Master program focused on engineering and human movement ergonomics, combining biomechanical analysis, experimental instrumentation, signal processing, data analysis with MATLAB, and applied statistics with R. It also covers product and environment design (CAD, virtual reality, AI), project management, and organizational challenges to build high-performance, sustainable, and user-centered solutions.

Scientific training in ergonomics and motor performance focused on understanding and optimizing human movement (athletes, sedentary people, or people with disabilities) through biomechanical, cognitive, physiological, social, and environmental factors. Developed skills in scientific methodology, metrology, and motor behavior analysis, applied to equipment and space design as well as to improving working conditions through organizational and human factors.

Scientific Bachelor's degree with a specialization in Life and Earth Sciences (Honors).