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Libby's Lab scopes out Clean Technology

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Libby’s Lab scopes out Clean Technology

Libby: Demo and I were clearing space for a new prototype, when Mouser Electronics called about Clean Technology for their Empowering Innovation Together series.

Libby: Absolutely! We’ll explain how engineers can drive the future of Clean Tech!

Demo: What is clean tech?

Libby: Come inside Demo and I’ll show you.

Libby: Clean Tech covers a huge range. Here’s a quick sample of key components engineers use:

  1. Sensors & IoT – Methane detection, water quality monitors, plus data analytics to track leaks or emissions.

  2. Motor/Drive Systems – For low-carbon shipping, efficient HVAC, and robotics in recycling.

  3. AI & Software – Machine learning optimizes grids, sorts waste, and reduces shipping delays.

  4. Advanced Materials – New battery chemistries, bio-based plastics, or cutting-edge maritime fuels.

Demo: I see hardware, software — everything working together to protect the environment!

Libby: Exactly, Demo. Clean Tech is multi-disciplinary.

Demo: Where do engineers fit in?

Libby: There are lots of opportunities for engineers to really make a difference here

  1. Design & Integration – Building systems that connect sensors, power sources, and networks.

  2. R&D Roles – From new motor drivers to advanced AI algorithms, there’s demand for hardware and software pros.

  3. Data & Systems Engineering – We need to figure out how to manage massive streams of sensor data for predictive maintenance, carbon tracking, etc.

  4. Material & Chemical Specialties – and we need experts in things like wide-bandgap semiconductors or low-impact coatings for marine environments.

Demo: What skills should I learn?

Libby: Brush up on AI, embedded systems, and advanced power electronics. This space loves engineers who understand both hardware and data.

Demo: What are the biggest hurdles?

Libby: Great question, Demo.

  1. Cost & Scale – New tech can be expensive to prototype or deploy widely, and companies often need proof of ROI before making the switch .

  2. Regulatory Hurdles – Rules vary by region, slowing some projects.

  3. Harsh Environments – in locations like the Ocean, or industrial sites—components need durability.

Libby: And there you have it: Clean Tech means sensors, motors, AI, and beyond. It creates new engineering roles, demands versatile skills, and comes with real-world challenges— and also big opportunities to transform our planet.

Libby: Until next time, keep your circuits charged and your ideas sparking!