Polymers are materials remarkably versatile, and at the nanoscale they are even more impressive. Listen to this deep dive to learn more about polymer nanostructures.

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Have you ever wondered how we can create materials one atom thick? Today we’ll take a deep dive into the 2 approaches we have: top-down and bottom-up.

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Take a deep dive with us into the reason behind why some times nanoparticles are formed, and other times we only get random agglomerates. Keep hearing to learn more about nanoparticles synthesis.

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At the nanoscale, gold melts at a lower temperature, materials change colour, and quantum effects take over from classical physics. This episode introduces nanomaterials: what counts as 'nano', why properties change so dramatically at small scales, and the surface-area-to-volume ratio that explains it all.

Topics: nanomaterials introduction | quantum effects | surface-area-to-volume ratio | nanoscale properties | size-dependent properties | nanotechnology.

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Daniel McCaulley, CEO and founder of Ultimus Engineering, will tell us all about his journey from sports nerd to a mechanical engineer. Together we talk about the importance of soft-skills (even if you don’t plan on owning a business) and what engineering really teaches us. Spoiler alert: it’s not how to solve the Bernoulli equations.

Join us to hear about:

• What engineering is actually about
• The soft-skill that you’re probably missing
• How to find a mentor (and why you need one)
• Arnold Schwarzenegger
• How to build a building
• Why design-build is a better approach to construction then your usual group project
• Not liking your first job (and why that is okay)

Check out the books we mentioned:

The 5 levels of leadership by John C. Maxwell

Escape from Nexus Labs by Carolina Sofia Carreira

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Daniel McCaulley is the founder of Ultimus Engineering and a mechanical engineer with over a decade of experience in the oil, gas, and construction industries, who also holds an MBA. As lead designer on construction projects exceeding $80M, he advocates investing more engineering effort upfront to reduce long-term costs and complications. His approach integrates rigorous technical execution with a relationship-driven mindset, treating every project as mission-critical to the client.

Follow Ultimus Engineering through their website and LinkedIn page.

Today we’ll take a deep dive into magnetic flux and current generated from magnetic fields. We’ll define quantities such as magnetic induction, magnetic force (Laplace-Lorentz), self-induction and magnetic energy. The relationship between magnetic field (H) and magnetic induction (B) is explained through magnetic permeability and magnetic susceptibility, distinguishing paramagnetic and diamagnetic materials.

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If you want a list of the episodes divided by course, check out this ⁠⁠link⁠⁠.

What does 'innovation engineering' actually mean in practice?

This episode covers the frameworks and tools engineers use to systematically drive innovation, from TRIZ and design thinking to open innovation and technology roadmapping.

Topics: innovation engineering | TRIZ | design thinking | technology roadmapping | open innovation | R&D strategy | engineering innovation.

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Risk is inherant to life, but what does that mean for organizations? Let’s deep dive into today’s episode to find out.

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Deep dive with us today to learn more about process management and quality.

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Quality control can’t be done only by looking at the machines working obviously, but how exactly is it done then?

Today we’ll take a deep dive into the seven essecial tools under every quality manager’s belt.

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Disclaimer: This audio is AI generated from personal notes