UWA PLUS
Biodesign Medical Technology Innovation
Based on the biodesign methodology for innovating medical technologies, this unit provides you with the opportunity to identify and research real clinical unmet needs, brainstorm a medical technology solution, and learn the medical device development process.
Upon successful completion, you'll receive:
- Six PD Points, convertible to academic credit for BMED5001 Biodesign Medical Technology Innovation
- A Certificate of Achievement
- A UWA Plus Professional Development Transcript, listing all successfully completed micro-credentials
- Delivery mode
- Online
- Start date
- Dates to be confirmed. To keep up-to-date on micro-credentials register here.
- Duration
- 10 weeks total (1 week pre-reading, 6 weeks attendance period, followed by 3 week final group assignment)
- Effort
- 150 hours of learning. 6 full days of lectures and workshops on Friday/Saturday
- Academic Leads
- Professor Kevin Pfleger and Intan Oldakowska
- Cost
- $2,365 inc. GST
- Critical information summary
- BMEDM501 – Critical information summary [PDF, 115KB]
![Technician in a lab](/study/-/media/uwafs/rich-text-editor/uwaplus/mc-biodesginmedtech-1.jpg)
What you'll learn
Identify and characterise a clinical unmet need.
Ideate and assess feasibility of a medical technology solution.
Develop a basic development pathway for translation of medical technology.
![Notebook and a workspace](/study/-/media/uwafs/rich-text-editor/uwaplus/biz-2.png?h=373&w=527&hash=0DEC74056A409C32AFD251DFE5A19915)
Why study this course?
- Gain an understanding on how to innovate in the medical technology space to solve a real clinical problem.
- Understand the complex regulatory and stakeholder environment for medical technology innovation.
- Gain a basic understanding on the pathway to translation for a medical technology.
Recommended prior knowledge
An undergraduate degree is highly recommended and prior knowledge in healthcare topics and experience in invention, engineering, science or business is beneficial.
How does it work?
Participants will work in a team over a 6 week intensive period and deliver oral presentations with a group written assignment as a final deliverable due three weeks after the intensive period. Pre-reading material and activities will be provided in the preceding two weeks.
What's next after this course?
- Future study
- Synergistic with future study opportunities across UWA, particularly in the Business School and Faculty of Engineering and Mathematical Sciences.
- Career outcomes
- The course will provide you with a medical technology innovation framework that can help with careers in the health innovation space.
Industry endorsement
![Vital Trace logo](/study/-/media/uwafs/vitaltrace-logo-whitebg.png)
![linear logo](/study/-/media/uwafs/linearclinical.png)
![Wrays logo](/study/-/media/uwafs/rich-text-editor/wrays_transp.png)
![Proteomics International Laboratories International logo](/study/-/media/uwafs/rich-text-editor/uwaplus/pill-logo.jpg)
![Perth Angels logo](/study/-/media/uwafs/rich-text-editor/uwaplus/perth-angels-logo.jpg)
![Wrays logo](/study/-/media/uwafs/rich-text-editor/uwaplus/medtech-actuator-logo.jpeg)
![Up Compliance Logo](/study/-/media/uwafs/rich-text-editor/uwaplus/up-compliance.jpg)
![YUUWA CAPITAL logo](/study/-/media/uwafs/rich-text-editor/uwaplus/youuwa.png)
![Resonance Medical logo](/study/-/media/uwafs/rich-text-editor/uwaplus/resonance-heath-logo-800px.png)
![Oncores Medical logo](/study/-/media/uwafs/rich-text-editor/uwaplus/tagline2-oncores-800px.png)
![Intan Oldakowska and Dr Matt Oldakowski, Co-Directors of Perth Biodesign](/study/-/media/uwafs/rich-text-editor/uwaplus/intan-oldakowska-and-dr-matt-oldakowski.jpg?h=340&w=588&hash=85D028612C7E20D114315F7756865524)
Fostering the next generation of biomedical innovators
Intan Oldakowska and Dr Matt Oldakowski, Co-Directors of Perth Biodesign, discuss how we’re fostering the next generation of biomedical innovators.