Developing innovative agri-photovoltaic projects for agriculture. Our AgriPV solution protects crops against climate hazards and improve micro-climatic conditions, while producing large-scale, cost-effective electricity.

hiLyte develops and commercialize affordable, clean, energy systems for off-grid applications in Africa. The company is based in Switzerland (hiLyte Sàrl) and Tanzania (hiLyte Tanzania limited)- Developing the company strategy and leading the tech & product development- Designing solar kiosks with PV, battery storage, power electronics and smart activation.- Developing smart lamps integrating high-capacity battery, BMS, and embedded software.- R&D in battery technology (Iron RFB, Li-ion and LFP batteries)- Developing energy management & monitoring system for off-grid PV systemAwards : Forbes 30Under30 Industry&Manufacturing, MassChallenge Silver Winner, label Solar Impulse, InnoSuisse "Best Business Concept".

Modeling of lithium battery degradations. Aging models used to simulate and predict batteries lifetime depending on operating conditions. Work done as part of my Swiss Civilian Service.

Developing state-of-the-art ultra-short pulse laser microdrilling machine for high-throughput, high-accuracy applications.- R&D projects in laser drilling process and laser-matter interactions- Feasibility study for international customers- Machine commissioning & after sales support in Asia

R&D in 3D micromanufacturing using femtosecond laser technologies. Tailoring material properties and manufacturing functional devices integrating micro-mechanical systems, microfluidics and photonics. In charge of several industrial R&D projects integrating lasers, optics, micromechanics, electronics and robotics. Teaching assistant for "Product Design" and "Physics of Manufacturing"

Development of innovative, non-toxic, low cost, iron batteries tailored for off-grid applications in Developing Countries. Grade obtained : 6/6Proof-of-Concept development, optimizing performance metrics and battery durability, testing and selecting battery materials to achieve the best trade-off performance/cost, iron flow battery stack development, assessments of DC/DC boost converters, advising a team of engineering student on the development of 3D printed prototypes.

Working in a R&D team for the development of solar PV modules monitoring systems. Tasks : Embedded software dev, calibration process improvements, development of DC/DC converters, building a low-cost solar simulators.

"3D Printed Solar-Hydrogen generator" - Development of 3D printed PEM electrolyser to be powered by photovoltaic cells. Design, fabrication, electrochemical characterization and system optimisation.

Development of low cost bioreactor for the study of water treatment. Microcontroller C programming on Arduino system, PCB routing with Eagle, debugs of prototypes.

short-term project on capacitive contactless energy transfer

Group leader - Responsible for group leadership and weapons training