Most electricians never get the chance to master the art of control wiring or design the systems that power industrial giants. Chase Larson broke into the industry early on, combining hands-on apprenticeship with over three decades of expertise — and now he’s a control engineer shaping the future of automation.In this episode, Chase shares how he transitioned from a field electrician to a top-tier control systems designer, revealing the secret sauce behind managing complex PLC programming and making sense of convoluted wiring diagrams. You'll discover why breaking problems into small chunks simplifies troubleshooting, how meticulous planning saves thousands on big projects, and why the skills you develop in the trades are more valuable than you think — including how math, design, and even AI are reshaping the industry.We break down:

• The key differences between industrial control wiring and residential or commercial projects, and why control wiring is its own beast
• How PLC programming works, the best languages to learn, and why ladder logic is a game-changer
• Why top-tier system design and CAD tools give electricians a serious edge in efficiency and future-proofing their careers
• The impact of energy codes, smart buildings, and the shift away from natural gas on electrical work
• Chase’s honest take on AI’s role in the trades and the critical importance of developing adaptable, tech-savvy skills

This isn’t just for electricians — it’s essential insight for anyone looking to future-proof their career in a transforming industry. Whether you’re just starting, a seasoned pro, or exploring control systems, you’ll walk away with a clearer view of how to leverage your skills in a high-demand, rapidly evolving space.Perfect for tradespeople hungry for a competitive edge, contractors striving for precision, or curious minds eager to understand the future of automation — this episode puts you inside the mind of a master who’s seen it all.Guest Chase Larson is a control engineer with a rich background in industrial automation, PLC programming, and electrical design for large-scale food and commercial projects. His expertise bridges the gap between hands-on trades and high-level system architecture.