Biomechanical engineering is a field that applies principles of mechanics and engineering to understand, analyze, and improve the mechanical aspects of biological systems. It involves studying the movements and forces within living organisms, such as humans and animals, as well as the design and development of devices and technologies that interact with biological systems. Biomechanical engineers work on a wide range of applications, from designing prosthetic limbs and orthopedic implants to optimizing sports equipment and studying the biomechanics of human motion. Their work contributes to advancements in healthcare, sports performance, and the overall understanding of how mechanical forces affect living organisms.

They work in diverse sectors, including healthcare, sports, and research, designing medical devices, enhancing athletic performance, and improving ergonomic designs. These careers offer opportunities to blend engineering innovation with a passion for enhancing well-being. Oftentimes, individuals with a background in biomechanics may choose to work in labs, for example designing safe bike helmets or testing cars for their crash safety ratings.

Lauren, a student taking courses in biomechanics shared her passion for biomechanics with us. "I love that its a combination of physical therapy and engineering". As a student, Lauren enjoys being able to work with clients directly, and hopes to apply her skills in a clinical setting. "Biomechanics is truly interdisciplinary, and you get to try a bit of everything."