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Event

1. elmug4future 2025

Experimental set-up for the integration of CMOS biosensors in microfluidic cartridges. Photograph: IMMS.

Measurement technology for life science: markets, requirements and solutions

Event

2. 7th Thuringian AI Forum

Symbolic image with parts of a precision drive, a model of a magnetic coil whose data is fed into or generated from an AI visualised as a chip with brain structures.

Networking, practical applicability and future viability of artificial intelligence

Event

3. W3+ FAIR JENA 2025

Printed circuit board with microelectronic chip in a housing with microfluidic channels.

Accompanying conference "en-tech.talks"

Event

4. edaBarCamp VII

5th edaBarCamp at IBM Germany Research & Development, Böblingen/Germany, in February 2020. Source: edacentrum.

The 7th Sense of EDA

Event

5. Thuringian Mechanical Engineering Day 2025

Close-up of a milling machine to which an approximately 2 x 2 cm small wireless circuit board with sensors and an illuminated LED is held, accompanied by a graphic of a neural network and spreading radio waves.

Production of the future: automated, networked and collaborative

Press release

6. Development of an inline cleaning system for washing media in resin-based 3D printing production

Kick-off meeting on 11 September 2025 in Erfurt for the project "Inline cleaning process for washing media in resin-based 3D printing processes" (Inline3D), which was launched in June 2025. Photograph: IMMS.

Inline3D project launched to minimise pollutants and costs in 3D printing

Reference

7. Inline3D

The Inline3D project is researching inline cleaning for washing media in resin-based 3D printing production. The image shows customised solutions from a 3D printer for precision manufacturing for industry and research. Photograph: BURMS.

Inline cleaning process for washing media in resin-based 3D printing processes

Press release

8. „MikroGraph“ research project gets underway

Central sewage treatment plant in Jena-Zwätzen. The aim of the ‘MikroGraph’ research project is to directly measure the concentration of pollutants in wastewater. Photograph: Jens Meyer (Jena University).

Thuringian research consortium develops innovative sensor technology for monitoring micropollutants in wastewater

Reference

9. MikroGraph

Contacting unit for preliminary investigations with graphene chips from FSU Jena for the development of evaluation electronics for graphene sensors to be used for on-site detection of micropollutants in wastewater. Photograph: IMMS.

IMMS is developing evaluation electronics for new, highly sensitive graphene sensor technology for on-site detection of micropollutants in wastewater.

Reference

10. Before It Hits the Chip: A Gentle Introduction to Mixed-Signal IC Verification

Martin Grabmann, ISSOM 25, International Summer School on Microelectronics, 25. - 29. August 2025, Leibniz-Universität Hannover, Hannover, Germany