Objective: Monitor and analyze the performance of alternative techniques infrastructure in urban planning.
Description: Maintenance and optimization of an application dedicated to tracking and statistically processing infrastructure data. The project includes rapid onboarding, iso-functional replication, the addition of functional enhancements, anomaly correction, and production assistance. Developed over 48 months, the application utilizes modern technologies such as HTML, CSS3, AngularJS, PHP5, Laravel5, and MariaDB5, hosted across the department’s production and backup sites.
Objective: Modernize a reporting production tool to improve the management and utilization of observation data.
Description: Redesign of a business application, transitioning from a VB.Net desktop client to a Python API and a simplified web interface. The project includes the creation of a centralized database to replace CSV files, enabling intermediate storage of observation data. A final solution was proposed to facilitate product utilization, incorporating an iso-functional migration and addressing the evolving needs of end users. Completed over a 48-month period, the project utilizes modern technologies such as Python (Pandas, XlWings), PostgreSQL, HTML, CSS, and Gitlab CI/CD, and is hosted across two production and backup sites.
Objective: Enhance worker safety and optimize the scheduling of interventions on sanitation networks.
Description: Redesign of an application to secure and program interventions on sanitation networks. The project involves rapid onboarding, replication of existing functionalities, corrections, and a complete overhaul of the platform. Developed over 48 months, the tool leverages modern technologies such as NextJs14, PHP8.3, Symfony7, PostgreSQL16, and TypeScript NodeJs20, with a robust architecture hosted on primary and backup production sites. Periodic technical meetings and rigorous monitoring ensure compliance with requirements and deliverable reliability.