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Electronics and Photonics
Master of Electrical EngineeringSpecialisation (formal)Year: 2022
You’re currently viewing the 2022 version of this component
Overview
Intended learning outcomes
On completion of this course, graduates will:
- Have developed advanced knowledge in the practice of electronic engineering and photonics including the modelling, analysis and design, testing and troubleshooting of complex devices, and systems
- Be able apply knowledge in advanced electronic engineering and design skills to develop creative, innovative and sustainable solutions and systems to open-ended problems across diverse fields of engineering
- Be able to utilise modern design and analysis tools for the analysis and design of electronic engineering systems
- Have developed capacity to learn and absorb research to stay up to date with the progress of electronic engineering field
- Be able understand complex problems and diverse perspectives by drawing on a breadth of knowledge across electrical engineering and deep expertise in electronic engineering
- Be able to extend application of the knowledge in advanced electronic engineering to broader challenges across the society
- Be able to demonstrate the appreciation of implications of design, manufacturing, embedded information processing and automated decision making of electronic systems and solutions to the broader issues of preservation of privacy and ethical principles and sustainability.
Last updated: 12 November 2022