ASME TechCast

In this episode of ASME TechCast, we're joined by Bradley Hope, Steven Gerdeman, and Rahul Rajadhyaksha to explore how AI is reshaping design for manufacturing and where it meets its limits. Learn why rule-based systems remain essential, what the "cold start problem" reveals about AI's limitations, and how a hybrid approach will likely define the next generation of workflows.This podcast is sponsored by HCL Software DFMPro, a CAD-integrated design for manufacturing software that helps designers deliver high quality designs at lower cost. To learn more about the software or contact the team with your questions, visit dfmpro.com.

Cobots are designed to work alongside people, assisting with repetitive or physically demanding tasks. As manufacturers face labor shortages, these robotic systems are becoming an important tool for supporting workers and keeping them at the center of production.In this TechCast episode, we speak with Christine Bush of Schneider Electric about how cobots are being deployed in modern manufacturing environments and the role they play in building resilient, sustainable industrial operations. To learn more about Schneider Electric, visit www.se.com.

ASME TechCast kicks off a new series, “Meet Your Educator,” spotlighting engineering professionals at ASME Learning & Development who are providing specialized training to help engineering professionals advance their skills and grow their careers.In this episode, Chris O'Rourke, manager of the Educator Community, chats with welding instructor Logan Kucerak, owner and founder of Kucerak Engineering.With more than two decades in the welding industry, Kucerak has led welded fabrication and installation projects across six continents. His professional background spans the oil and gas, power generation, and desalination industries. He now applies his expertise to pressurized and non-pressurized ground support equipment in the aerospace industry.After listening, if you would like to take a course with Kucerak, check out the classes he currently teaches on ASME.org. He has also launched a YouTube channel, where he will be posting content in the near future.

In this episode, we check in with Wyatt Roberts, Head of New Construction at Dandelion Energy, about what geothermal HVAC looks like in practice. Building on our previous conversation with Dandelion founder Kathy Hannun, the discussion shifts to the MEP perspective. Learn how mechanical engineers can bring geothermal into their toolbox and adapt to its growing role in modern, high-performance buildings. For more information about Dandelion Energy and their residential geothermal solutions, visit www.dandelionenergy.com.

3D Print Application Engineer Emily Levin is one of 13,000 members of Women in 3D Printing and works to make the technology ready, not just for prototyping, but for production.

Mechanical Engineering’s editorial team gathers for an annual look back at 2025’s top stories, ranging from rededicating the last U.S. coal-fired passenger locomotive in the U.S., to NASA’s Artemis mission, to unique tools engineered to be used in extreme conditions.

Jonné Messer, Ford's Global Additive Manufacturing Lead, shares her nearly 30-year journey in 3D printing. She recounts the DIY origins of additive manufacturing at Ford and its evolution. Jonné discusses the importance of attracting young talent through outreach programs and highlights the minimal representation of women in the industry. She emphasizes the need for persistent mentorship and confidence for women entering manufacturing while addressing challenges like standardization and scaling in additive manufacturing.

Do you ever think much about paint and coatings? Or the fact that pretty much everything in the built environment has some sort of protection on it? Paint and coatings are a $200 billion global industry, according to the American Coatings Association. Engineers are constantly developing new and innovative protections to ensure structures can withstand the elements and even improve a building’s energy savings or carbon footprint.    Paul Lavallee joins ASME TechCast to share some insights into the coatings industry. Lavallee is global market manager of Kynar Coatings at Arkema, where he has spent 27 years in a variety of engineering, manufacturing, research, supply chain, and business roles. He holds a bachelor's degree in Chemical Engineering from Rensselaer Polytechnic Institute and a Business Administration Executive Certificate from University of Notre Dame. 

If you see a concrete structure of any kind, be it a building, road, or maybe piece of art, in all likelihood it’s supported by rebar. While there are a few varieties of steel rebar, from the standard steel to epoxy coated, they all suffer from corrosion issues.  Two doctoral graduates from MIT launched a startup called Allium Engineering a few years ago that’s taking aim at that issue by manufacturing steel that's able to resist corrosion through an innovative stainless steel cladding process. The company says this technology can more than triple the lifetime of key infrastructure such as bridges, which would allow for significant cuts to steel and concrete production, two of the largest carbon dioxide emitting industries. To share more about Allium, how the company got started and the technology behind it, Allium’s co-founder and CTO Sam McAlpine stopped by for a chat with ASME TechCast.

Multiple setbacks haven’t stopped engineering student Michelle Delk from embracing opportunity and pursuing a graduate degree.