Job Offers: Difference between revisions
From Intelligent Materials and Systems Lab
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== Research Areas == | |||
==We are | |||
We are looking for motivated students, PhD students and scientists in the following research areas: | |||
* Modeling polymer materials (Quantum chemistry, molecular dynamics, FEM) | * Modeling polymer materials (Quantum chemistry, molecular dynamics, FEM) | ||
* Synthesis and design of electroactive polymer materials and actuators. | * Synthesis and design of electroactive polymer materials and actuators. | ||
* Physical and chemical characterization of polymer materials. | * Physical and chemical characterization of polymer materials. | ||
* Cyclic flow-electrode capacitor development | |||
* Electromechanical characterization and validation of electroactive polymer actuators and sensors. | * Electromechanical characterization and validation of electroactive polymer actuators and sensors. | ||
* Electromecahnical modelling of EAP materials (FEM, Electromechanicalmodels) | * Electromecahnical modelling of EAP materials (FEM, Electromechanicalmodels) | ||
* Radiation damage of materials | |||
* Biologially inspired robotics | * Biologially inspired robotics | ||
* | * Image processing | ||
* Applications of robotics | * Applications of robotics | ||
* | |||
== Positions == | |||
* [[ERA Chair holder in Materials Research in Extreme Environments]] | |||
* [[PhD student positions, 2019]] | |||
== Euraxess Offers == | |||
No open positions. | |||
Latest revision as of 04:05, 27 November 2022
Research Areas
We are looking for motivated students, PhD students and scientists in the following research areas:
- Modeling polymer materials (Quantum chemistry, molecular dynamics, FEM)
- Synthesis and design of electroactive polymer materials and actuators.
- Physical and chemical characterization of polymer materials.
- Cyclic flow-electrode capacitor development
- Electromechanical characterization and validation of electroactive polymer actuators and sensors.
- Electromecahnical modelling of EAP materials (FEM, Electromechanicalmodels)
- Radiation damage of materials
- Biologially inspired robotics
- Image processing
- Applications of robotics
Positions
Euraxess Offers
No open positions.