Advance aluminium brazing research at Brunel University of London through experimental methods, modelling, and microstructure characterisation. This part time role is based at Uxbridge Campus.

Working within BCAST, the Research Assistant/Research Fellow will support the TURBOCOOLING Innovate UK project. The work develops advanced aluminium brazing technology for high-performance heat exchangers. You will optimise brazing processes, simulate temperature distributions, and assess brazed-joint performance through experimental and modelling activities.

Key Responsibilities:
Optimise aluminium brazing processes for heat exchanger applications
Simulate temperature distributions within aluminium workpieces
Develop apparatus and methodologies for manufacturing brazed joints




Characterise brazed-joint microstructures and mechanical properties
Maximise mechanical performance through joint microstructure optimisation

Requirements:
Bachelor's degree in Engineering, Materials Science, Physics, or related discipline
PhD in a related engineering field is desirable
Interest in experimental and modelling aspects of aluminium brazing
Ability to work part time at 9.58 hours weekly
Availability for the stated fixed-term contract

Apply your aluminium brazing, temperature modelling, and materials characterisation skills within BCAST's specialist research setting.
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