Center Smart Materials and Adaptive Systems CeSMA
Center Smart Materials and Adaptive Systems CeSMA

Projects

CeSMA is currently involved in the following publically funded research and development projects that take place in the areas of process development for piezoelectric material, energy harvesting and material development for optical materials.

Research and
development projects

Process development for piezoelectric material, energy harvesting and material development for optical materials

 

© EMLC Paper

Bio4Comp

Parallel network-based biocomputation

 

Project Bio4Comp

C3PO

Continuous pressure mapping with fully printed piezoelectric sensors on rollers

Project C3PO
 

© iStock

CircEl-Paper

CircEl‐Paper: Recyclable paper‐based electronics

Project CircEl-Paper
 

© iStock

FLINGO

Functional inorganic layers for next generation optical devices

Project Flingo

NeMFagO

Novel Materials for the functionalization of printed optics

Project NeMFagO
 

© Project PHOENIX

PHOENIX

Improving batteries through sensors and self-healing functions

Project Phoenix

SHARK

Stable water-resistant anti-reflective coatings on complex substrates to improve energy efficiency

Project SHARK
 

© Fraunhofer ISC

SPARTACUS

Smart sensors for future fast charging batteries

PROJECT SPARTACUS
 

© ArjoWiggins

SUPERSMART

Industrialization of high-performance key materials in order to secure the electronic material supply chain

Project Supersmart

SYMPHONY

Smart hybrid multimodal printed harvesting of energy

Project Symphony
 

© Fraunhofer ISC / Awesome Technologies Innovationslabor GmbH

Tastsinn-VR

Tactile sensory glove for training and remote control of mining and underwater robots supported by virtual reality

Project Tastsinn-VR

THERATEX

Development of a technology platform to integrate sensor and actuator functionalities in textiles

Project TheraTex