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Biomedical Engineering logo
Karlsruhe Institute of Technology logo

Biomedical Engineering

Karlsruhe Institute of Technology
Information last verified July 2026
Tuition No tuition fees (German public university — see fee_details)
Degree Bachelor of Science
Duration 6 semesters
Deadline EU/German nationals: July 15 | Non-EU nationals: July 15
Delivery On-campus
Location Karlsruhe, Germany
Language English

Program Overview

Biomedical technology works at the interface of engineering, computer science and natural science. The aim is to develop new and improved methods, devices and components for diagnosis and therapy. Information technology is paving the way for personalized and less invasive medicine. To be able to contribute to this, you first need a good basic knowledge of mathematics, physics, medicine and technology, and then build on this with application-related knowledge and methodological skills in areas such as imaging techniques or machine learning. The bachelor's degree program in Biomedical Engineering provides you with the ideal starting point for this. The methods used in medical technology are largely derived from electrical engineering and information technology: signal processing, image processing, machine learning, control engineering, software engineering, circuit development, microsystems, robotics, sensor technology and more. For this reason, the biomedical technology department at KIT is located at the KIT Department of Electrical Engineering and Information Technology. During your studies, you have various subjects, which consist of one or more modules. A module deals with a specific topic and consists of one or more courses. In the module handbook for your degree program, you will find a description of the modules and their subject assignment as well as a study plan. This gives you an orientation as to which courses you should attend in which semester in order to complete your studies within the standard period of study. It takes into account a balanced distribution of courses over the individual semesters. It also ensures that you are first taught the important basics before moving on to more advanced topics. Your individual course of study may differ from this. In the first semesters, you will acquire important basic knowledge in mathematics, electrical engineering and information technology as well as the fundamentals of biomedical technology. In the second half of the study program, you can choose from a wide range of different subject areas so that you can prepare your studies according to your interests. The program content is taught in lectures, practical exercises, workshops and a clinical excursion. You will also complete an internship and write a bachelor's thesis. The bachelor's degree program in Biomedical Engineering includes a 12-week internship, which is usually completed in the 5th and 6th semester. You can choose between an industrial, clinical or research internship. The search for an internship is your own responsibility. The Career Service at KIT or the university group IAESTE can help you find an internship. The research internship can also be completed at a KIT institute. You can also complete the internship abroad. The possible contents can be found in the internship guidelines for the degree program. The Internship Office will be happy to assist you with the planning.

Key Program Features

  • • small study program
  • good supervision ratio • in-depth knowledge for complex problem solutions • high practical component through workshops
  • excursions and internships • large interdisciplinary elective area • choice of industrial
  • clinical or research internship • extensive orientation phase for first semester students • learning support through MINT-Kolleg
  • tutorials and learning café

Career Opportunities

Employment opportunities after graduation can be found wherever technical solutions to medical problems are developed and applied. In the relevant industry, devices and software solutions are developed to improve diagnostics or therapy (e.g. the "digital twin" in personalized medical technology). The increasing use of state-of-the-art technology requires a large number of suitable specialists. Medical technology engineers develop the relevant systems and their components, install and maintain them and conduct research to increase efficiency. They design control concepts, components and software. Direct application in the operating theater is also a field of activity. Process and quality management, sales and consulting are also part of the job description.

Program Curriculum

During your studies, you have various subjects, which consist of one or more modules. A module deals with a specific topic and consists of one or more courses. In the module handbook for your degree program, you will find a description of the modules and their subject assignment as well as a study plan. This gives you an orientation as to which courses you should attend in which semester in order to complete your studies within the standard period of study. It takes into account a balanced distribution of courses over the individual semesters. It also ensures that you are first taught the important basics before moving on to more advanced topics. Your individual course of study may differ from this. In the first semesters, you will acquire important basic knowledge in mathematics, electrical engineering and information technology as well as the fundamentals of biomedical technology. In the second half of the study program, you can choose from a wide range of different subject areas so that you can prepare your studies according to your interests. The program content is taught in lectures, practical exercises, workshops and a clinical excursion. You will also complete an internship and write a bachelor's thesis. Your degree program consists of the following subjects: • Mathematical and Physical Fundamentals (28 CP): Here you will acquire the mathematical knowledge from Higher Mathematics and Theory of Probability that is essential for your degree program. • Electrical Engineering (22 CP): This compulsory subject includes the modules Linear Electrical Circuits, Electronic Devices and Circuits and Electromagnetic Fields and Waves. • Information Technology (33 CP): Here you will learn to understand, develop and integrate IT components in electrical systems. • Medical and Technical Fundamentals (24 CP): You will acquire a basic understanding of physiology and anatomy and learn about imaging techniques and medical measurement technology, among other things. • Medical and Technical Area of Specialization (40 CP): You have now reached the elective area. Depending on your interests, you can choose modules from any combination of technical fields as well as biochemistry or computer science. You will find many practical courses and workshops on offer, which you can take up to 6 CP. • Interdisciplinary Qualifications (3 CP): You round off your qualification profile according to your wishes. Be it language courses, presentation techniques or a course on work-life balance. The KIT has a lot to offer you, you decide.

Admission Requirements

For the bachelor's degree course in Biomedical Engineering, you need sufficient knowledge of the German language. Your German language skills must correspond to at least level C1 of the Common European Framework of Reference for Languages (CEFR). As there are also courses taught in English in the bachelor's degree program in Biomedical Engineering, you should have a good command of English. However, you do not have to provide proof of this when you enrol. Important: you must provide proof of the required language skills regardless of your citizenship and by the end of the enrollment period at the latest, but preferably at the time of application. In what form do I have to provide the language certificates? Please read the following chapters on this website carefully. If you have any further questions, please contact • Students Office if you are applying as a German, German national or a person with German equivalent status • the International Students Office if you are a non-EU national

Tuition & Financial Information

Tuition Fee

No tuition fees (German public university — see fee_details)

Semester contribution ~€235 covers public transport (KVV) and student union services.

Financial Aid & Scholarships

No tuition fees at KIT (German public university). Semester contribution of approx. €235 covers public transport and student services. Funding available via DAAD, Deutschlandstipendium, Baden-Württemberg Stipendium, and KIT internal scholarships.

About Karlsruhe Institute of Technology

Karlsruhe Institute of Technology logo

Karlsruhe Institute of Technology

Karlsruhe, Germany

The Karlsruhe Institute of Technology (KIT) is one of Germany's leading public research universities and among Europe's most prestigious institutions for science, engineering, and technology....

University Profile
  • Application Deadline EU/German nationals: July 15 | Non-EU nationals: July 15
  • Language English
  • Duration 6 semesters
  • Credits 180 ECTS