Bachelor of Engineering (Hons), Biomedical Engineering
King's College London
80%+ overall · First-Class Honours
Health Technology Assessment, medical imaging, mechatronics, machine learning, and medical device design principles.
Bosco Lai · Biomedical Engineer
First-Class Biomedical Engineering graduate with hands-on experience in robotic radiation monitoring, sensing, prototyping, data visualisation, and healthcare workflow support.
King's College London graduate and incoming MSc Medical Device Design and Entrepreneurship candidate at Imperial College London.
Professional profile
I am a Biomedical Engineering graduate from King's College London and incoming MSc Medical Device Design and Entrepreneurship candidate at Imperial College London. I am building toward a career in surgical robotics, medical robotics, and clinically deployable medical devices, with interests across robotics, sensing, imaging, and AI-assisted engineering.
My focus is on developing practical healthcare technologies that improve clinical safety, precision, and workflow efficiency, while understanding the technical, clinical, and commercial steps needed to move ideas from prototype to real-world use.
Originally from Hong Kong, I have studied overseas in the UK for six years, developing experience across Hong Kong and UK academic, clinical, and engineering environments.
Education
King's College London
80%+ overall · First-Class Honours
Health Technology Assessment, medical imaging, mechatronics, machine learning, and medical device design principles.
Imperial College London
Building deeper capability across medical device development, translation strategy, and health-tech entrepreneurship.
Selected Experience
Technical Assistant · Hong Kong
Experimental setup, imaging-test preparation, practical 3D-printed equipment mounts, and iWEM participant support.
President · London
Led a 10-person committee, oversaw 10+ events, and organised a Variety Show involving 150 participants.
Clinical Assistant · Hong Kong
Supported clear patient communication, clinic administration, and medicine stock tracking in a busy healthcare setting.
Featured project preview
Quadruped-based radiation sensing for safety-oriented clinical workflows
Developed a Unitree Go2-based robotic radiation monitoring prototype designed to support remote first-pass screening and more consistent environmental surveys.
Contact
Available for MedTech research collaboration, clinical robotics projects, R&D internships, and early-stage healthcare technology opportunities.