MASTER OF SCIENCE (ENERGY TECHNOLOGY) PDF Print E-mail
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Wednesday, 15 December 2010 08:42

MASTER OF SCIENCE (ENERGY TECHNOLOGY)

Energy is the most important resource for the development of a country. The dependence on conventional energy such as oil, gas and coal as the main source of energy will have a detrimental effect on the development of a country if the supplies are disrupted. Utilisation of conventional energy also contributes to environmental pollution. Alternative sources of energy should be explored and their utilisation should be stepped up.

Some of the sources of alternative energy being considered actively at the international level are solar energy, wind energy, biomass, biogas and hydro. They are not only excellent sources of alternative energy but also easy to access, clean and recyclable. Initiatives to promote renewable energy, energy efficiency and energy demand management are actively being implemented. Energy technology must be improved in order to fulfill the increasing demand in energy. In order to plan and execute the development of the energy technology effectively and economically, a number of experts in the field of alternative energy is needed.

This programme is multidisiplinary and is offered at the School of Applied Physics, with teaching staff from the Faculty of Science and Technology as well as the Faculty of Engineering.

 

DURATION OF STUDY

Full time: 2-4 semester.

 

COURSES OFFERED

Students must take and pass 42 unit throughout the studies (including  8 unit – project and  34 unit- course work).

SEMESTER

                         CORE COURSES

              ELECTIVE COURSES

TOTAL

I

STPD6014

                     

Research Methodolog                        

STSF6113

 

Battery Technology

 

21

STSF6013

 

Energy Conversions       

 

STSF6133

Photovoltaic Technology

 

STSF6073

 

Materials Energy Economics and Management

 

 

 

STSF6083

 

Control of Instruments for Energy Use

 

 

STSF6972  

Research Project I           

 

 

II

STSF6023

 

Conceptual Design of Energy Systems

 

STSF6173

Solar Themal Technology

21

STSF6033

 

Energy Philosophy, Issues and Policy

 

 

 

STSF6063

 

Environment and The Energy

 

 

 

STSF6986

Research Project II

and postgraduate elective course offered by School of Applied Physics  (3 credit hours)

 

TOTAL

 

30

 

12

42

 

 

 

Last Updated on Wednesday, 29 December 2010 09:29