sara alshamsi

I’m a passionate Biomedical Engineer with hands-on experience in biomaterials, nanotechnology, and medical device development. My work focuses on creating innovative healthcare solutions — from antimicrobial biopolymer membranes for wound dressings to sensor-based rehabilitation systems and AI-assisted biomedical analysis.

I also have a strong background in research and prototyping, including carbon quantum dots, gallium-based composites, gait analysis, and VR-based rehabilitation tools. I enjoy transforming complex scientific concepts into practical, real-world biomedical innovations that improve patient care and safety.

I am a Biomedical Engineer specializing in nanomaterials, biomaterials, and medical device innovation. My experience spans research, design, and experimentation in areas such as antimicrobial biopolymer wound dressings, carbon quantum dots, and sensor-based rehabilitation systems.

I have worked on projects involving liquid metal-integrated biopolymers, gait analysis using motion sensors, and VR-based rehabilitation games, combining engineering, biology, and data analysis. My background also includes laboratory testing, materials synthesis, AI-driven biomedical analysis, and safety validation under ISO and EHS standards.

Currently, my focus is on developing nanotechnology-based wound-healing materials and exploring AI applications in medicine, with a passion for transforming research into real-world clinical impact.

I hold a Bachelor’s degree in Biomedical Engineering from Khalifa University of Science and Technology, UAE, where I specialized in biomaterials, nanotechnology, and medical device design.

Throughout my studies, I conducted advanced research on nanomaterials, liquid metal composites, and bioengineered wound dressings, as well as sensor-based rehabilitation systems and AI applications in healthcare. My coursework and lab experience provided strong foundations in human physiology, biomedical instrumentation, tissue engineering, and data analysis.

I’m currently expanding my expertise toward computational biology and AI-driven biomedical solutions, aiming to bridge engineering and life sciences for innovative healthcare applications.