An elite program guiding ambitious applicants from talent identification to published IEEE conference papers and international competition entries — in just 5 months. Supported by global mentorship and rigorous training.
A complete 5-month lifecycle from ideation to publication, structured across 20 weeks.
Gathering world-class IEEE mentors, speakers, and opening international applications.
Rigorous multi-layer evaluation. Top candidates bypass training and proceed directly to mentorship.
Hands-on technical development bridging knowledge gaps in AI, Signal Processing, and Biomedical Electronics.
Weekly meetings with IEEE-recognized experts to develop a novel, publication-worthy research question.
Execution via simulation or hardware, supported by institutional lab access and datasets.
Transforming results into IEEE conference papers and submitting to international biomedical challenges.
Five intensive technology tracks aligned with biomedical engineering frontiers.
Deep learning, medical image analysis, neural networks for diagnostics and clinical decision support.
EEG, ECG, EMG analysis, Brain-Computer Interfaces, physiological signal acquisition and feature extraction.
Genomics, proteomics, sequence analysis, computational biology for next-gen biomedical research.
Physiological modeling, biological system simulation, finite element analysis, computational biomedical simulations.
Biomedical instrumentation, sensor design, embedded systems, wearable devices, medical device prototyping.
Two ongoing programs enriching the entire research journey.
Weekly Online Webinars & Seminars
Weekly sessions with globally recognized speakers & biomedical founders.
Monthly Skill-Building Sessions
Hands-on technical workshops ensuring publication readiness.
Direct pathways for outstanding projects to be recognized on the world stage.
The premier Brain-Computer Interface competition targeting novel methodologies and neurotechnology.
Focusing on Novel Human Interface Devices, accessibility, and disability support technologies.
Leading medical image computing conference requiring cutting-edge AI segmentation and clinical CV.
International challenges focused on genomics, proteomics, and computational systems biology.
Whether you're an expert researcher or an organization — we need you to make Ri-Sō exceptional.
Guide the next generation of biomedical engineers. Share your expertise through 1-on-1 mentorship and help students publish IEEE-quality research.
Partner with IEEE EMBS E-JUST to gain visibility, access a talent pipeline, and contribute to impactful biomedical research in the MENA region.
Phase II Assessment — complete all 5 steps. We match your profile to the correct track.
Join as a Research Mentor and co-author the next generation of biomedical papers.
Partner with Ri-Sō to access biomedical talent and amplify your organization's research impact.
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