Biomechanics engineers record and analyze human movement sequences and implement them in computer models and simulations, for example for the development of therapeutic measures and medical technology products. In technical operations, they carry out and evaluate biomechanical product safety tests and design new test concepts and setups.
Biomechanics engineers study the interactions between biology and mechanics. They primarily record and analyze human movement using measurement systems. Based on their data, they perform computer simulations, which serve the (further) development of therapeutic methods or medical products. They document their results and present them to internal departments and clients. They typically work closely with doctors as well as with development and production departments, for example, those producing medical technology.
In a technical setting, biomechanics engineers may be responsible for designing test setups or creating test procedures. Their tasks may also include instructing and supporting employees, for example, on material testing and production machines.
Biomechanics engineers find employment
The salary level for Engineer Biomechanics in Germany is: from 4410 up to 6141 EUR per month
Biomechanics engineers record and analyze human movements and convert them into computer models and simulations, for example, for the development of therapeutic measures and medical products. In technical operations, they are responsible for conducting and evaluating biomechanical product safety tests and designing new testing concepts and setups.
Biomechanics is applied in medical technology, rehabilitation technology, sports science, ergonomics, industry, and research. In sports biomechanics, both in elite and amateur sports, the goal is to optimize movement techniques while protecting the health of athletes. Biomechanics engineers use various investigative and measurement methods, such as electromyography (measuring muscle activity), and analyze the results. They apply their analyses in the development and manufacturing of sports shoes or equipment, as well as in fundamental scientific research. In medical and rehabilitation technology, biomechanics engineers are involved in implementing and evaluating movement programs and analyzing gait changes in orthopedic rehabilitation. In preventive biomechanics, they measure spinal load during activities such as lifting objects to prevent back issues.
For the development and optimization of prostheses and endoprostheses (artificial joints), they also analyze human movements. Using computer simulations, they explore ways to extend a product’s lifespan, save materials, or shorten development cycles. They test different variants of artificial joints on the computer without needing to create a prototype each time. To address the technical questions on the computer, biomechanics engineers create mathematical models.
Biomechanics engineers usually work closely with doctors and other specialists, such as those in development and production departments. Their knowledge of the musculoskeletal system and its biological responses to mechanical changes significantly contributes to the development and optimization of therapeutic measures and medical products.
In technical operations, they plan and manage work processes, for example, on material testing or production machines. Their duties may also include designing test setups and creating testing routines. Biomechanics engineers are also responsible for training and supporting employees on equipment and machines. Additionally, they may take on roles in quality assurance, sales, or application consulting.
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