Course Details
| Course Code: |
EN9008 |
|
Course Title:
|
Wind Power Engineering
|
|
Short Title:
|
Wind Power
|
| Course Level:: |
Level 9 |
| Valid From:: |
2023/2024 Sem 2 |
| Owner: |
School of Engineering
|
| Assessment Method: |
Achievement |
| Course Aim |
This course is designed to enable students to demonstrate advanced and specialized knowledge of wind power electrical generation and deal with complex related problems undertaking significant projects.
|
| CILO |
| On Completion of this course, the learner will be able to |
| # |
Learning Outcome Description |
| 1 |
Demonstrate critical knowledge of the principles of wind power generation and the theories of aerodynamics, the electromechanical components, and their control. |
| 2 |
Critically analyze, evaluate and synthesize information to produce solutions for wind energy projects based on industry standards and practices. |
| 3 |
Operate at a professional level in variable contexts that are often complex, unpredictable and not clearly defined with substantial responsibility for the work of individuals and groups and communicate their findings to peers, specialists and experts. |
| No Other Controlled Assessments |
The institute reserves the right to alter the nature and timings of assessment
|
Affiliated Entities
|
| Entity Code |
Entity Title |
Entity Version |
Entity Type |
|
EN1098
|
Doctorate of Philosophy in Electronics Engineering
|
1
|
Programme
|
|
EN1099
|
Doctorate of Philosophy in Mechanical Engineering
|
1
|
Programme
|
|
EN9098
|
Master of Science by Research in Electronics Engineering
|
1
|
Programme
|
|
EN9099
|
Master of Science by Research in Mechanical Engineering
|
1
|
Programme
|
|
ENT9010
|
Master of Science in Engineering in Sustainable Energy Systems
|
1
|
Programme
|
|
