6 Month Contract (initially) – Inside IR35
£67.47 per hour umbrella
Hybrid working – 2 days per fortnight on site
Job Role:
Lead rotor dynamic analysis tasks to inform equipment and system design and specification
Produce verification evidence to underpin system and equipment performance
Undertake model validation including comparison of predicted and test data at system and equipment level
Provide direction to more junior engineers and undertake mentoring and coaching
Undertake peers' reviews / checking of rotor-dynamics analysis deliverables
Opportunity for further training and development
Key Skills and Experience:
Experience in rotor-dynamic analysis and/or machine design and dynamics
Experience with structural and rotor-dynamic analysis software advantageous (ANSYS, CFX, Maxwell, Shaft Designer, Dyrobes or similar)
Masters level qualification including knowledge of: Rotor Dynamics, Tribology, Gear Design, Machine Design, Turbo Machinery Design or Electrical Machine Design
Chartered engineer or working towards professional accreditation
Applicable industry experience: Power Generation, Oil & Gas, Automotive (Engine or Powertrain), Nuclear, Marine, Defence and Aerospace
The Propulsion Team:
As part of the Propulsion Team, you will be involved in the design and development of the propulsion plant across all major systems and equipment alongside specifying and supporting the procurement of propulsion equipment. This will be an opportunity to help build a rotor-dynamics capability to support delivery of the next generation of nuclear submarines for the Royal Navy.
TPBN1_UKTJ
- Location:
- Gb
- Category:
-
IT;Engineering