At 8 pm Eastern Time on July 9, 2026, the world will see the past, present, and future of the metalcasting industry when the Steel Founders’ Society of America’s Cast In Steel Season 1 premieres on YouTube. Teams of university students will compete to design, cast, manufacture, and test steel replicas of George Washington’s sword.

There are countless competition shows, but in this case the hook is the product that each team sets out to deliver - the sword.

In past SFSA-sponsored student competitions students have designed and cast Viking axes, Bowie knives, and Halligan bars, and a range of other novelties that bring out the craftsmen in 21st century students.

The real story unfolding in Cast In Steel on YouTube will be the teams’ efforts and processes. The students find themselves taking on the same problems and making the same decisions that occur daily in foundries and other manufacturing operations: material selection, pattern and mold design decisions, casting quality, machining and finishing, workplace safety, product testing, iteration, and communication under pressure.

This makes the show more than a competition series. It is a workforce-development story with a visible, shareable format.

For metalcasting, all this matters. No industry has a better grasp of its foundational practices and traditions. None works harder to ground itself in the communities where it thrives - cities and small towns, and universities too.

And this industry finds ways to make foundry work intelligible to students, parents, educators, and career influencers who may never have seen molten metal poured or understood how much personal effort and applied engineering is consolidated into a finished casting. Cast In Steel give that audience a compelling point of entry: the sword is a familiar object, it represents a dynamic challenge, and the teams of students solving real manufacturing problems will draw viewers into the excitement of the challenge.

Season 1 centers on historically inspired sword replicas, but the lessons are contemporary. The teams must think about design intent, manufacturability, alloy behavior, casting defects, finishing, performance, and failure. The competition format turns their decisions into moments that will show how small process choices can affect the final product.

The July 9 premiere of the series showing the recent competition will be a chance for schools, foundries, manufacturers, and workforce partners to highlight the people in their pipeline. Each team represents a local network of students, advisors, shops, labs, sponsors, and industry supporters. Their experiences will encourage more young people to see why metalcasting is creative, technical, and worth exploring.