Purpose

• Develop a new test platform and characterization board for STM32 using the Teradyne J750 tester.
• Improve digital IP measurement accuracy by designing dedicated hardware and software, and validating results through experimental correlation with existing database data.

Work to be done / Main Tasks

• Acquire technical knowledge of the Teradyne J750 HW/SW ecosystem through documentation study and setup of the test environment.
• Design and develop a PCB characterization board for STM32 devices and integrate it with the Teradyne J750 bench.
• Architect and implement software for the new testing methodology to automate measurements and data collection.
• Perform measurements on STM32 devices, correlate measured data with the database, and validate and document results for reliable characterization.

Required skills & tools

• Embedded C programming and experience with STM32 MCUs.
• Debugging and instrumentation skills (oscilloscope, instrumentation tools) and experience with PCB design tools such as Altium and signal integrity tools such as HyperLynx.
• Experience or knowledge of MS Visual Basic and Python for test software and data correlation; optional experience with LabVIEW and AI tools is a plus.

Deliverables & Outcomes

• A functioning PCB characterization board for STM32 validated on the Teradyne J750 platform.
• Test software implementing the new testing methodology and scripts/tools for automated measurements and data correlation.
• Measurement report comparing experimental results with database references, including validation and recommendations for IP characterization accuracy.

Context & Additional information

• PFE Book STTunis 2026 — project based on Teradyne J750 test environment and STM32 platforms.
• Keywords provided by the host: Embedded C, STM32 MCUs, Oscilloscope/instrumentation, Altium, Hyperlynx, MS Visual Basic, Python; optional: LabVIEW and AI tools.