Welcome to My Page!
I’m Mihir Madhaparia, an engineer and researcher passionate about medical device innovation, robotics, and advanced manufacturing. My work focuses on bridging engineering and healthcare, developing technologies that enhance patient outcomes through bioprinting, microfluidics, materials science, control system design, and thermal management.
My Background & Interests
=== As a first-generation college student born and raised in Kenya, my journey into engineering has been shaped by a deep appreciation for innovation and resilience. Growing up, I was inspired by the challenges and opportunities within global healthcare and infrastructure, fueling my passion for problem-solving and technology-driven solutions. My experiences navigating education and research as a first-gen student have instilled in me a strong work ethic, adaptability, and a commitment to making meaningful contributions. This background continues to drive my dedication to advancing medical technology, improving accessibility, and working with others who share similar aspirations.
Currently, I’m conducting cutting-edge research at the University of Minnesota, where I focus on 3D bioprinting of PCL, PLGA, and silicon scaffolds. My work extends to areas such as stem cell engineering and regenerative medicine, with applications in neural tissue repair and spinal cord regeneration.
Beyond academia, I have been involved in medical device development through my work at the Bakken Medical Device Center and as a Co-Founder of a company born of academic research. Additionally, I have worked as an R&D Engineer Co-op at Abbott where I got exposed to the plethora of regulatory measures taken in Medical Engineering. I decided to complement this by also gaining hands on clinical experience as a Research & Quality Intern at the Hennepin County Medical Center, learning alot more about how medical devices are used in the emergency room and what physicians and surgeons prioritize in providing emergency care.
What Drives Me
=== I am deeply motivated by the potential of human-centered design and engineering solutions that directly impact people’s lives. Whether developing next-generation surgical robotics, optimizing biomaterial properties for tissue engineering, or designing thermal management solutions for stem cell printing, my goal is to translate research into real-world applications that improve healthcare.
Beyond Engineering
=== Outside of school and work, I love cycling, exploring new music, and tinkering with mechanical projects. I enjoy learning about emerging technologies in fields I haven’t worked in I also enjoy learning more about nature and sustainability. I also enjoy volunteering with Engineers Without Borders, practicing my engineering skills while helping improve water access, sanitation, and hygiene in rural communities around the world.
This website serves as a hub for my projects, research, publications, and professional journey. Feel free to explore, reach out, and connect!