Credit Points 10

Coordinator Gaetano Gargiulo Opens in new window

Description This subject will cover recent advances in biomedical electronics including electronic diagnostic devices, implanted devices, human-computer-interface, bioinstrumentation and neuromorphic engineering. Topics covered span from the bio-electromagnetism and related applications to regulatory aspects (IEC standards and TGA/FDA approval processes) and electrical safety of instrumentation. This subject will have a strong practical design focus with laboratories and tutorials focused on the design of real instrumentation (including manufacturing) dealing with real biomedical signals. This subject uses basic and advanced electronic concepts including circuit simulator(s), embedded systems and requires manual assembly of circuits. Recap and catch-up modules to electronics, signal conditioning, advanced mathematics concepts such us Fourier Transform and their application to electronics as well as circuit simulator training and electronic instruments use training are provided, for students from non Electronic/Electrical background.

School Eng, Design & Built Env

Discipline Biomedical Engineering

Student Contribution Band HECS Band 2 10cp

Check your fees via the Fees page.

Level Undergraduate Level 4 subject

Restrictions

Students must have successfully completed 200 credit points

Assumed Knowledge

Electronic (amplifiers and filters); computer skills; basic programming skills, basic human physiology, advanced mathematic concepts (Differential equation solution, Fourier & Laplace transformation).

Learning Outcomes

1. Identify and describe medical diagnostic devices and biomedical technologies

2. Assess safety, risks and adherence to Standards of biomedical technologies

3. Apply fundamental principle of bio-electromagnetism to typical biomedical engineering problems

4. Design and test biopotential amplifiers in practical case studies

Subject Content

1. Introduction to Bioelectronics - The cell and the volume conductor
2. Amplifiers and filters for biomedical signals
3. Interfaces with the 'volume conductor'
4. Electrical safety
5. Biomedical technologies and their Standards 

Special Requirements

Essential equipment

Access to a computer at SCEM computer Labs

Access to specialisation lab (electronic) and/or Lab in Box