Postdoc: Hydrogen Turbomachinery & Fluids Innovation Lead

University of Bath; Ashton-under-Lyne; On-site; GBP 39,000 - 46,000; Full time

Benefits offered by this job

Generous annual leave

Pension scheme

Cycle to work

Electric vehicle salary sacrifice

Staff discount at Team Bath gym

Relocation allowance

Job summary

University of Bath invites applications for a Postdoctoral Research Associate to explore fluid dynamics and heat transfer in rotating compressor cavities of gas turbine engines. The role blends academic rigor with industry collaboration, offering training, development allowances, and a chance to contribute to hydrogen-compatible turbomachinery.

The successful candidate will lead a high-impact project, work with EPSRC funding partners, and aim to shape future green-energy aerospace technology.

Qualifications

• PhD in a relevant engineering field or equivalent industrial R&D experience.
• Experience with experimentation and data analysis tools such as Matlab.
• Proficiency in CAD software.
• Confidence working independently and engaging with multiple stakeholders.

Responsibilities

• Take ownership of a major research project to advance understanding of fluid dynamics and heat transfer in rotating compressor cavities.
• Work at the intersection of academia and industry with support from partners.
• Develop leadership, innovation, and strategic technical development.
• Gain access to training and a personal development allowance.
• Broaden your professional network through interaction with industrial partners.

Skills

Matlab

CAD

Independent working

Stakeholder engagement

Education

PhD in engineering

Job description

University of Bath invites applications for a Postdoctoral Research Associate to explore fluid dynamics and heat transfer in rotating compressor cavities of gas turbine engines. The role blends academic rigor with industry collaboration, offering training, development allowances, and a chance to contribute to hydrogen-compatible turbomachinery.

The successful candidate will lead a high-impact project, work with EPSRC funding partners, and aim to shape future green-energy aerospace technology.