About
Oxford DPhil aerothermal engineer (Rolls-Royce sponsored), research, open engineering resources, teaching, and ventures on one cross-linked platform. Start with evidence below before hiring, collaboration, or media outreach.
Not sure where to start? 4 places to go
Start with your question
Why visitors arrive: You want background before collaborating, citing, hiring, or asking about teaching.
Your question: Who is Lucas Rey, and what is his affiliation?
You may also be asking
- Is he affiliated with Oxford and Rolls-Royce research?
- Where can I see publications and projects?
- How do I engage professionally?
Where to go next
- Publications: Research record
- Engineering platform: Tools, curriculum, and notes
- Collaborate: Industry and research engagement paths
- Teaching: STEM and admissions support
- Current position: DPhil candidate, Oxford Thermofluids Institute (Sponsored by Rolls-Royce)
- Academic background: Oxford (DPhil), Cambridge (MRes), Cagliari (MSc/BSc, 110/110 cum laude)
- Core competencies: High-speed aerothermal testing, high-fidelity CFD, operational leadership
Research & professional profiles
Oxford profile, ORCID, LinkedIn, press kit and collaboration paths
Verified identifiers for citation, collaboration, and media fact-checking.
- University of Oxford, official profile
- ORCID iD 0000-0002-1547-8096
- Press & media kit: bios, facts, and approved imagery for journalists
- Collaborate: industry, research, and venture engagement paths
Engineering knowledge platform
The knowledge graph, and all twelve sections of the platform
Every piece of research, teaching material, and applied code on this platform operates as a single interconnected knowledge graph. The Engineering hub is the root index, designed so that calculators, publications, and experimental datasets reinforce one another.
- Publications: peer-reviewed aerothermal research
- Projects: experimental campaigns and applied case studies
- Ventures: applied aerodynamics and enterprise operations
- Engineering calculators: thermophysical utilities with documented correlations
- Fluid mechanics curriculum: structured university-level modules
- Technical notes: derivations and instrumentation workflows
- Articles: long-form reference writing (pilot)
- Turbomachinery deterioration: flagship research theme
- Instrumentation & measurement: methods theme
- Aerothermal engineering methods: experiment and CFD validation cluster
- Thermal & additive design: heat-exchanger research theme
- Applied aerodynamics: field validation and outdoor fluids
Start here by audience
Each path leads to published evidence on this site before contact, scoped engagements only, not anonymous quote forms.
Students & parents
Founders & partners
Recruiters & hiring managers
What to send with a role enquiry, and where the evidence already is
For R&D, aerothermal engineering, and experimental roles, start with evidence on this site, then email with role title, technical remit, and sponsorship or clearance constraints.
- Projects: experimental campaigns, CFD, and applied case studies
- Publications: peer-reviewed work and manuscripts in preparation
- Technical expertise: computation, experiment, and software matrix
- LinkedIn · lucas@lucasrey.com
Professional services
Seven scoped engagements, and which route each one uses
Beyond research and open publishing, I take scoped engagements where engineering judgement and experimental depth matter. Teaching uses the contact form; research, consulting, workshops, speaking, and ventures use direct email with the guidance on the contact page or Collaborate: there is no anonymous quote form or marketplace listing.
- Teaching & mentoring: university STEM support and admissions guidance · teaching form
- Corporate workshops & training: aerothermal, instrumentation, and CFD validation programmes · workshop enquiry
- Technical review sessions: scoped CFD, instrumentation, or experimental design review · review enquiry
- Engineering advisory: technical review, scoped consulting, and R&D collaboration · consulting enquiry
- R&D & hiring: aerothermal and experimental engineering roles · recruiter path · projects
- Speaking & keynotes: seminars on aerothermal topics, measurement practice, or quantitative methods · speaking enquiry
- Research collaboration: peer-reviewed aerothermal work · collaborate · publications · research enquiry
Engineering & research
The Rolls-Royce sponsored research, the testing lifecycle, and four focus areas
Research focuses on the intersection of aerodynamics, heat transfer, and energy systems. Recent work at the Oxford Thermofluids Institute, in collaboration with Rolls-Royce, integrates high-fidelity simulation, experimental validation, and data-driven modelling to quantify high-pressure turbine component deterioration.
Technical execution spans the entire testing lifecycle: from 1D system models and 3D CFD/FEA predictions to bespoke hardware design, neural-network surrogates, and rigorous transient rig commissioning.
- Aerodynamics (high-speed compressible flows)
- Thermal management & cooling infrastructure
- Aerothermal hardware & system design
- Data-driven models & machine learning
Turbomachinery deterioration · Instrumentation & measurement · Publications · Projects
Technical expertise
Eighteen capabilities across computation, experiment and software
Capabilities matrix: core competencies across computation, experiment and software.
Computational
- CFD (RANS) & CHT
- Thermal & structural FEA
- Design for additive manufacturing (DfAM)
- Mesoscale wind modelling (WRF-ARW)
- Progressive composite damage modelling
- Low-order network & cycle analysis
Experimental
- Transient high-speed wind tunnels
- Infrared thermography (HTC mapping)
- Multi-hole pneumatic probing, see the instrumentation theme and probe uncertainty note
- Optical metrology (Structured-light 3D)
- High-frequency DAQ & signal conditioning
- Destructive materials testing (Instron)
Software & code
- Python (PyTorch, SciPy, Pandas)
- C++ (Finite volume OOP solvers)
- ANSYS (CFX, Mechanical, SpaceClaim)
- OpenFOAM & TURBOSTREAM
- MATLAB (Monte Carlo uncertainty)
- SolidWorks & Siemens NX
Professional trajectory
Oxford, Cambridge and Cagliari, the parallel venture track, and what the mix is for
Training runs Oxford DPhil (ECAT engine-scale HPT, Rolls-Royce sponsored) → Cambridge MRes at the Whittle Laboratory (transonic compressor redesign, first-principles FV solver) → Cagliari 110/110 cum laude (DMLS thermal hardware, composite damage modelling). Parallel track: KiteGeneration from 2011, Punta Trettu operations, EU grant-funded infrastructure, and WRF site-selection work.
That mix, ECAT rig commissioning, a peer-reviewed AM heat-transfer paper, and grant-funded venture infrastructure, is why I close loops between experiment, simulation, and operations rather than optimising models in isolation.
Education
Oxford DPhil, Cambridge MRes, Cagliari MSc and BSc, with the focus of each
University of Oxford
2021 - Present
DPhil in Engineering Science
Focus: Experimental aerodynamics and heat transfer. Multi-year campaign validating RANS solvers against engine-scale ECAT facility data for Rolls-Royce.
University of Cambridge
2020 - 2021
MRes in Future Propulsion & Power
Whittle Laboratory
Focus: Redesign of transonic compressor stator utilizing 3D CFD and ML surrogates. Developed finite volume solver from first principles.
University of Cagliari
2013 - 2020
MSc & BSc in Mechanical Engineering
110/110 cum laude
Thesis focused on DMLS cooled housings and composite structural damage modelling (Tsai-Hill criteria).
Venture leadership
Hydrofoil kitesurfing at competition level, and three venture credentials
Beyond enterprise management, I am an active competitor in hydrofoil kitesurfing (2012 IKA World Championships). Operating at racing speeds on foil sections provides a physical grounding for Lift/Drag characterisation and cavitation limits modelled in the lab.
- Co-Founder, KiteGeneration & Punta Trettu Kite Center
- VDWS International & FIV Sailing Instructor
- BLSD & Lifeguard certified
Teaching & admissions
What is taught, and the institutional experience behind it
University STEM support and admissions preparation for Oxford, Cambridge, and competitive quantitative programmes, tied to the engineering work published on this site.
- Oxbridge admissions (interviews & statements)
- British Physics Olympiad (BPhO) marker
- University thermofluids & heat transfer
United Kingdom & EU
Italian
Italian, English, Spanish
A hard R&D problem is the kind of conversation I enjoy most, and most of my work has started as one.
Part of
This page sits within the broader knowledge structure on lucasrey.com:
- Engineering - Central knowledge platform - tools, curriculum, notes, and research assets.
- Research - Peer-reviewed and technical publications in aerothermal and fluid engineering.
- Teaching - Engineering-informed teaching, mentoring, and quantitative reasoning.
Connected work
Related content from the same research and engineering work:
- Engineering platform
- Publications
- Projects
- Teaching
- About & professional services - Referenced from contact
- About Lucas Rey - Referenced from for-consultants
- About Lucas Rey - Referenced from for-schools
Related hub
- Collaborate - Industry advisory, aerothermal R&D collaboration, and venture partnerships.
Where to go from here
Everything on this site is free to read. These are the things worth doing next.
- Find out where you actually stand - Fifteen questions, twenty minutes, scored instantly, with a worked solution for every one you miss
- Work a practice set at full paper depth - Ten sets of five questions, two in every module, each one worked in full
- See what can actually be checked about this tutor - What is published, counted from the pages themselves, and the credentials behind it
- Enquire about one-to-one preparation - For candidates who want the gap closed rather than mapped. Places are limited and taken by application
Everything linked above is free and stays free. One-to-one places are limited and taken by application, not by the hour.