Learning Outcomes

1. Apply the advanced engineering concepts, modelling techniques and mathematical tools to analyse and design electronic and communication systems.
2. Conduct appropriate computer-based simulations and hardware experiments to investigate the performance of electronic and communication systems.
3. Solve complex design problems in electronics and communication systems and critically evaluate the outcomes.
4. Apply advanced knowledge of electronic engineering in diverse contexts and applications.
5. Use systems engineering approaches in conducting electronic engineering projects.


Professional Skills Mapping:
Mapping of Learning Outcomes to Professional Competencies

Areas of Interest

• Mathematics
• Photonics
• Physics
• Engineering
• Electronics
• Communications

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Requirements

This major requires the completion of 48 units, which must include:

48 units from completion of the following course(s):

Code	Title	Units
ENGN1218	Introduction to Electronics	6
ENGN2218	Electronic Systems and Design	6
ENGN2228	Signal Processing	6
ENGN3213	Digital Systems and Microprocessors	6
ENGN3226	Digital Communications	6
ENGN4536	Wireless Communications	6
ENGN4537	Discrete-Time Signal Processing	6
ENGN4625	Power Electronics	6

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