Robotimize hosts Universiti Malaya biomedical engineering students for rehab tech demo

By AI, Created 4:56 AM UTC, June 03, 2026, /AGP/ – Robotimize Group welcomed Universiti Malaya biomedical engineering students and faculty to Malaysia for a hands-on educational visit focused on rehabilitation robotics, FES and AI-enabled care. The session highlighted how academic-industry collaboration can help train engineers for clinically grounded rehabilitation technology development.

Why it matters: - The visit linked classroom learning to real-world rehabilitation technology development. - Biomedical engineering students saw how engineering design, clinical workflow, user experience and rehabilitation science connect in practice. - Robotimize framed the session as part of a broader push for safer, evidence-informed rehabilitation tools as demand grows across ageing populations and neurological care pathways.

What happened: - Robotimize Group hosted Associate Professor Ir. Dr. Nur Azah Binti Hamzaid and students from the Department of Biomedical Engineering, Faculty of Engineering, Universiti Malaya, for an educational visit in Malaysia. - The session included hands-on demonstrations of selected technologies within the VivantePlexus™ ecosystem. - The demonstration covered rehabilitation robotics, artificial intelligence-enabled systems, functional electrical stimulation and upper-limb rehabilitation technologies. - Kerry Guo, Founder and CEO of Robotimize Group, said the session was meant to build a bridge between classroom learning and applied rehabilitation technology. - Prof. Denny Oetomo, Co-Founder and CTO, said rehabilitation technology should be understood as part of a wider care pathway, not as a collection of devices. - Zen Koh, Strategic Advisor, said direct student exposure to rehabilitation technologies helps build the analytical framework needed to evaluate and improve future solutions.

The details: - VivantePlexus™ is described as an integrated rehabilitation technology framework designed to support clinician-led rehabilitation programmes across different care environments. - The demonstrations included technologies related to FES cycling, upper-limb rehabilitation and broader rehabilitation robotics applications. - The session focused on how technologies may fit into a wider rehabilitation pathway rather than stand alone. - Discussion covered how technology can complement professional clinical judgement, support structured functional training and contribute to more continuous rehabilitation planning when used within institutional protocols and local regulatory requirements. - Students examined practical issues behind rehabilitation technology development, including device usability, patient safety, therapist workflow, implementation constraints, evidence generation, training requirements and clinical relevance. - Robotimize said the visit reflected its broader commitment to collaboration with academic institutions, clinical educators, healthcare professionals and technology developers. - The company said responsible technology adoption in rehabilitation requires dialogue between research, engineering, clinical practice and implementation teams. - Robotimize extends its appreciation to Associate Professor Ir. Dr. Nur Azah Binti Hamzaid and the Universiti Malaya students for their participation and engagement. - Robotimize welcomes continued dialogue with universities, research institutions, clinical educators and rehabilitation stakeholders interested in academic-industry collaboration and professional education.

Between the lines: - The session was as much about systems thinking as product demoing. - Robotimize is positioning rehabilitation technology as a clinical tool that depends on workflow, regulation and training, not just hardware performance. - The visit also signals how companies in this space are using university partnerships to build familiarity with the field among future biomedical engineers. - The educational framing may help distinguish the company’s technologies from direct commercial promotion. - Product demonstrations were conducted for educational and professional discussion purposes only, and participation by Universiti Malaya representatives does not constitute endorsement of any specific product or clinical claim.

What’s next: - Robotimize says it wants continued collaboration with universities, research institutions and rehabilitation stakeholders. - Future work will likely center on academic-industry exchange, professional education and responsible technology adoption in rehabilitation. - Product availability, intended use and clinical application will continue to depend on market-specific regulatory requirements, professional judgement and institutional protocols. - The company says its technologies remain subject to applicable regulatory approvals and local clinical requirements.

The bottom line: - Robotimize used the Universiti Malaya visit to showcase its rehabilitation ecosystem while reinforcing a message that effective rehab technology must fit within clinical practice, regulation and training.