Wenqi D.

WORK HISTORY

EDUCATION

ABOUT WENQI D.

Ph.D. student in Mechanical Engineering at the University of Washington, affiliated with UW Medicine Orthopedics. Graduated from the University of Rochester with high distinction in Biomedical Engineering and distinction in Economics, and a member of the Alpha Eta Mu Beta National Biomedical Engineering Honor Society with multiple research scholarships and awards as well as a Grand Challenge Scholar of the National Academy of Engineering. Also proudly a recipient of the College of Engineering Fellowship and the Ron and Wonda Crockett Fellowship, both awarded to top Ph.D. students at UW for academic excellence and leadership. My research focuses on the biomechanics of tissue regeneration and how cells sense and rebuild their environment. With a background spanning Biomedical Engineering, Economics, and studies in Spanish language and Latin American culture, I approach regenerative medicine from both micro and macro perspectives, connecting cellular processes to the larger systems that shape healthcare innovation. Beyond academia, I co-founded RoSynth, an early-stage startup project developing an optimized 3D bioprinter for efficient, cost-effective synthesis of plant-derived molecules that enables reliable chemical production regardless of climate or geography. This project earned the Global Gold Medal, nominations for Best Biomanufacturing and Best Hardware for the International Genetically Engineered Machine Competition of the 402 teams around the globe, and recognition in Rochester’s local news and press. Having led research and entrepreneurial projects across North America and Asia, I value interdisciplinary and cross-cultural collaboration. I aim to integrate technical expertise, systems thinking, and global awareness to advance regenerative medicine and make emerging healthcare solutions more accessible worldwide.