I am an engineer fascinated by stem cell biology, aiming to address the challenges in healthcare through innovation and entrepreneurship. Studying Chemical and Biological Engineering at MIT, with a minor in Biology and Music, I found my passion for translational research while working in interdisciplinary labs. At Langer Lab, I helped develop an ultrasound-mediated colonic drug delivery device that became the platform technology for Suono Bio, a Boston-based biotech start-up. With keen interests in education and entrepreneurship, I cofounded Kepler Tech Lab in Rwanda, with the mission to develop and test an affordable, hands-on, and locally-relevant engineering teaching laboratory model with an associated teacher training programme. Since graduation, I have been working as a healthcare consultant to help generate and deliver strategic recommendations for top 20 global biopharmaceutical companies. My excitement for biology and engineering brings me back to research, and at Cambridge I plan to develop a biomimetic, 3D printable scaffold for development of lung stem cell-derived artificial trachea and organoids. The successful development of artificial trachea using the synthetic scaffold and patient stem cells may transform the treatment of tracheal injuries and diseases, significantly improving the survival and post treatment quality of life for millions of patients.