Research activities of the Institut

Die Forschung am IIC ist auf die Entwicklung anwendungsspezifischer integrierter Schaltkreise (engl. application specific integrated circuits, ASICs) ausgerichtet. Gemäß dem Leitmotiv der TUHH "Technik für die Menschen" liegt unser Fokus auf medizinelektronischen Implantaten und selbstentwickelten Brain-Computer-Interfaces (BCI), umfasst aber auch innovative Grundlagenforschung im Bereich der Technologie- und Methodenentwicklungen.

Wir laden Sie ein, sich auf dieser Seite einen Überblick über unsere aktuellen Aktivitäten und Forschungsinteressen zu verschaffen.

Compressed Sensing
Electronic Osteosynthesis Implant
Electronic Tumor Monitoring
HELIOS - Microelectronics-Microoptics Co-integration
International Study and Exchance Partnership (ISAP)
Multichannel Neural Interfaces
Strain Sense

Compressed Sensing

In today's digital age it is hard to imagine life without sensors. On the contrary, the increasing number of sensors is severely shaping our lives. Research fields such as industry 4.0, autonomous dr   ... [more]

Contact: M. Sc. Jonas Rieseler

Electronic Osteosynthesis Implant

Osteosynthesis implants are used in the treatment of bone fractures to stabilize the fracture and reposition bone fragments. The aim is to accelerate the recovery of the patients while minimizing the   ... [more]

Contact: M. Sc. Christian Adam

Electronic Tumor Monitoring

Despite great efforts in the development of new drugs, cancer is still the second leading cause of death in developed countries. In Germany, a solid tumor that has already formed metastases is found    ... [more]

Contact: Prof. Dr.-Ing. W. Krautschneider

HELIOS - Microelectronics-Microoptics Co-integration

The "Hamburg Electronics Lab for Integrated Optoelectronical Systems" (HELIOS) addresses the cointegration of microoptical and microelectronic components. Together with partners at TUHH and Universit   ... [more]

Contact: M. Sc. Julian Singer, M. Sc. Anton Geläschus

International Study and Exchance Partnership (ISAP)

[short description follows]

Contact: M. Sc. Pablo Mendoza Ponce

Multichannel Neural Interfaces

Over the past years it has been proven that Deep-Brain Stimulation (DBS) has medical benifits for neurological disorders, such as essential tremor, Parkinson's disease. Apart from DBS, Vagus Nerve St   ... [more]

Contact: M. Sc. Gayas Sayed

Strain Sense

Condition Monitoring Systems grant an online observation of static and dynamic stresses, and can monitor security relevant components like airplane wings or wind turbine blades, or can foster tactile   ... [more]

Contact: M. Sc. Kim Allinger