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Materials Science and Engineering● OpenResearch staffPreview

Research Assistant/Research Fellow in Advanced Aluminium Brazing

Join an Innovate UK project at Brunel University London to develop energy-efficient heat exchangers through advanced aluminium brazing.

Best for:Best for researchers with expertise in materials science, metallurgy, or manufacturing engineering interested in experimental and simulation-based alloy joining.

Brunel University London · London, United Kingdom · R2 · Recognised researcher
More professors at Brunel University London
metallurgymaterials characterizationthermal processingalloy joiningcomputational modeling
This is a research staff position — not a PhD studentship.
Deadline
Nov 10, 2026
21 days
Funding
Salaried
£37.1k–£44.8k/yr
Start date
flexible
Fixed-term
Location
London
United Kingdom

Overview

Brunel University London is seeking a part-time Research Assistant or Research Fellow to join the Brunel Centre for Advanced Solidification Technology (BCAST). Funded by the Innovate UK TURBOCOOLING project, the role focuses on developing advanced aluminium brazing technology for high-performance heat exchangers using induction heating systems. The successful candidate will conduct both experimental and modelling work, including optimising the brazing process, simulating temperature distributions, and characterising material microstructures and mechanical properties. This is a fixed-term appointment for 3 months working 9.58 hours per week.

aluminium brazingheat exchangersinduction heatingmicrostructure characterizationmanufacturing engineeringBCASTBrunel University

What you'll do

  • Optimise the aluminium brazing process for high-performance heat exchanger applications
  • Simulate temperature distributions within aluminium workpieces during the brazing cycle
  • Characterise the microstructure and mechanical properties of manufactured brazed joints
  • Develop apparatus and methodologies to produce high-integrity and high-quality brazed aluminium joints
  • Maximise mechanical performance and refine joint microstructures through systematic experimentation

Requirements

Degree required: Bachelor's degree in Engineering, Materials Science, Physics, or a closely related discipline

Language: English

Instruction: English

Required skills
  • Background in materials science, engineering, physics, or related discipline
  • Experience with experimental materials processing or joining
  • Capability to simulate thermal or temperature distributions in engineering components
  • Skills in microstructural and mechanical characterisation of materials
Nice to have
Hold a PhD in Materials Engineering, Mechanical Engineering, Manufacturing Engineering, or a related fieldPrior experience with aluminium brazing or induction heating systems
Eligibility
  • Must hold at least a Bachelor's degree in a relevant discipline

Funding & terms

Type
Salaried
Amount
£37.1k–£44.8k/yr
Duration
3 months
Programme
TURBOCOOLING: Energy-Efficient and Frost-Resistant Heat Exchangers Enabled by Advanced Aluminium Brazing
Innovate UK

How to apply

Deadline: 2026-11-10

Review the job description and person specification details, then click the apply button to submit your application through the university recruitment portal.

Documents required
  • CV
  • Application form
↗Apply on site

Contact

Lab
Brunel Centre for Advanced Solidification Technology
Brunel University London
TURBOCOOLING: Energy-Efficient and Frost-Resistant Heat Exchangers Enabled by Advanced Aluminium BrazingUnited Kingdom
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