Courses corresponding to the fields of Biomedical Engineering, Mechanical Engineering, or Industrial Engineering.

Upon successful completion of this course, students will be able to: - Understand the stages of design and development of biomechanical and medical devices, including the ethical, legal, and regulatory framework - Understand the concepts of technology transfer - Identify needs and innovative responses to challenges in the field of biomechanics - Design and implement the development stages of biomechanical and medical devices, from conceptualization to commercialization, taking into account regulatory, legal, and ethical principles - Develop and present business ideas

1. Design and Process Development 2. Quality Control and Regulations 3. Risk Management 4. Manufacturing and Production 5. Commercialization and Post-Market Activities 6. Ethics and Social Responsibility

The course will include theoretical classes in which the instructor will present the fundamental concepts of the subject, encouraging critical understanding through examples and detailed explanations. These sessions will be complemented by practical and theoretical-practical classes, where students will apply the acquired knowledge through exercises, activities, and the resolution of real or simulated cases. Throughout the semester, midterm exams will be conducted to continuously assess student progress, along with a final exam covering the full scope of the course content. Learning will be further reinforced through individual assignments, where students will explore specific topics in depth, and group projects, designed to foster transversal skills such as communication, collaboration, and joint problem-solving. A personalized tutoring schedule will be made available through Aula Global, allowing students to resolve any questions and receive guidance on course content and assignment development.