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June 12, 2024

by Ivan Watson

During UVic’s Spring 2024 convocation ceremonies this week, the first cohort of graduates from UVic’s Master of Engineering in Biomedical Systems will cross the stage to receive their degree diplomas. It marks a historic first for the new professional program, launched two years ago, as its first graduates are starting their careers as innovators and trailblazers, shaping the future of healthcare in a dynamic, and rapidly evolving, interdisciplinary sector.

“I’d like to congratulate our very first graduates from the professional Master’s degree program in Biomedical Systems,” says Dr. Chris Dennison, Biomedical Engineering (BME) Program Director. “In this inaugural graduating class, we have students who specialized in a wide spectrum of topics including bioprinting, biomicrofluidics, and biomechanics. On behalf of the entire BME program at UVic, the very best of wishes to our new graduates, who are poised to make an immediate impact in their professional careers and in the future of the healthcare field going forward.”

During an intense 12 to 16 months of study, UVic's Master of Engineering in Biomedical Systems equips graduates with knowledge and experience in biomedical systems and devices. Students learn about human physiology on different scales from cells to organ systems and how to apply it to medical device design. They apply principles of material science, human factors and ergonomics, usability, and risk management in the design and implementation of biomedical devices. The program combines core and elective courses with experiential learning through a technical project and an optional co-op term. 

To mark the first cohort’s milestone convocation, we’ve profiled two of the newest graduates-- Arshia Afshar and Ekaterina Shteinberg.

Arshia Afshar

Originally from Iran, where he earned his BSc in Mechanical Engineering from Imam Khomeini International University, was drawn to UVic because of its top international reputation for engineering excellence as well as its beautiful campus and the surrounding natural environment here on Vancouver Island.

Specifically, he was seeking a graduate program that would be professionally-focused and broadly interdisciplinary in nature. UVic’s new MEng in Biomedical Systems (BISY) fit the bill perfectly.

“When I learned about the new program, I was immediately intrigued. Its interdisciplinary nature, combining elements of engineering and biomedical science, aligned perfectly with my interests,” he said. “I wanted a program that would allow me to bridge the gap between these two fields and make a tangible impact on healthcare technology. The innovative and interdisciplinary nature of BISY was exactly what I was looking for.”

Reflecting on his experience in the program on the cusp of graduation, he is pleased with how its practical focus is preparing him for real-world success in his career.

“BISY has equipped me with a robust set of technical skills and a deep understanding of biomedical systems,” he says. “I've gained hands-on experience with cutting-edge technology and learned how to approach complex problems from both an engineering and bio perspective, which is helpful for working effectively in multidisciplinary teams.”

After graduation, he plans to pursue a career in biomedical engineering, focusing on developing medical devices and technologies that improve patient care.

“I'm particularly interested in working for a company that values innovation,” he says. “In the long term, I hope to contribute to groundbreaking research and perhaps even start my own venture in the biomedical field!”

Afshar would highly recommend BISY to anyone considering a similar academic and career path.

“If you're passionate about both engineering and biomedical science, the BISY program is an incredible choice! It offers a unique blend of coursework and hands-on experience that prepares you for a dynamic and impactful career,” he says. “The faculty members are knowledgeable and supportive, and the program is designed to challenge you. I highly recommend it to anyone looking to have a fresh perspective on biomedical engineering coming from any engineering background.”

Ekaterina Shteinberg

has previously earned a Bachelor’s Degree in Chemical Technologies and Biotechnologies from the Kazan Research Technological University in Russia and a Master of Applied Science in Materials Science and Engineering from the University of Central Florida.

With a strong academic foundation to build upon, she was looking to develop and focus her science skills further and after a long period of searching, discovered the BISY program at UVic.

“I discovered that biomedical engineering was what I had been truly been looking for to advance my studies. However, I lacked the necessary experience and skills to find work or apply for a PhD in this field,” she says. “The BISY program was perfect for me because it was short, allowed me to build on my existing knowledge, provided the experience I was missing, and offered excellent networking opportunities with amazing professors and mentors.”

As she progressed through the program, she particularly enjoyed its interdisciplinary and real-world professional focus.

“One of the main highlights of the BISY program has been the hands-on experience in advanced biomedical research,” she notes. “I had the opportunity to engage in cutting-edge tissue engineering projects and work with state-of-the-art equipment. Additionally, the program's emphasis on interdisciplinary learning allowed me to collaborate with students and professionals from diverse backgrounds, enhancing my problem-solving skills and broadening my perspective on biomedical engineering. Networking opportunities with industry leaders and attending various seminars and conferences were also invaluable, providing insights into the latest industry trends and potential career paths.“

She is currently working as a tissue engineering scientist part-time with an innovative biotechnology start-up called VoxCell BioInnovation.

“Initially, I had planned on pursuing a PhD after completing my degree, however during my studies, I became more interested in the industry and have decided to pursue a career in that direction,” she says. “I plan to continue working with VoxCell because I really enjoy the work there.”

Already on the path to a bright future in her career, she believes that the BISY program helped prepare her with a uniquely valuable combination of skills, knowledge, networking, and hands-on experience to help launch her in her professional field.

“Through the BISY program, I gained extensive theoretical knowledge in courses like cell biology and 3D printing. These courses also improved my writing, research, and literature review skills, which are valuable in my current work,” she notes. “I appreciated the opportunity to meet industry professionals and learn about real-life problems in the field. Working under Dr. Stephanie Willerth in her lab, I developed skills in tissue culture and various equipment, received OHSE safety training, earned certificates, and completed my technical project efficiently. I even had the opportunity to present my research at a local conference which was an amazing opportunity as well!”

She is pleased that she chose both the BISY program and UVic to advance her academic and professional career.

“I love how at UVic everyone is incredibly helpful,” she says. “Whether you need academic guidance, career advice, or personal support, you can easily find the help you need. The faculty and staff are genuinely invested in your success and go out of their way to assist you. This supportive environment makes you feel like you are never alone in your journey. The sense of community and the willingness of others to lend a hand create a cozy and comfortable atmosphere. At UVic, when you put in your best effort, it is recognized and rewarded, making it a truly rewarding place to study and grow.”

For more information about UVic’s innovative Master of Engineering in Biomedical Systems, please visit the program website. UVic’s 2024 Spring Convocation ceremonies take place from Monday, June 10 to Friday, June 14, 2024. For more information, and to watch the livestream of the proceedings, please visit UVic’s Convocation Hub website.