Raphaël Jolivet

Development of statistical tools for the study of the variability of life cycle analyses (INCER-ACV project).

Development of an algebraic LCA calculation library, enabling rapid Monte Carlo simulations and the application of global sensitivity analyses (Sobol).

Development of a web application for simplified assessment of the environmental impacts of the PV sector.

Deployment and configuration of an online programming web platform (Jupyter). Animation of practical workshops and demonstrations.

Developement of libinsitu : An open source library for formatting heterogenous dataset of ins-situ measurements of solar irradiance.

Development and integration of digital tools for a sales team of photovoltaic installations.

Development of a solar panel detection model by analysis of aerial images. Creation of a database of residential solar panels in France.

Development of a web service for calculating co-visibility intended to comply with town planning regulations. Processing of a national database of topological data (DSM)

technologies:Python, Postgis, open-cv, machine learning

Development of a participatory democracy platform, in cooperation withSCIC-TETRIS, based on Decidim.

technologies: Ruby, Docker

Development of a generic and colaborative database for logistical needs of the « assises de la transition », a national conference held in Nice.

technologies: NodeJS, Typescript, ReactJS, MongoDB

Development of a marketing strategy product for airlines, for the sale of on-board services with automatic market segmentation and A/B testing.

Technical achievements: Reworked the data structure with support for nested dataframes. Implementation of a REST API for synchronous and asynchronous calculation of aggregated metrics.

technologies: Spark, Impala, Python(Django), C++, Scala

Development of a business web application for real-time allocation & optimization of airport resources.

main achievements :

1. Integration of a rules engine (Drools).
2. Design development of and architecture of tests, deploying the application in memory, during continuous integration, with simulation (mockup) of all dependencies (DB,JMS, REST Services, …).
3. Integration of adjacency rules into heuristic and linear allocation algorithms (MIP)

technologies: Drools, JMS, Hibernate, Jenkins (CI), Apache CXF, MIP (OrTools)

Research engineer in the “ENR: Renewable Energies” group of the “Energies and Processes” research center at Mines-ParisTech.

Development of a prediction platform for wind power. Implementation and integration of prediction modules based on physics and statistics.

Installation of real-time demonstration cases within the framework of European research projects (Anemos+, Safewind) and specific developments for private contracts with high availability constraints (for AEMO: Australian lectricity grid manager). Working in collaboration with European partners (research centers, electricity network managers). Involvement in all phases of development: Customer & partner interaction, design, development, integration, installation, evaluation.

Business analysis and development on airline reservation software.

Redesign of the tax calculation module, with development of a specific business rules engine and a technical cache. Advanced optimization.