PoC as a Learning Approach in Embedded
summary
A PoC-driven training program teaches embedded engineering using Yocto, virtualization, Linux on ARM, STM32 starter kits and NVIDIA boards, plus CAN-to-MQTT cloud pipelines. It reports ~50 engineers trained over ~20 events with reusable materials and hardware, and demonstrates a smart‑city PoC that detects ambulances, notifies cars and integrates with green‑wave traffic control; starter kits were offered at about 2000 and ~80 hryvnias.
AI-written summary · about
chapters (17)
- 0:00Introduction
- 3:13Learning problems
- 6:10Embedded prototyping
- 8:20Auto electronics abstraction
- 11:12Edge computing standards
- 14:23Open source learning
- 15:49Starter Kit
- 17:18Smart city prototype
- 21:20Learning motivation
- 26:46Learning discipline
- 29:15Mental barriers
- 31:50Mentor-learner synergy
- 33:17Learning time
- 34:43Business role
- 37:13University collaboration
- 40:25Community support
- 42:56Q&A
related talks
18mThe untold guide for making PoCs
27mYocto Tricks and Hacks
46mSoftware Development Tools for IoT
43mSponsored Session: Why Don't You Love Me Back, Open-source Software?
42mPanel: RISC-V in Education and Training: Successes and Gaps
43mAccelerated Porting of Linux, U-Boot and Yocto for Production Ready Emb...
55mOvercoming C++ Embedded Development Tooling Challenges
19mOniro Project: How to Push IoT Development to the Next Level