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Episode #42 Printed Circuit podcast blog with Charlene McCauley and Terrie Duffy

Communication, trust, process: The three pillars every co-design team must get right

“If you started back in the light table taping days and you decided that when the first CAD tools came…

Schoolchildren using digital tablets while studying a wind turbine model

Bottom line, people can’t ditch oil. Is going green doomed?

Experts say Industry can not fully abandon Petroleum. So, is the concept of industry “going green” even possible?

Siemens 3D IC podcast with Archana Cheruliyil

Beyond the data pipe: Why connectivity IP is now the system-critical layer in every 3D IC

What does it actually mean for connectivity IP to stop being a supporting function — and become the layer that…

Episode 41 Printed Circuit podcast with Paul Fleming

The library is the foundation: Why design reuse is energy conservation

My electric car is a Tesla, and it drives itself. All of a sudden, it’s trying to turn onto a…

AI is powering smarter, safer human-aware humanoids

The future of humanoid robots depends on combining AI-driven continuous learning and powerful semiconductor architectures.

A conceptual image of a car being built on a robotic assembly line, with the left half holographic.

How to fully leverage digitalization in automotive today

For software-defined vehicles in the streets to AI in manufacturing, the automotive industry is set to undergo significant transformation in…

Trust is good, control is better: Designing hardware faster without betting it all on AI Printed Circuit podcast blog image Episode with Antonio Becerra Esteban

Trust is good, control is better: Designing hardware faster without betting it all on AI

When working with AI… the user, the engineer in our case has to be the one making the decisions. AI…

An oil field at sun set.

Energy sectors’ digitalization is a must in an AI world

For decades the energy industry has been plagued by volatility due to the ever-fluctuating price of oil. The result, the…

Inside humanoid robotics: software and semiconductors

The success of humanoid robots depends on treating them as software-defined systems that are designed to learn, adapt and improve continuously.