close

Bachelor's Degree in Medical Engineering.

Robots that help surgeons operate, an individual prosthesis straight out of a 3D printer. The Bachelor's degree program in Medical Engineering  helps you to become an engineer at the interface of medicine.

Modern medicine breaks barriers every day. The art of engineering consistently helps to revolutionize diagnostics, therapy, patient care, rehabilitation and healthcare. The Bachelor's degree program in Medical Engineering gives you an ingenious opportunity to simultaneously immerse yourself in several different worlds.

The program is founded on a solid approach to education in mathematics, mechanics, electronics, computer sciences, chemistry and materials science as well as modeling and simulation. Base-knowledge education in medicine not only supplements the engineering and scientific areas, students become familiar with the specialized terminology, becoming qualified to specialize in various fields. You can also complete a final undergraduate thesis in medical technology, fulfill the admissions requirements for a variety of graduate degree programs, or pursue a number of exciting professions.

If you decide to pursue an advanced degree, the doors are open to challenge yourself and study surgical robotics, diagnostic imaging, prosthetics or developing artificial organs, and much more ... the choice is yours!

Key Facts

Degree

Bachelor of Science (BSc)

Duration

6 Semesters

ECTS

180 Credits

Language

German

Location

Linz, partially via distance learning

Program

Full-Time

Why this degree is particularly attractive

When it comes to Medical Engineering, the JKU has the corresponding expertise and educational background from both worlds under one roof. Researchers and faculty members from both the Linz Institute of Technology and the Faculty of Medicine work together. This is unique in Austria and provides:

  • Knowledge-transfer through joint lectures taught by engineers, natural scientists and physicians
  • A broad range of specialized courses ranging from device and software development, and materials science to nanotechnology and robotics at the JKU
  • Close proximity to many on-campus competence centers and to JKU departments that collaborate with industry

Areas of Specialization

You acquire sound, core base-knowledge in the follow areas:

  • Mathematics
  • Mechanics
  • Electronics
  • Computer Science
  • Chemistry and Materials Sciences
  • Modeling and Simulations
  • Core Medical Education

In addition, hone your problem-solving skills and explore the following subject areas in-depth:

  • Medical device technology
  • Imaging diagnostics
  • Organ replacement (tissue engineering and prosthetics)
  • Medical materials and their production and processing
  • Medical informatics
  • Biomechanics
  • Medical electronics, metrology, and microsystems technology
  • Rehabilitation techniques incl. prosthetics and orthotics
  • Medical robotics

What You Will Learn in the Program

Graduates of the Bachelor's degree program in Medical Engineering are in a position to:

  • Develop technical solutions designed to address medical issues
  • Grasp complex problems quickly and break them down to their scientific cores
  • Use scientific methods to identify solutions and implement these solutions using technology

The program curriculum covers a wide variety of subject areas and is scientifically sound, giving you flexibility when choosing a future professions. You can pursue a career in various areas of technical industry related to medicine and life sciences. Your professional qualifications are diverse:

  • Base-knowledge in Mechatronics, Material Sciences and Human Medicine, based on core, fundamental knowledge in mathematics, natural sciences, and engineering
  • Application-Oriented: Solve real-world problems by applying an educated background and efficient use of methods
  • Scientific and Academic Depth: Acquire a solid education in the above listed subject areas.
  • Independence and Learning Aptitude: Learn how to independently grasp new information and difficult concepts quickly as well as process information effectively.
  • Sustainability and Expertise: Everything you learn in the program has a long "half-life". You are sustainable and well prepared for advanced studies and/or a professional career.
  • Team Skills, Strong Social Skill Set and Gender Competence: Learn how to be an effective part of a team and work together with others in related or unrelated fields.
  • Skills to Make Critical, Effective Decisions: ou will develop the ability to make decisions you can stand by and justify based on scientific methods. You can criticize the consequences of your actions or those of others, as well as your own decisions or decisions made by others.
  • Assess Technology: Using scientific methods, you can assess both the long and short-term effects of technology, processes, etc. how they impact people, society, and their environment.

Your Career Prospects

Graduates of the Bachelor's degree program in Medical Engineering have many career choice options, such as

  • Development Engineer for
    • Medical equipment
    • Protheses/implants
    • Imaging procedures for MRIs, X-ray imaging, etc.
    • Diagnostic equipment such as ECG, EEG, etc.
    • Treatment equipment such as for dialysis, extracorporeal circulation and artificial respiration and defibrillators
  • Technical expert to certify medical devices
  • Hospital Technician for, among other things, supervising and maintaining medical devices; their timely interaction in the operating room / ICU, etc.
  • Scientist in the field of medical technology, prosthetics, or imaging
  • Device or software developer for sports medicine and fitness technology

At the same time, the Bachelor's degree in Medical Engineering can open doors to areas in the:

  • Automotive industry (ergonomics, etc.)
  • Aerospace industry
  • Robotics
  • Industry 4.0 + Human: Everything requiring the interaction and communication between man and machines
„Our graduates not only prove themselves in medical engineering in a conventional sense. The field of professional occupations is large and we educate flexible engineers who understand people.“
DI Theresa Roland, Project and scientific employee, doctoral candidate and researcher for hand prostheses sensors at the Institute of Medicine and Biomechatronics

Program Structure

The Bachelor's degree program in Medical Engineering consists of the following areas:

 

Die Grafik stellt eine Übersicht der Fächer und der prozentuellen Gewichtung dar.

Last update: April 2019, subject to change!

Admission Requirements

  • General higher education entrance qualifications (such as an Austrian “Matura” diploma)

Contact the Admissions Office for detailed information about the admission requirements.

Recommendations

Advanced Degree Programs

Medical Engineering Master's Degree (in the planning stages); Last update: April 2019

Frequently Asked Questions

Do I have to be an HTL graduate or do AHS graduates have disadvantages?

There are, of course, individual courses in which graduates from certain types of technically-focused schools will have initial advantages. However, this is true for all types of schools: While HTL graduates will most likely find classes in mechanical engineering and mechanical design easier, AHS graduates tend to find classes in programming for electrical engineering and communications easier and AHS graduates certainly have advantages in courses focusing on medicine and biology.

Do I need Latin or Greek for the medical part of the program?

No, when it comes to the terminology we will start at the beginning. Any prior knowledge is, of course, never a bad thing.

What is the difference between a JKU degree in Medical Engineering
and a degree in Medical Device Technology at a University of Applied Sciences?

The program at the JKU provides students with an enormous amount of information and expertise in the field of medical engineering, making you much more flexible once you begin a professional career.

At JKU, you not only learn to understand and how to work with existing medical technology systems, we educate you to recognize various problems and develop these techniques to think about finding and implementing new solutions and to become an engineer who can also focus on people.

We offer base-knowledge, hands-on experience in three different areas: Natural Sciences, Engineering and Medicine. The JKU employs researchers and professors from two faculties. That is unique in Austria.

I actually wanted to study medicine.
Is the Medical Engineering program a suitable alternative for me?

The field of medicine goes far beyond being a physician. The medical field includes robotic devices that assist during operations or individually adapted, 3D printed prostheses. While completing your Bachelor's degree in Medical Engineering, you will dive into the world of medical technology by conducting innovative research and developing it further. You work at the interface of man and machine such as ensuring the smooth flow of patient care at the intensive care unit. You will be researching new technologies such as thought-controlled protheses sensors and as a medical technician, you play an indispensable role in the field of medicine.

Courses in the Bachelor's degree program Medical Engineering also include medical degree students. If you qualify to study medicine at a later date, you can get credit for courses completed in the Medical Engineering program.

How do I start my studies at the JKU?

Click here for detailed information ranging from the online pre-registration procedure to paying tuition fees!

Still Have Questions?

Do you have questions about the degree program or need help pre-registering online? Contact the Office of Studies Information & Academic Advising Services (SIBS)!

Similar Degree Programs

These academic degree programs may also be of interest:

 

All Bachelor's and Diploma Degree Programs

Overview