I am a final-year Biomedical Engineering student interested in designing medical devices, rehabilitation technologies, and assistive systems that solve real problems for people. What motivates me is the challenge of creating devices that are not only technically functional, but also practical, comfortable, and easy for users to integrate into their everyday lives.
Throughout my studies and projects, I have explored areas including wearable sensor systems, embedded technology, biomechanics, and rehabilitation engineering. I enjoy the process of turning an idea into a working solution; understanding the problem, exploring different concepts, building prototypes, testing designs, and improving them based on real feedback and constraints.
Outside of engineering, I have a strong interest in design and visual creativity. This has shaped the way I approach engineering problems by encouraging me to sketch ideas, think about how a product looks and feels, and communicate concepts clearly through visuals. I believe good medical technology comes from balancing engineering performance with thoughtful design and a genuine understanding of the people who will use it.
My goal is to continue developing healthcare technologies that combine engineering, creativity, and human-centred thinking to make a meaningful impact.
01
Medical Device Design
Translating clinical requirements into safe, manufacturable, testable devices.
02
Rehabilitation Technology
Mobility and recovery devices built around real biomechanics and real patients.
03
Human-Centred Design
Design and visual communication skills applied to usability, not just aesthetics.
