Press & media

Media enquiries

Verified facts, approved biographical text, and imagery for journalists, conference organisers, and institutional communications covering aerothermal engineering, turbomachinery research, and applied energy systems work by Lucas Rey.

Not sure where to start? 4 places to go

Start with your question

Why visitors arrive: You are a journalist, conference organiser, or introducer needing verified facts and imagery.

Your question: What can I quote safely about Lucas Rey's research and background?

You may also be asking

  • What is the Rolls-Royce HPT programme?
  • Are there approved photos?
  • How do I book a speaking engagement?

Where to go next

  • Name: Lucas Rey
  • Title: Aerothermal systems engineer; DPhil candidate, University of Oxford
  • Affiliation: Oxford Thermofluids Institute, Department of Engineering Science (Rolls-Royce sponsored)
  • Research focus: High-pressure turbine deterioration, aerothermal experimentation, pneumatic instrumentation
  • Location: United Kingdom & EU (Italian citizenship)
  • Languages: English, Italian, Spanish
  • Media contact: lucas@lucasrey.com

Approved biographical text

The three approved bios to scale, counted from the text in this section: One sentence, 22 words, names the role, the Oxford DPhil, the Rolls-Royce sponsorship and the question; Short, 48 words, and the Thermofluids Institute, the method, the ventures and the site; Standard, 105 words, and the training at Oxford, Cambridge and Cagliari, KiteGeneration, the published work.THE THREE APPROVED BIOS, TO SCALEWORDSOne sentence22names the role, the Oxford DPhil, theRolls-Royce sponsorship and the questionShort48and the Thermofluids Institute, the method,the ventures and the siteStandard105and the training at Oxford, Cambridge andCagliari, KiteGeneration, the published work
THE THREE APPROVED BIOS, TO SCALEWORDSOne sentence22names the role, the Oxford DPhil, theRolls-Royce sponsorship and the questionShort48and the Thermofluids Institute, the method,the ventures and the siteStandard105and the training at Oxford, Cambridge andCagliari, KiteGeneration, the published work
THE THREE APPROVED BIOS, TO SCALEOne sentence22 wordsnames the role, the Oxford DPhil,the sponsorship and the questionShort48 wordsand the Institute, the method,the ventures and the siteStandard105 wordsand the training, KiteGeneration,the published work
The three approved bios to scale, counted from the text below, with what each one names that the shorter one does not.

Copy-ready summaries for articles, programmes, and speaker introductions. Attribution: Lucas Rey, lucasrey.com.

One sentence

Lucas Rey is an aerothermal systems engineer and Oxford DPhil candidate studying how in-service damage affects high-pressure turbine performance, sponsored by Rolls-Royce.

Short (≈50 words)

Lucas Rey is a DPhil candidate at the Oxford Thermofluids Institute, sponsored by Rolls-Royce. His research combines engine-scale experimentation, high-fidelity CFD, and rigorous measurement practice to quantify aerothermal and thermal performance of deteriorated turbine hardware. He also leads applied aerodynamics ventures and publishes open engineering resources on lucasrey.com.

Standard (≈100 words)

Lucas Rey is an aerothermal systems engineer and DPhil candidate at the University of Oxford’s Thermofluids Institute, with research sponsored by Rolls-Royce. His work closes the loop between transient rig experiments, RANS simulation, and data-driven maintenance insight for civil aero-engine high-pressure turbines, particularly leading-edge deterioration under engine-representative conditions. Training spans Oxford (DPhil), Cambridge (MRes Future Propulsion & Power), and Cagliari (MSc/BSc Mechanical Engineering, 110/110 cum laude). Beyond academia, he co-founded KiteGeneration, offers university STEM support and admissions guidance, writes unseen ESAT mock papers for schools, is the author of The ESAT Move Register, and publishes peer-reviewed heat-transfer research, open curriculum, and technical notes at lucasrey.com.

Research in plain language

The research in plain language: The problem, pristine-hardware data does not always predict in-service damage; The approach, engine-scale experiments at ECAT, simulation and thermography; The broader methods, open-hardware probe benchmarking across European wind tunnels.THE RESEARCH IN THREE LINES[01]The problempristine-hardware data does notalways predict in-service damage[02]The approachengine-scale experiments at ECAT,simulation and thermography[03]The broader methodsopen-hardware probe benchmarkingacross European wind tunnels
THE RESEARCH IN THREE LINES[01]The problempristine-hardware data doesnot always predictin-service damage[02]The approachengine-scale experiments atECAT, simulation andthermography[03]The broader methodsopen-hardware probebenchmarking acrossEuropean wind tunnels
THE RESEARCH IN THREE LINES[01]The problempristine-hardware data does notalways predict in-service damage[02]The approachengine-scale experiments at ECAT,simulation and thermography[03]The broader methodsopen-hardware probe benchmarkingacross European wind tunnels
The problem: pristine-hardware data does not always predict in-service damage. The approach: engine-scale experiments at ECAT, simulation and thermography. The wider methods: open-hardware probe benchmarking across European wind tunnels.

Context for science and engineering coverage, full technical detail lives on publications and projects.

  • Problem: Jet-engine operators need reliable intervals for inspection and overhaul. Performance data for pristine hardware does not always predict in-service behaviour once components accumulate leading-edge damage.
  • Approach: Engine-scale experiments at Oxford’s ECAT facility, paired with simulation and infrared thermography, quantify how damage changes aerodynamic loss and thermal margins.
  • Broader methods work: Open-hardware pneumatic probe benchmarking across European wind tunnels, relevant to measurement quality in any high-speed aerothermal test programme.
  • On this site: Turbomachinery deterioration · Instrumentation & measurement

Story angles & deep links

Use these entry points when you need technical depth beyond the bios above, each links to a canonical page on lucasrey.com, not duplicated press copy.

Angle Plain-language hook Deep link
Engine maintenance physics How leading-edge damage changes turbine performance before overhaul Turbomachinery deterioration theme
Measurement quality Why wind-tunnel data can disagree between facilities Instrumentation theme · 5-hole probe project
Additive heat transfer Designing compact heat exchangers with metal 3D printing 2024 paper · Thermal theme
Field aerodynamics Wind mapping and hydrofoil validation for sport-tourism operations KiteGeneration · Applied aerodynamics
STEM education Engineering-informed teaching and open curriculum Teaching hub · Fluid mechanics curriculum

Full platform map: Engineering hub content types · central index

Credentials & profiles

Approved imagery

High-resolution originals available on request for editorial use. Credit: Lucas Rey / lucasrey.com unless noted.

Lucas Rey working on aerothermal test equipment at Oxford
Portrait context, experimental work, Oxford Thermofluids Institute.
Engine-scale ECAT turbine test facility at the Oxford Thermofluids Institute
ECAT turbine facility, engine-scale aerothermal testing.
Lucas Rey commissioning instrumentation at the Oxford turbine facility
Instrumentation commissioning, suitable for engineering trade coverage.
Lucas Rey hydrofoil kitesurfing in Sardinia
Venture & applied aerodynamics context, hydrofoil performance (optional lifestyle angle).

Conference organisers & speaking

For programme committees, faculty hosts, and event producers, topic areas, lead times, and logistics in one place before you write.

  • Topics: Turbomachinery aerothermal performance, experimental measurement practice, quantitative STEM education, capital-efficient engineering in SMEs
  • Formats: Keynotes, technical seminars, panel discussions, faculty workshops
  • Materials: Approved bios and imagery in the section above, request high-resolution files by email
  • Enquire: Speaking intent · lucas@lucasrey.com

Part of

This page sits within the broader knowledge structure on lucasrey.com:

  • Research - Peer-reviewed and technical publications in aerothermal and fluid engineering.
  • Teaching - Engineering-informed teaching, mentoring, and quantitative reasoning.
  • Ventures - Professional initiatives - enterprise operations, field validation, and applied aerodynamics connected to engineering research.

Related content from the same research and engineering work:

Engineering knowledge platform

More tools, curriculum, notes, and research from the same body of work:

  • Engineering - Central knowledge platform - tools, curriculum, notes, research, and applied engineering work.

Where to go from here

Every paper, practice question and guide on this site is free to read. These are the things worth doing next.

The diagnostic and the practice questions linked above are free and stay free. One-to-one places are limited and taken by application, not by the hour.