Overview
Electrical Power Engineering concerns the study of power system elements including power generators, transmissions and distribution systems components. At the completion of this course graduates will have gained a good understanding of power systems analysis, operation and control. Particular emphasis is also placed on system stability, safety and protection issues.
Contacts
Academic Chair
Structure
96 credit points
Spine Units6 credit points
Required Units75 credit points
Specified Electives15 credit points
Admission requirements
Special requirements
Entry requirements (onshore)
English language requirements
Learning outcomes
1.
Apply theoretical knowledge of mathematical and physical sciences to investigate, and formulate solutions to engineering problems
2.
Demonstrate fluency in the use of practical tools such as computer programming, mathematical modelling and discipline-specific software as a way of creating artefacts in a systematic way
3.
Synthesize and design solutions to complex engineering problems based on research and discipline-specific knowledge
4.
Analyse and evaluate solutions to problems to allow their efficacy to be measured against multiple criteria such as technical performance, safety, ethical norms, social justice and sustainable practices
5.
Interact in an ethical, professional and accountable fashion when working in teams and customers within a professional setting
6.
Assess both knowledge development and research directions within the engineering discipline
7.
Express ideas, technical information, arguments and justification effectively and succinctly both through written and oral communication media
8.
Manage engineering projects in an orderly manner considering operational, commercial, safety and environmental factors
Professional outcomes
Professional recognition
Other information