Medical Technology (Bachelor of Science)

In the Bachelor’s degree programme in Medical Technology, students acquire a systemic understanding of fundamental engineering principles, their scientific foundations, and mathematical modelling. They also learn to use medical terminology confidently and to collaborate across disciplines with professionals from medicine, engineering, and science.

The programme provides knowledge in materials science, engineering mechanics, and design engineering, as well as in anatomy, physiology, and relevant pathological conditions. In addition, it includes subject-specific expertise in imaging, biomechanics, medical sensing and actuation, device and implant technology, and medical informatics.

A particular focus is placed on understanding the interfaces between technology and biological systems, and on developing the ability to analyse, model, and advance medical technological systems.

During your studies, you will engage with ethical, legal, and regulatory issues and learn how to apply quality management guidelines as well as approval procedures for medical devices. You will acquire the fundamentals of scientific research and develop the ability to methodically apply scientific standards to questions in medical engineering and to reflect on them critically.

Alongside a broad foundation in engineering and medical sciences, students can design their individual academic focus. The following areas of specialisation are available:

• Biomechanics, Biorobotics, and Prosthetics
• Medical Imaging and Artificial Intelligence
• Medical Device Technology as well as Product and Process Development
• Medical Process Engineering (Biofabrication and Tissue Engineering)

As a graduate in Medical Technology, you possess the competence to design and develop medical systems, devices, and products, and to guide them through the approval process in accordance with ethical, regulatory, and normative requirements. You work at the interface between medicine and technology, translating new scientific insights into technical innovations that contribute to improving diagnostic and therapeutic methods.  

In interdisciplinary teams, you collaborate with professionals from various fields of expertise to implement practical and safe medical technology solutions. Through reflective and responsible action, you actively shape the future of healthcare and make a significant contribution to promoting public health.

With a Bachelor’s degree in Medical Technology, you possess a broad qualification profile that opens up a wide range of career opportunities. 

You can contribute to the development of medical systems, devices, and products, lead research projects in academia and industry, or work in healthcare and medical technology companies. 

Your interdisciplinary expertise is equally valued in technical, clinical, and regulatory fields.

With a Bachelor's degree, you are generally qualified to pursue a Master's programme, enabling you to deepen your knowledge and expand your expertise in a targeted way. Depending on the specific focus of your undergraduate studies, admission may be granted directly or subject to certain academic requirements. The following Master's programmes are among those available to you:

• Biomedical Engineering (Leibniz University Hannover)
• Mechanical Engineering (Leibniz University Hannover)
• Mechatronics and Robotics (Leibniz University Hannover)
• AI-driven Mechatronics and Robotics (Leibniz University Hannover)
• Biomedical Sciences (Hannover Medical School)
• Biomedical Data Science (Hannover Medical School)

A Master's degree offers excellent prospects for your professional future and prepares you for challenging roles in research, development, and industry.