Isaac Asiamah is a Biomedical Engineer at Dipper Lab, where he works under the supervision of Dr. Prince Odame on a flagship project to develop a High-Inte...
Isaac Asiamah is a Biomedical Engineer at Dipper Lab, where he works under the supervision of Dr. Prince Odame on a flagship project to develop a High-Intensity Phototherapy Device for Neonatal Jaundice. His work focuses on the end-to-end design of a clinically effective and manufacturable phototherapy system that spans optical engineering, embedded system development, mechanical design, and medical device prototyping.
At Dipper Lab, Isaac plays a key role in transforming early-stage research ideas into functional engineering solutions. His current project involves the design and optimization of a multi-directional LED-based phototherapy system capable of delivering high irradiance for rapid bilirubin breakdown in neonates. The project integrates several engineering disciplines, including SolidWorks-based CAD modeling, optical simulations in TracePro, thermal management strategies, embedded electronics development, and regulatory-aware medical device design. This device aims to provide improved treatment efficiency in low-resource settings while meeting international safety standards.
His contributions extend beyond the technical build. He works directly with clinicians, neonatal nurses, and device users to gather feedback that shapes the usability and clinical relevance of the design. He is driven by a commitment to develop technologies that can strengthen healthcare delivery in Africa, especially for vulnerable populations such as newborns.
His broader interests lie at the intersection of medical device research and development, bioinstrumentation, and embedded systems. Isaac enjoys designing electronic control systems, sensor-based medical devices, and low-cost hardware solutions tailored for real-world clinical environments. His passion for electronics and embedded systems fuels his vision of advancing Africa’s healthcare landscape through locally engineered solutions that are robust, affordable, and clinically reliable.
Beyond engineering hardware, Isaac is naturally drawn to systems biology, especially the ways in which small environmental changes can influence genetic expression and cellular behavior. In his free time, he enjoys reading and exploring how biological systems adapt, self-regulate, and interact with their environments - a curiosity that strengthens his interdisciplinary approach to biomedical engineering.
At Dipper Lab, Isaac is committed to growing as a researcher and engineer while contributing meaningfully to the lab’s mission of creating innovative biomedical technologies for Ghana and the global community. His technical curiosity, hands-on design skills, and passion for impactful healthcare solutions make him an important member of the team.
