Gregory Richert

Identification of levers to improve user experience on a bank account aggregation journey through user feedback (analytics, session replay, and GetFeedback). Migration of legacy frontend to clean architecture by securing with tests via Strangler Fig Pattern. Addition of an in-memory environment. Development of a new UI & UX with reusable components, inter-tab communication, real-time communication with backend via SignalR (websocket). Participation in the overall project architecture and definition of partner interface contracts. Results: +20% conversion, better codebase scalability, rarer bug occurrences.

Creation of a new backend service specific to event management (domain events and commands) to separate the execution of API calls from event execution. Result: a more decoupled codebase, mass event executions no longer cause latency on the API side.

Creation of a backend-frontend monorepo from scratch via Nx applying clean principles with tests to validate a POC.

Creation of a test bench to measure the response time at 90% of a gas analyzer. Analysis of different possible solutions and selection via decision matrix. Work on creating a hermetic enclosure, selection of the actuator, development of a program to deploy the actuator and retrieve real-time gas concentration measurement. Results: measuring the response time at 90% ensures compliance with standards and informs the client about the system's reactivity.

Creation of a test bench to test the inputs/outputs (4-20mA and relays) and the proper functioning of the PROFIBUS communication of a gas analyzer. Design and creation of electronic circuits, development in C# of drivers to communicate with an internal automation tool. Results: addition of supplementary tests limiting bug occurrences and reduction of time spent on existing tests from 3 days to 1-2 hours.

Development of a high-temperature furnace driver to automate tests and interact with furnaces remotely instead of being on-site. Reading the furnace's technical documentation and the ModBus protocol to communicate via Ethernet with the furnace. Creation of scripts to perform basic furnace operations (linear temperature ramp-up and ramp-down). Results: saving 1 man-day/week.

Optimization of a VBA script to synthesize results from a text file to Excel. Result: from 40 seconds of waiting to 300ms.