PHD: CRYOGENIC VIBRATION ISOLATION: The Faculty of Science, Leiden Institute of Physics, in collaboration with the National Institute for Subatomic Physics Nikhef, is seeking a passionate and driven individual for a prestigious scholarship opportunity as a PhD Candidate in Cryogenic Vibration Isolation for Einstein Telescope, Quantum Science, and Industry.
Designation:
PhD Candidate (1.0 FTE)
Research Area:
Cryogenic Vibration Isolation for Einstein Telescope, Quantum Science, and Industry
Location:
Leiden, Netherlands
Eligibility/Qualification:
- Research Master, MSc, or similar in mechanical engineering, physics, or a related field.
- Proficient in English with excellent communication skills.
- Strong analytical and organizational abilities.
- Independent and collaborative work capabilities.
- Skills in finite element analysis, measurement and control systems, and knowledge in superconductivity are desirable.
Job Description:
As a PhD candidate in this program, you will:
- Conduct finite element modelling of vibration filter designs.
- Collaborate with fine-mechanics departments to build vibration reduction systems.
- Measure and analyze device performance at cryogenic temperatures.
- Develop novel techniques to reduce low-frequency vibrations at cryogenic temperatures.
- Work on magnetically levitated cryogenic 6D acceleration sensors.
- Communicate effectively with team members and project partners.
- Assist with teaching and student supervision.
How to Apply:
If you are excited about this opportunity, we are eager to get to know you. The position may be filled earlier if a suitable candidate is found, so don’t wait! Please apply online using the “Solliciteer direct” button on the official webpage and ensure you upload the following documents in a single PDF file:
- Cover Letter explaining your motivation for the project (max one A4).
- Curriculum vitae.
- Copies of transcripts of obtained degrees.
- Contact details of two references.
Last Date for Application:
25th October 2024
Apply now and become part of a cutting-edge research project with a global impact!
