[We are hiring !]Marble is the next generation decision engine for fraud and compliance, helping financial services build and run complex fraud and AML scenario easily and beautifully. And it's all open-source.If you are building a new fintech and are new to the space of fraud and AML, let's have a chat. If you've been in the game for a while and are disappointed with the market solutions, let's have a chat (even if you're not ready to switch just yet !).And if you just like open-source software and data crunching tools in general, reach out too !Oh, and if you think transfer fraud really is an intractable problem, we may have something for you :-)

Managing 2 product teams in charge of banking features and and customer experience/internal tooling, as well as the data team (data engineering and data analysts).

Built a team of data engineers & analysts as company grew from 8 to 120+ employees- Fight fraud & detect abnormal customer behaviour, and other back-end tasks- Scale, monitor and insure stability of our banking back-end (in a GCP environment)- Clean and enrich data for analytics & forecasting- Build data reporting to product, market and finance stakeholders- Implement billing system and work with the CFO for accounting & compliance reportingActing Data Protection Officer and banking & compliance expert- Document and control tech and marketing practices to ensure they are in line with privacy regulations- Tech lead for the implementation of compliance aspect of Shine’s banking features

- Data & back-end engineer- GCP environment (BigQuery, Dataflow, Spanner, App Engine...)- Build and scale a cloud-based micro-services architecture for our banking back-end

Predicted highly complex material properties using numerical simulations- Managed several research projects over three years, with international collaborations and in a multicultural team- Defended my work in international peer-reviewed journals and conferences- Designed simple models to represent complex problems and solved these modelswith analytic and stochastic methods- Taught quantum physics, statistical physics & material science at BSc and MSc level

Experimental internship on magnetism.Fabricated samples and performed measurements of the spin-hall and inverse spin-hall effect using ferromagnetic resonance.

Performed finite-elements numerical calculations to optimize a Raman sensor using plasmonic excitations of gold nanospheres