Medical Engineering

The Department of Image Processing and Medical Engineering is researching in the fields of medical image processing, medical communication and sensor systems and telematics in health care.

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Medical Engineering

In the area of medical image processing, our work is primarily directed towards solutions for microscopy and digital pathology as well as endoscopy and minimally invasive surgery. Special emphasis is placed on the development of both microscopy and scanning systems in association with automated image analysis of cells and tissues as well as on assisting doctors in laboratories and hospitals with diagnosis.

Our innovations in medical sensing are mostly aimed at capturing vital signs and body movements for mostly mobile medical applications as well as for exercise testing in sports and leisure. A closely related area is that of biosignal processing and medical communications. Our work in this area is largely concerned with sophisticated software for analysis of sensor data, identification of critical physiological states and computer-aided diagnosis as well as with protocols, formats and interoperability standards for telehealth services, where the goal is semantic integration from sensor signals through to medical expert systems.

Complementing our technological development work, we support the evaluation of medical systems and solutions through clinical studies and trials. For this purpose, we have the Medical Technology Test and Application Center METEAN at our disposal, an extremely efficient interdisciplinary facility housed at Erlangen University Hospital.

Medical Engineering at a Glance


An overview of our activities can be found in our profile section.


Our activities are focused on contract research. We participate in publicly funded projects and offer research and development tasks to our industrial clients.


Products and Projects

Medical Engineering offers solutions in the areas of medical image processing, computer-assisted diagnostics, vital sign sensors, biosignal processing, medical communication, studies and applications, as well as risk and quality management.



Each document, such as application note, product sheet, flyer or others, and each video, can be found in our download section.



New Project HaptiVisT

Development and evaluation of a haptic-visual learning system for surgical interventions


Wearable Technology – Intelligent Software and Hardware Developed by Fraunhofer Institute IIS

Since July 2016, the innovative high-tech product ambiotex-shirt is available at the ambiotex web store – software and hardware development of Fraunhofer Institute IIS. The shirt has a comfortable fit and allows an effective workout by evaluating vital data such as pulse and stress level in real time.


The Modular Scanning Solution SCube®

The scanning system SCube® was introduced at the analytica trade fair in 2016. SCube® is the modular scanning solution for the digitalization and analysis of biological samples in both brightfield microscopy and fluorescence microscopy. The system can easily be integrated into your application.


Press Information

Automatic Real-time Polyp Detection during Colonoscopic Cancer Screening.

Exhibitions and Events




Visit us at the medical technology trade fair MT-CONNECT and experience the future developments of medical technology industry. We present our mobile performance diagnostic sensor ELECSA® with the CardioSHIRT from June 21 to 22, 2017, in Nuremberg.

Further Information



Image Processing and Medical Engineering



Each document, such as application note, product sheet, flyer or others, and each video, can be found in our download section.


Christian Weigand

Contact Press / Media

Christian Weigand

Head of Department Image Processing and Medical Engineering

Fraunhofer IIS
Am Wolfsmantel 33
91058 Erlangen, Germany

Phone +49 9131 776-7300

Fax +49 9131 776-7309