System Integration and Testing

System Integration and Testing · Firmware Development with the VS Code-based TESA Digital Twin course

Objectives

Combine Modules 1–5 into a repeatably demonstrable system: stimulus → firmware → Studio → dashboard/MQTT, with an E2E test table of at least three cases, and a README that can be rerun.

Lessons

#	Lesson	Content
1	End-to-end testing on the Digital Twin	The Capstone’s minimum pass criteria, analysing logs layer by layer, a task from a real domain, and the Smart Environmental Monitor case study
2	Capstone lab: an E2E mini-project on the Digital Twin	Locking the architecture, assembling a working demo, running three E2E test cases, practising log tracing, and packaging a handover

Approximate time per the original: about 2 hours (lessons) + a ~2 hour lab + extra time for the README and evidence.

Accompanying sheets and templates (in the resources/ folder of lesson 1):

• course-package.md
• e2e-case-brief.md

Checkpoint

Before moving to the next module, check that you can do the following:

• A repeatable demo covering the full path: stimulus → firmware → Studio → consumer
• An E2E test table with ≥ 3 cases and real results
• A README covering bring-up → demo → teardown
• No secrets in the handed-over files

← Module 5 · Course page