Youth Innovators Competition and Design Bootcamp 2020
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The bootcamp will run over two weeks, from Monday to Friday (15-19 and 22-26 June).
During the school, students will have the opportunity to listen to outstanding keynotes, follow classes and workshops on Device Design, and will work in group on a medical device project to solve one of the following challenges related to COVID-19:
- Enhance medical devices and personal protection gear design and fabrication
- Alternative tools for efficient and effective contact tracing and isolation
- New approaches for testing and diagnosis
- Reliable and cost-effective medical devices for therapy
During the Bootcamp, participants will:
- Identify the device and its specification/standards (Day 1 and Day 2)
- Design (conceptual design Day 3-5, more complex design up to Day 9)
- Plan sustainability (Day 7– Day 8)
- Document (on UBORA, everyday)
- Present (intermediate and final presentation)
- Each group will have mentors from Hospitals, Academia, Industry, Civil Society.
![icone 2 icone 2](https://ubora-biomedical.org/wp-content/uploads/2020/06/icone-2.png)
We will evaluate the best project in terms of:
Technical implementation
Documentation
Presentation
Impact
![icona foto icona foto](https://ubora-biomedical.org/wp-content/uploads/2020/06/icona-foto.png)
The best photo/video representing the Bootcamp activities will be awarded
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- Keynotes, classes and webinars
- Virtual rooms for:
- group meetings
- daily meeting with mentors
All the events will be on Zoom
Check and click on the daily programme
Epidemiology
In Vitro Organs
Artificial Intelligence
Robotics
Frugal Innovation
Medical Devices Legislation across Africa
Nanomaterials
Renewable Resources
Circular Economy
![safari safari](https://ubora-biomedical.org/wp-content/uploads/bb-plugin/cache/safari-150x150-circle-00fa7381bd2bb2602e5144a6c32bb0f7-.jpg)
Eric Safari
IPRC Kigali
![jean paul jean paul](https://ubora-biomedical.org/wp-content/uploads/bb-plugin/cache/jean-paul-150x150-circle-5aa8ade5bd3e3056d49927627c7ac57e-.jpg)
Jean Paul Nzaramba
KIC- Kigali Integrated College
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Robert Karanja
Villgro Kenya
![onasanya onasanya](https://ubora-biomedical.org/wp-content/uploads/bb-plugin/cache/onasanya-150x150-circle-e08bee89f466aab8b77a53ee868505c6-.jpg)
Samuel Onasanya
University of Lagos
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Jasin Owili
Technical University of Mombasa
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Serge Nkusi
MNR EAST AFRICA RWANDA
Use of UBORA & cases of study
Safety & Regulations
Software as a Medical Device
Needs Identification
Creativity Promotion
Project Management
Business Models
Reverse Innovation
Biocompatibility
Risk Assessment
![robert hawke robert hawke](https://ubora-biomedical.org/wp-content/uploads/bb-plugin/cache/robert-hawke-150x150-circle-66a50490d2cffd597647291951f28d2a-.jpg)
Robert Hauck
ASME Engineering for Global Development
![onasanya onasanya](https://ubora-biomedical.org/wp-content/uploads/bb-plugin/cache/onasanya-1-150x150-circle-e4aea74fc40a5063642bbf40eb7cef58-.jpg)
Samuel Onasanya
University of Lagos
![olumide jif olumide jif](https://ubora-biomedical.org/wp-content/uploads/bb-plugin/cache/olumide-jif-150x150-circle-42c8c438f6e4a1b935b3ae1b9a814d9e-.jpg)
Olumide Odeyinka
University of Lagos
![jean paul jean paul](https://ubora-biomedical.org/wp-content/uploads/bb-plugin/cache/jean-paul-150x150-circle-5aa8ade5bd3e3056d49927627c7ac57e-.jpg)
Jean Paul Nzaramba
KIC- Kigali Integrated College
![udah udah](https://ubora-biomedical.org/wp-content/uploads/bb-plugin/cache/udah-150x150-circle-4a19aeafc67eb6f1c3059603540887d1-.jpg)
Kenneth Ikechukwu Nkuma-Udah
Federal University of Technology, Owerri, Nigeria
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Luis Ballesteros-Sánchez
Universidad Politecnica de Madrid
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Rocío Rodríguez-Rivero
Universidad Politecnica de Madrid
NseAbasi Etim
Nsikak-Abasi Etim
Jet Yong Kiat Lim
Nonduduzo Ndlovu
Andrea Gobin
Susan Musembi
SCIENTIFIC AND TECHNICAL BOARD
![iana jpeg iana jpeg](https://ubora-biomedical.org/wp-content/uploads/bb-plugin/cache/iana-jpeg-150x150-circle-421f9c0121bea6da95b688504b3ce048-.jpg)
Iana Aranda
Engineering for Change
Visit the UBORA platform!!
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"This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement N° 731053”.