environment.
Curriculum for Masters in Energy Engineering
Two options in M.Sc. Energy Engineering program, each with total 30 credit hours are being offered:
- Thesis option: 8 courses (24 credit hours) + research thesis (6 credit hours)
- Non-thesis option: 10 courses (30 credit hours)
Note: All courses are 3 (3+0) credit hours.
| Course Code | Course Title |
| Core Courses | |
| CERD-502 | Energy Statistics and Forecasting |
| CERD-505 | Energy Resources, Economics, and Environment |
| CERD-506 | Energy Auditing and Conservation |
| CERD-507 | Numerical Methods for Engineers |
| Elective Courses | |
| CERD-503 | Clean Coal Technologies |
| CERD-510 | Advanced Materials for Energy applications |
| CERD-511 | Energy Materials Characterization |
| CERD-512 | Research Methodologies in Engineering |
| CERD-513 | Management of complex projects and procurements |
| CERD-514 | Optimization Techniques |
| CERD-515 | Advanced Power Systems |
| CERD-516 | Introduction to Turbo Machines |
| CERD-601 | Wind Energy |
| CERD-603 | Design and Management of Energy System |
| CERD-616 | Bio-Fuels Development and Applications |
| CERD-618 | Fuel Cell Systems |
| CERD-619 | Power System Quality, Planning, and Reliability |
| CERD-620 | Solar Energy Systems |
| CERD-621 | Thermodynamics for Energy Systems |
| CERD-622 | Waste to Energy |
| CERD-700 | Thesis |
Date of commencement of MSc. M.phil Energy Engineering Program
Year of Commencement of Program: 2012
Date of Approval: 3rd Jan. 2013
