Refer to the specific census and withdrawal dates for the semester(s) in which this module is offered.
Business, Engineering and Technology
On-campus block of classes
The module describes the theory and design of power generation systems; namely boilers, steam turbines, condensers and cooling circuits in addition to nuclear fission reactor systems and photo voltaic, wind and low emission generation systems. It also discusses other aspects pertaining to power generation like environmental aspects, energy conservation, energy storage and potential energy sources such as hydrogen and fuel cells. The course thrust is on power generation technologies that address the challenge of climate change with a view of sustaining provision during transformation. Topics include storage and grid integration, and centralized and decentralized systems.
On completion of the module, students will be expected to be able to:
|1||Analyse types of conventional energy sources|
|2||Apply fundamentals of power plants design|
|3||Interpret the design of alternative energy systems|
|4||Describe the fundamentals of energy conversion processes|
|5||Analyse the application of fuel cells and hydrogen as alternative sources of energy|
Coursework assessment: 40%
Examination: 60 %
The objective of this module is to enable students to understand various energy systems ranging from conventional to non-renewable and renewable. It also equips them with the design capability of conventional and alternative energy systems in light of energy demand challenges that are facing the world today. There will be a combination of lectures that include interactive elements, tutorials in which students will do individual work (self-assessments; reflecting on learning aspects) and group work (PowerPoint presentations on aspects of the module, role-play and group discussions) and Moodle, for sharing learning aids, to help students test their own knowledge through informal quizzes, and to administer short formal tests. All outcomes will be assessed by means of assignments, laboratory work, class tests and a final examination.
Advanced Mechanics of Fluid Flow Systems, Thermal Machinery for Industrial Application
Dynamic Behaviour of Fluids, Mass & Heat Transfer