IMMS staff at the headquarters in Ilmenau, Germany. Photograph: IMMS.
IMMS staff at the headquarters in Ilmenau, Germany. Photograph: IMMS.

Funded projects

The following projects give an overview of funded work currently presented at www.imms.de.


European Regional Development Fund

The following projects are or were funded by the German “Land” of Thüringen and the European Regional Development Fund (ERDF; German: EFRE).

European Regional Development Fund

The following projects are or were funded by the German “Land” of Thüringen and the European Regional Development Fund (ERDF; German: EFRE).

European Regional Development Fund

The following projects are or were funded by the German “Land” of Thüringen and the European Regional Development Fund (ERDF; German: EFRE).

Reference Project name
2015 ITS 0044 Präzisions Smart-Sensor-Interface für Hochtemperaturanwendungen

European Social Fund

The following projects are or were funded by the German “Land” of Thüringen and the European Regional Development Fund (ESF).


European Social Fund

The following projects are or were funded by the German “Land” of Thüringen and the European Regional Development Fund (ESF).


EU funding


Funding by the German „Land“ of Thüringen

Funding by the German „Land“ of Thüringen

Reference Project name
2018 FGI 0008 REMEDIA – Anschaffung von Geräteinfrastruktur im Vorhaben „Erweiterung der Messtechnik für biomedizinische Applikationen“ (Förderprogramm Richtlinie zur Förderung der Forschung)
2018 FGI 0007 Anschaffung von Geräteinfrastruktur im Vorhaben „Untersuchung von Einflussfaktoren auf Präzision und elektromagnetische Empfindlichkeit“ (Förderprogramm Richtlinie zur Förderung der Forschung)

Funding by the DFG (German Research Foundation)


Funding by the German Federal Ministry for Economic Affairs and Energy

Reference Project name
ZF408707LT7 Integrated planar 6DOF positioning and measurement system
21174 BR/2 Research and development of an energy-efficient broadband impedance chip for real-time cell culture monitoring
ZF4085711CR9 Sensorüberwachter Membranreaktor mit drahtloser Schnittstelle für Dialyseprozesse, in-vitro-Proteinsynthese großer Probenvolumina und Zellkultur
ZF4085709PO8 Entwicklung einer skalierbaren Ultraschall- und Volumenstrom-Sensorplattform für eine Optimierung der Energieeffizienz für die Instandhaltung 4.0
01MF16005C Einsatzmöglichkeiten von Sensorsystemen zur dezentralen und zentralen Überwachung des Kühlmittelzustandes an Anlagen und Maschinen
01MF16005C Wasserdesinfektion in Schwimmhallen
01MF16005C Produktionsanlauf nach Sonn-& Feiertagen
19341BG Assistance system for monitoring of networked equipment – The challenge of networking and recognising causal relationships
KF2534513PO4
01MF16005C
ZF4085703LF6
KF2534515CS4 Diagnostics of methylated cancer biomarkers using monolithically integrated microelectronic in-vitro sensor platforms
01ME12076 Smart Mobility in Thüringen
KF2534508 DB2 Smart current clamp EMCheck IMSZ I
KF2534505AB0 Scanning device for highly dynamic motion of a reflective terahertz optics (acronym terahertz scanner)
50 NA 1009 Compact adaptive terminal antenna for interference-free satellite navigation
16419 BG/2 Analysis and monitoring of energy consumption in process and production technology, taking into account the business issues detection and prevention of suboptimal energy balances in production
KF2534501BN9 Development of a technologically new, magnetically guided 6D-positioner for high-precision scanning applications in the field of surface profiling and biotechnology.

Funding by the German Federal Ministry for Economic Affairs and Energy

Reference Project name
ZF4085711CR9 Sensorüberwachter Membranreaktor mit drahtloser Schnittstelle für Dialyseprozesse, in-vitro-Proteinsynthese großer Probenvolumina und Zellkultur; Entwicklung von Ausleseelektronik, Energieversorgung und drahtloser Kommunikation inklusive Empfangsschnittstelle auf einem Micro-PC.

Funding by the German Federal Ministry of Education and Research

Funding by the German Federal Ministry of Education and Research

Reference Project name
03WKDG02H Wachstumskern HIPS - VP2: High Performance Flüssigkeitensensoren durch SciCer - TP8: Miniaturisierte SiCer-Auswerteschaltungen
03WKDG01E Wachstumskern HIPS - VP1: Erforschung einer multifunktionellen Substrattechnologie (SiCer) für Sensoren höchster Leistung - TP5: Entwurfsunterstützende Modellierung, Simulation und Designmethodik

Funding by the German Federal Ministry of Food and Agriculture

Reference Project name
28DE102D18 Verbundprojekt: Experimentierfeld zur datengetriebenen Vernetzung und Digitalisierung in der Landwirtschaft (EXPRESS) – Teilprojekt 4