Wired to Build
The work looked right. The question is whether it was. In Part 2, Dr. Ahmed El-Rasheed gets into the mechanics of how electrical systems actually fail — and why more than half the time, the cause traces back to something that happened during construction. Not a bad design. Not a faulty component. The build itself. We go inside the insulation resistance test: what it measures, what it catches, and what slips through when nobody's running one. We talk through what the silver tsunami actually means for crews in the field — what gets lost when the experienced hands walk out, and how that gap shows up months or years after handoff. Ahmed shares the story of two solar sites, same company, same equipment, one crew running clean for five years and one getting called back every month — the only difference being the experience of the people who built it. From there we look forward: data centers wired end to end with sensors, telemetry outpacing human review, and AI increasingly doing what no person can do fast enough. Ahmed is optimistic. So am I. But the throughline doesn't change — none of it works if the work wasn't proven right at the start. This is Part 2 of 2. Start with Part 1 if you haven't. https://open.spotify.com/episode/2U5nI8TNxRscnRwYYjS1KB?si=792e12a43b094e13 Guest: Dr. Ahmed El-Rasheed [https://www.linkedin.com/in/a-rasheed247/] — Industry Director at Megger [https://www.megger.com/], ~18 years in electrical test & measurement. PhD in electrical engineering (testing, sensors, multi-sensor integration with AI). Sits on standards committees for NETA, IEEE, IEC, and BSI. Resources mentioned * NETA [https://www.netaworld.org/home]— InterNational Electrical Testing Association * IEEE [https://www.ieee.org/] * IEC [https://iec.ch/homepage] * BSI [https://www.bsigroup.com/] * AVO Training Institute [https://www.avotraining.com/] (Dallas)
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