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Research & technical background

The thermal-fluid research behind the engineering work

Engineering capability grounded in fluid mechanics, heat transfer, CFD, numerical modelling and microgravity experimentation, with industrial and applied R&D experience.

Research → Model → Validate → Iterate
Research → Model → Validate → IterateQuestion and Model connect to Evidence, which connects to Validate and Iterate with a decision point highlighting a selected route. A conceptual research cycle; each iteration answers a useful question.QuestionModelEvidenceValidateIterateCONNECTED THINKINGResearch → Model → Validate → IterateQuestion and Model connect to Evidence, which connects to Validate and Iterate with a decision point highlighting a selected route. A conceptual research cycle; each iteration answers a useful question.QuestionModelEvidenceValidateIterate
A conceptual research cycle; each iteration answers a useful question.

Doctoral research

PhD research at Aix-Marseille University focused on coupled fluid flow and heat transfer in sessile-drop evaporation under microgravity. The work included a 3D numerical model implemented in COMSOL and quantitative comparison with experimental campaigns.

Microgravity experimentation

Research activities included interpretation and modelling connected with sounding-rocket experiments funded by ESA and parabolic-flight experiments supported by ESA and CNES, together with experimental preparation, technical recommendations and progress reporting.

ESA and CNES are referenced in the research context. They are not presented as ALTWHIZ commercial clients.

Numerical modelling & CFD

Core technical themes include fluid mechanics, heat transfer, thermodynamics, numerical modelling, CFD and multiphysics analysis. The emphasis is on using models to understand mechanisms, validate hypotheses and guide design decisions.

Industrial engineering

Earlier industrial experience includes Design & Engineering work in the petrochemical sector, engineering modification projects, technical drawings and recommendations, and line-stress analysis around pumps, air-fin coolers and heat exchangers.

Academic foundation

Degrees and research training

PhD

Engineering Sciences · Mechanics & Fluid Physics

Aix-Marseille University

MSc

Fluid Mechanics & Energetics

Grenoble INP

B.Tech

Mechanical Engineering

Applied R&D

Microfluidic device-design R&D experience

Read the microgravity research case The broader founder trajectory

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