Purpose and Context

• This internship aims to develop an automated framework to streamline the non-regression testing process for FPGA validation of STM32 MCUs.
• The solution must enable automatic updates, builds, and functional test executions triggered by relevant project changes, ensuring continuous validation of software and FPGA netlist releases.

Work to be Done / Main Tasks

• Analyze and design an automated non-regression testing workflow on the FPGA platform, covering environment setup, test execution and reporting.
• Implement CI/CD jobs to trigger builds and tests based on project updates and automate the entire flow from source changes to test results.
• Automate setup of the FPGA platform environment, execution of functional tests and generation of HTML summary reports of results.

Technical Requirements & Tools

• Expected technologies and languages: C, Python, Bash, JSON; embedded toolchain experience (IAR) is a plus.
• DevOps/CI knowledge: Git, CI/CD pipelines, Jenkins (implement and configure jobs to run builds/tests), scripting for automation.

Expected Deliverables & Outcomes

• A reproducible automated non-regression framework that triggers builds/tests upon changes and reports results with clear HTML summaries.
• CI/CD job definitions (e.g., Jenkins pipelines), automation scripts for environment setup and test orchestration, and documentation describing usage and integration.

Keywords / Relevant Areas

• C, Python, Git, Bash, IAR, JSON, CI/CD, Jenkins
• FPGA validation for STM32 MCUs, non-regression testing, automation