PhD student position in gravitational wave instrumentation. 4 years (01/09/24 – 31/08/28) [job offer]
- Home
- Research
- Deployment and control of the TALC space telescope
- High resolution optical inertial sensor
- Opto-Active isolation SYStem (OASYS)
- Active isolation of launcher’s vibration environment
- Active damping of non-linear structures
- Vibration damping of large structures with active cables
- Non-magnetic seismic isolation of an extended object
- Particle collider electromagnet stabilization and nano-positioning
- Active nano-positioning system for diffraction tomography experiments at the ESRF
- Active image stabilization system for drones
- Identification methods for experimental vibration analysis
- Virtual sensor fusion for high precision control
- Optimal Architectures for Mechatronic System Design
- SILENT Project
- Team
- Teaching
- Press
- Publications
- News & Events
- Contact
- Job Offers
- Home
- Research
- Deployment and control of the TALC space telescope
- High resolution optical inertial sensor
- Opto-Active isolation SYStem (OASYS)
- Active isolation of launcher’s vibration environment
- Active damping of non-linear structures
- Vibration damping of large structures with active cables
- Non-magnetic seismic isolation of an extended object
- Particle collider electromagnet stabilization and nano-positioning
- Active nano-positioning system for diffraction tomography experiments at the ESRF
- Active image stabilization system for drones
- Identification methods for experimental vibration analysis
- Virtual sensor fusion for high precision control
- Optimal Architectures for Mechatronic System Design
- SILENT Project
- Team
- Teaching
- Press
- Publications
- News & Events
- Contact
- Job Offers
Job Offers
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