PhD: Topology-Optimised Heat Exchangers for Sustainable Aviation

Imperial Enterprise; Greater London; On-site; GBP 21,000 - 26,000; Full time

Benefits offered by this job

Full tuition coverage

Annual travel budget

Tax-free stipend £23,805

Job summary

Imperial College London invites applications for its October 2027 Doctoral Programme in Sustainable Aviation (DPSA). The PhD will develop automated topology optimisation methods for adaptable parts, connecting materials and additive manufacturing to aviation sustainability.

This interdisciplinary project combines physics-based modelling, optimisation, and machine learning to assess heat transfer, durability and environmental impact. Funding covers tuition, travel, and a tax-free stipend.

Qualifications

• 1st class honours Master’s in Aerospace Engineering or allied disciplines; or higher.
• Strong numerical methods and computational background required.
• Excellent written and verbal technical communication for publication.
• Demonstrated passion for sustainability and ability to work with minimal supervision.
• Open to Home and International students.

Responsibilities

• Develop automated topology optimisation methods for adaptable spare parts with available materials and additive manufacturing.
• Contribute to interdisciplinary research on aviation sustainability from a system perspective.
• Engage in training, networking and outreach to support project goals.

Skills

Numerical methods

Scientific computing

Problem solving

Communication

Education

1st class honours Master’s in Aerospace Engineering or allied disciplines

Job description

Imperial College London invites applications for its October 2027 Doctoral Programme in Sustainable Aviation (DPSA). The PhD will develop automated topology optimisation methods for adaptable parts, connecting materials and additive manufacturing to aviation sustainability.

This interdisciplinary project combines physics-based modelling, optimisation, and machine learning to assess heat transfer, durability and environmental impact. Funding covers tuition, travel, and a tax-free stipend.