Software Engineer · Architecture · Full-stack · Data Engineering
I design and build business applications, from front-end to back-end. My work spans the full development lifecycle, including architecture, data engineering, systems integration and deployment.
I’m a software engineer working across application architecture, full-stack development and data processing. I work with business teams to understand what they need, design a suitable solution and take it through development and deployment, with ongoing maintenance and improvements.
I’ve worked in energy, healthcare, mining, rail and research, in France and the UK. Each setting brings different constraints. I start with the need before choosing technologies, explain the reasoning behind architectural decisions and favour code that a team can maintain and extend without unnecessary complexity.
My PhD in mechanics and numerical modelling informs how I work: breaking down problems, questioning assumptions and checking results. These habits help me assess technical options against the way the software will be used and the constraints of the project.
In EDF’s DevCo team, I design and build business applications and energy data processing tools, working directly with business teams. My work covers front-end and back-end development, systems integration and deployment, as well as improving the reliability of the data used in their processes.
I helped rebuild the website of the Paris Institute for Advanced Study, which hosts researchers from around the world. I developed new features and reworked the interface to present its research programmes, activities and visiting researchers.
On the AI DReAM team, I developed web interfaces integrating AI models to analyse and monitor medical conditions, particularly glioblastoma, an aggressive form of brain cancer. The applications help clinicians and researchers use medical data to study the disease and track its progression.
I contributed to a web application for analysing activity across the sites of BHP, an international mining group. My work focused on bringing operational data from these sites together for analysis in a single application.
For SNCF’s DGII-VA-I division, I developed the back-end of a web application that analyses interactions between trains and tracks. It uses numerical simulations to help maintenance teams identify at-risk sections of the network and plan interventions.
At the Low Noise Underground Laboratory (LSBB), I designed and built a numerical simulation application to study mechanical wave propagation through underground galleries. It analyses how the tunnel and surrounding ground respond to both harmonic and transient conditions.
Located in Rustrel, Vaucluse, France, this interdisciplinary laboratory occupies a former military base. Its galleries run through a heterogeneous karst formation, where variations in the geology affect wave propagation and stress distribution around the tunnels.
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