Dr. Hossein Ravanbakhsh received his Ph.D. from the Department of Mechanical Engineering at McGill University, Montreal, Canada. He has been a visiting research fellow at Harvard Medical School, where he developed a novel biofabrication method, termed cryobioprinting. His research has been focused on engineering hydrogel materials and smart polymers for tissue engineering and regenerative medicine applications. Dr. Ravanbakhsh has contributed to several projects and has published his research in prestigious journals, such as Advanced Materials, Matter, Advanced Science, Proceedings of the National Academy of Sciences (PNAS), Advanced Healthcare Materials, and ACS Biomaterials Science & Engineering. He has received many awards, including the McGill Engineering Doctoral Award (MEDA), MITACS Globalink Research Award, FRQNT’s international internship award, Graduate Mobility Award, FRQNT’s Postdoctoral fellowship, and Relève étoile Louis-Berlinguet Award. Dr. Ravanbakhsh is also the recipient of The University of Akron's FRC grant and the Firestone Research Initiation Award.

I'm passionate about biomedical applications of polymers and am currently focusing on developing shape-memory polymers for cardiovascular tissue engineering using additive manufacturing techniques. Outside the lab, I enjoy being out in nature, cooking, having fun with friends, and getting to know new people. Music and books are essential elements in my life.

I am driven by the intersection of engineering and medicine and how they work together to improve healthcare. My research interests lie in tissue engineering and regenerative medicine. I enjoy reading, painting, and dancing during my non-working hours. I also love watching sunsets- it's my form of meditation.

I am interested in using the translational aspect of engineering biomaterials to improve human health. Nature heals me, and I love to travel, nurture plants, and cook during my spare time.

I have been deeply interested in science throughout my academic life, especially in more numerical and technical fields. Being able to connect these disciplines with biological sciences brings me great joy. My academic journey shifted significantly after taking the course Applications of Automation in Biomedicine at Carlos III University of Madrid, which strengthened my motivation to work in this field. I have always been curious about the development, advancement, and wide range of applications of biomedicine. I am currently exploring electromagnetic metamaterials and origami-inspired structures, and my goal is to improve people’s quality of life through the advancement of engineering and technology, particularly for people with disabilities or those who have experienced illnesses that affect their health and well-being.

Outside my academic work, I love traveling, discovering different cultures, and meeting people, as traveling allows me to discover new habits and behaviors. I also like watching suspense and drama movies because I appreciate how they create intensity and keep me thinking. I value creating meaningful experiences with my family and friends, as memories are what stay with us forever.

I find the ability to use engineering principles to drive innovation in the biomedical field very intriguing. I am working on the structural design of artificial heart valves. Such unique structures allow for minimal disturbance to the patient's cardiovascular system during the procedure. Outside of school, I enjoy hiking, biking, reading, and spending time with my family and friends.

My passion is to apply Biomedical Engineering to develop innovative solutions in regenerative medicine. During my free time, I enjoy dancing and cooking. Also, I love spending time with my family and friends.

Biomedical engineering matters to me because it connects my curiosity about science with my desire to help people in tangible ways. I’m fascinated by how engineering and biology come together to create solutions that can save lives, and research feels like the space where those possibilities begin to take shape. I love the idea of being part of something bigger, contributing to discoveries that could change how we understand and care for the human body. When I have free time, I enjoy dancing, crafting, going to the gym, and spending time with friends and family. 

I have been interested in engineering since I was little, and biomedical engineering gives me the ability to create devices with a purpose. I am interested in using technical skills to help improve the quality of life and convenience. Outside of academics, my hobbies are photography, spending time with friends and family, and trying new experiences.

I’m a high school student excited to explore how biomedical engineering can be used to solve real-world problems. I’m passionate about innovation, hands-on learning, and making a positive impact. Outside of school, I’m working toward achieving Eagle Scout and enjoy playing guitar, watching Formula 1, and spending time with family and friends.

• B.Sc. Student in Biomedical Engineering (Worked at BETA Lab from December 2023 to December 2024)

• B.Sc., Computer Science (Kent State University, Kent, OH)

• B.Sc. Student in Biomedical Engineering (Worked at BETA Lab from January 2025 to December 2025)