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Universidad Carlos III de Madrid Master in Biomechanical Engineering and Medical Devices
Universidad Carlos III de Madrid

Universidad Carlos III de Madrid

Master in Biomechanical Engineering and Medical Devices

MSc

1 year

English, Spanish

Full time

EUR 7,200 *

On-Campus

* non-EU students: 7,200 EUR | national and EU students: 4,800 EUR

Key Summary

    About : The Master in Biomechanical Engineering and Medical Devices focuses on the intersection of engineering and healthcare. This program covers topics such as biomaterials, medical device design, and biomechanics. It's designed to equip students with the skills necessary to innovate and improve medical technology. The course typically spans over two years, offering a combination of theoretical learning and practical experience in the field.
    Career Outcomes : Graduates can pursue careers in various sectors, including biomedical engineering, product development, and regulatory affairs. Potential roles include biomedical engineer, medical device designer, and positions within healthcare technology companies. This degree opens doors to opportunities in research and development, allowing professionals to contribute to advancements in medical devices and patient care.

The Master in Biomechanical Engineering and Medical Devices has a professional and applied research orientation, with the aim of training specialists capable of developing innovative technological solutions in biomechanics and medical devices. The program responds to the current needs of the healthcare and biomedical sector, promoting the creation of products and technologies that improve the quality of life of patients and the efficiency of treatments.

This master's degree is designed for those who wish to:

  • Understand and apply advanced concepts of biomechanics of the locomotor system and the musculoskeletal system's functional anatomy, which is essential for designing and optimizing medical devices and prostheses.
  • Analyze and select biomaterials, evaluating their biocompatibility and applicability in developing innovative and personalized medical products.
  • Learn advanced techniques of design, manufacturing, and 3D analysis of medical images, which are essential for developing high-precision devices and advanced diagnosis.
  • Acquire skills in managing and optimizing processes in the biomedical field, with a vision oriented towards efficiency and sustainability in health systems.
  • Integrate testing and measurement techniques for biomechanical assessment and methods for planning and evaluating medical interventions, thus contributing to improving clinical results and personalizing treatment.
  • Design safe, ergonomic medical products and devices adapted to current clinical needs, considering current regulations and good manufacturing practices.
  • Develop skills in innovation and entrepreneurship to identify and exploit opportunities in the biomedical engineering sector, with a perspective of digitalization and emerging technologies.