FUTURE OF WORK
Manufacturing, AI, and Youth Careers
Video interview excerpt with Asha Varghese at SXSW EDU. Full article below.
At SXSW EDU in Austin, conversations about artificial intelligence, education, and the future of work were widespread. Across panels and activations, a central question emerges: how to prepare the next generation for industries undergoing rapid transformation.
AUSTIN | By Aja Haywood
In that context, I spoke with Asha Varghese, president of the Caterpillar Foundation, about how the organization is approaching this challenge through workforce development and an interactive program known as the Breakout Box, developed in collaboration with Learning Undefeated.
The conversation centers on how these priorities translate into practice, particularly in the context of workforce development. Through initiatives that combine early exposure, skills training, and real world applications, the Foundation is working to connect education with the evolving demands of the manufacturing sector, positioning young people to engage with industries that are rapidly being reshaped by technology.
Interview with Asha Varghese
“What is the mission of the Caterpillar Foundation?”
The Caterpillar Foundation is the philanthropic arm of Caterpillar Inc. Its focus is on building community resilience through two main areas: expanding STEM education to improve workforce readiness for current and future generations and building sustainable infrastructure to support communities through access to water and disaster preparedness.
The Foundation positions workforce development alongside infrastructure as part of a broader effort to strengthen long term community resilience.
“What inspired the Breakout Box manufacturing experience for students?”
In the United States, there is a significant manufacturing workforce gap. About 3.8 million jobs will need to be filled, and roughly half could go unfilled without intervention. The Breakout Box was designed to spark curiosity and introduce students to manufacturing earlier in their education. Developed with Learning Undefeated, it allows students to collaborate and solve manufacturing challenges while building STEM and teamwork skills.
The initiative responds directly to a structural labor shortage by engaging students early and reframing how manufacturing is introduced.
“What do people misunderstand about modern manufacturing?”
There is still a perception that manufacturing is dull, dark, and dirty. In reality, it is highly advanced and technology driven. Many roles now require STEM knowledge and an understanding of complex systems and emerging technologies.
The gap between perception and reality remains one of the main barriers to entry.
“How does AI fit into the future of manufacturing?”
Manufacturing is in a period of transition. With artificial intelligence and automation, the industry is moving through what is often described as Industry 4.0 and toward Industry 5.0, where humans and technology work more closely together. AI will reshape roles while also creating new opportunities, making skills development critical.
AI is not only transforming processes but redefining the nature of work itself.
“What skills should young people focus on?”
STEM knowledge is essential, but so are power skills such as critical thinking, curiosity, teamwork, and safety awareness. Even roles like welding now involve advanced technology that requires both technical understanding and strong problem solving abilities.
The shift toward hybrid skill sets reflects a broader evolution of the workforce.
“What excites you most about the future of manufacturing?”
The opportunity to build pathways that allow people to develop skills for a technology driven future. Creating systems where people and technology coexist and thrive together is a meaningful outcome.
The emphasis is on integration rather than replacement.
“What advice would you give young people interested in this field?”
Stay curious and challenge assumptions. Manufacturing today is not what many people expect. With access to short courses and micro credentials, there are multiple ways to build skills and open new career paths.
In this context, curiosity becomes a key differentiator.
My Experience with the Breakout Box
After the conversation, I participated in the Breakout Box experience. The activity simulates a manufacturing scenario where participants must collaborate, think critically, and solve problems under time constraints.
Rather than a traditional educational format, it feels immersive and grounded in real world dynamics. It offers a clear view into how technology, teamwork, and creativity intersect in modern manufacturing.
Experiences like this help shift perception and clarify why organizations such as the Caterpillar Foundation are supporting early exposure to manufacturing and access to STEM education.
