The TechEd Podcast

With technical colleges serving as the front line for breaking generational poverty, one question rises to the surface: how do we design education that truly creates economic mobility?In this episode of The TechEd Podcast, host Matt Kirchner digs into that question with Dr. Anthony Cruz, President of Milwaukee Area Technical College — the largest nonprofit technical college in the country and one of the most diverse institutions in the Midwest.Dr. Cruz brings a compelling mix of lived experience and visionary leadership: a first-generation college graduate whose parents worked in factories, now leading a college that serves 31,000 students a year and sits at the epicenter of Milwaukee’s economic and social challenges. From meeting students where they are to engineering economic mobility, Dr. Cruz lays out the blueprint for how technical colleges can change the trajectory of entire families.From breaking cycles of generational poverty to preparing students for an AI-driven workforce, this conversation explores what’s required from technical colleges today, and why their role has never been more vital.Listen to learn:How technical colleges serve as engines of economic mobilityWhy student support must go far beyond academicsHow to nurture grit in students who have never seen success modeled around themWhat AI disruption means for technical college programsWhy urban technical colleges face unique challenges — and unique opportunitiesBig Takeaways1. Technical colleges are uniquely positioned to break generational poverty.MATC sees itself as an “engine of economic mobility,” serving students who often arrive without the financial resources or social capital others take for granted.Layered support — scholarships, retention coaches, food pantries, advising — helps remove barriers so students can persist and earn family-sustaining wages.2. Student success requires developing grit, not just academic skill.Cruz emphasizes that grit is innate but must be nurtured. Many students have never seen examples of success around them, so MATC focuses on helping them build resilience semester after semester until they launch into the workforce.3. The future of technical education demands agility — especially with AI.AI is reshaping jobs faster than curriculum cycles. MATC is equipping faculty to use AI tools now, while building flexible programs that can adapt quickly to emerging technologies rather than waiting years for revisions.ResourcesMilwaukee Area Technical CollegeMATC Promise ProgramChecota Scholars ProgramWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

Higher education can’t keep teaching “just in case” knowledge. In an era where technology evolves faster than curriculum, universities must align directly with industry needs — and that’s exactly what Paul Lavoie is doing at the University of New Haven.In this episode of The TechEd Podcast, host Matt Kirchner sits down with Paul, the university’s Vice President of Innovation and Applied Technology and former Chief Manufacturing Officer for the State of Connecticut. Together, they explore what it means to build higher education that works like industry: agile, applied, and focused on real development rather than theory.From the creation of the new Center for Innovation and Applied Technology to rethinking how students, employers, and universities collaborate, Lavoie shares a bold vision for transforming education into an engine for workforce growth and innovation that doesn't require reinventing the wheel.In this episode:Why “just-in-case” education no longer delivers ROI for students or employersWhat happens when universities start acting like R&D partners instead of ivory towersWhy educators need to stop reinventing solutions when proven models already existWhy every institution of education should be clear on its unique value propHow the University of New Haven is creating students who are “better than ready” for the future of work3 Big Takeaways from this Episode:1. Higher education must shift from “just-in-case” to demand-driven, industry-led learning. Paul Lavoie argues that curriculum taught “just in case” students might need it no longer delivers value. Instead, universities must align programs with real industry demand and measurable workforce outcomes.2. Education must stop reinventing the wheel and instead, leverage proven models to solve common problems. Too often, educators spend time rebuilding solutions that already exist instead of adopting proven models. By learning from industry and collaborating across institutions and states, schools can accelerate innovation and maximize impact.3. The new Center for Innovation and Applied Technology is a unique focus on the development side of R&D, using students to solve business problems. This hands-on R&D hub is designed to give students real-world experience in advanced manufacturing, robotics, AI, cybersecurity and other emerging tech. But instead of researching these technologies, students will be applying them to solve real challenges faced by industry partners.Resources in this Episode:Learn more about the University of New Haven's Center for Innovation and Applied TechnologyNational Center for Next Gen ManufacturingFind more on the episode page! https://techedpodcast.com/lavoie/We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

Watch this episode on YouTube! https://youtu.be/UbNr7vF4CC8?si=VqX2owW86GNq7OdsWhat does it really take to get started with artificial intelligence in a small or mid-sized company right here in the U.S.?In Part 2 of this two-part series, Matt Kirchner continues breaking down A Manufacturer’s Guide to AI Tech — exploring the final 7 technologies reshaping how organizations operate, automate, and make decisions.From autonomous mobile robots and smart drones to AI-powered industrial robots, next-gen metrology, and smart materials, Matt explains how these tools are already being used across industries. He also connects these innovations to larger questions about the workforce, education, and the future of human capability in an AI-driven economy.Listen to learn:How autonomous mobile robots and drones are transforming logistics and manufacturingWhat next-gen metrology and 3D scanning mean for quality, speed, and precisionWhy AI-powered robotics is redefining human-robot collaborationHow AI is accelerating material discovery and sustainabilityWhat these technologies reveal about the future of the workforce and human ingenuityIncluding…the final 7 technologies from A Manufacturer’s Guide to AI Tech.FULL SHOW NOTES (plus links & resources): https://techedpodcast.com/appliedaiWant to see all the videos and data? Watch the episode on YouTube: https://youtu.be/UbNr7vF4CC8?si=VqX2owW86GNq7OdsWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

What does it really take to get started with artificial intelligence in a small or mid-sized company right here in the U.S.?We're breaking it down in this two-part series.In part 1, Matt Kirchner shares lessons from his recent trip overseas and what he learned visiting 26 advanced tech companies in six days. From open-source innovation and mandatory AI education to the work ethic driving global competition, Matt explains why the time to act on AI is now, and how American business leaders can take practical steps to stay ahead.He connects global insights to the realities of U.S. manufacturing and education, explores what it means to see before others see in the age of AI, and outlines the first practical technologies every organization should understand, from AI agents and MCP servers to embedded smart technology and digital twins.In this episode:What China’s open-source approach to AI is teaching the world about speed and innovationWhy small and mid-sized U.S. businesses can’t afford to wait on AI adoptionThe two traits every leader needs to thrive in the AI era and how to apply them todayHow manufacturers are already using AI for predictive maintenance, analytics, and smart equipmentThe real-world technologies, like MCP servers, AI agents, and digital twins, that can start transforming your operations nowIncluding...the first 5 technologies from A Manufacturer’s Guide To AI Tech.FULL SHOW NOTES (plus links & resources): https://techedpodcast.com/appliedaiWant to see all the videos and data? Watch this episode on YouTube.We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

Rural America is on the brink of an economic transformation. With more than $1 trillion in advanced manufacturing investments (and nearly two-thirds of that flowing into rural regions) this moment represents a once-in-a-generation opportunity to revitalize local economies, strengthen school-industry partnerships, and empower students with career pathways in advanced manufacturing.Matt Kirchner sits down with Duwain Pinder, Partner at McKinsey & Company and a leader of the McKinsey Institute for Economic Mobility to explore the institute’s new report: Manufacturing in rural America: A plan for K–12–industry partnershipsThis conversation examines the gap between the career-connected learning students want access to, and the opportunities afforded them in rural districts. Matt and Duwain discuss how manufacturers and school districts can work together to close this gap and prepare the next generation for the influx of jobs coming to rural America.Listen to learn:Why 63% of $1 trillion in new U.S. manufacturing investment happening within 15 miles of rural communities means for K-12 educationHow we solve the problem of 8 in 10 students wanting access to career-connected learning, but only 3 in 10 having itThe $34 billion annual wage impact advanced manufacturing could create for rural Americans, and what must happen to realize itWhy employers should think about school districts like they do about their suppliersWhat success could look like in 2035 if schools and industry build long-term, evidence-based partnerships that sustain economic mobility3 Big Takeaways from this Episode:1. Rural America is the new frontier for advanced manufacturing. McKinsey’s analysis found that 63 % of $1 trillion in announced U.S. manufacturing investments are being built within 15 miles of rural communities. Pinder explains that these projects will define America’s manufacturing future and bring high-quality jobs to places that have long been left behind.2. The skills gap solution isn’t either-or...students need basic academic and technical skills. McKinsey’s research shows that foundational reading and math scores are eroding across the U.S., especially in rural communities, even as demand grows for advanced manufacturing talent. Duwain and Matt agree that employers shouldn’t accept this trade-off. Students must graduate ready to read, calculate, and communicate and understand robotics, PLCs, and other manufacturing tech, which requires schools and employers to work together on both fronts.3. Using existing successful models (not always reinventing the wheel) will help rural K-12 accelerate and scale career-connected learning. Nearly 8 in 10 rural students want apprenticeships and hands-on learning, yet only 3 in 10 can access them, a gap that represents a massive opportunity. Evidence-based models like youth apprenticeships, dual-enrollment, and early-college high schools already exist. If districts embrace these, plus partner with employers and workforce associations, they can create career-connected learning more quickly.Visit the show notes page for more resources!We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

When the founder of the world’s largest furniture manufacturer partners with one of the nation’s most innovative technical colleges, you get one of the most unique learning centers in the world. This week, host Matt Kirchner is joined by the visionaries behind the landmark Wanek Center of Innovation at Western Technical College: Ron Wanek, Founder of Ashley Furniture Industries, Dr. Josh Gamer, Associate Vice President of Workforce Partnerships and Innovation, and Dr. Roger Stanford, President of Western Technical College.The conversation is a masterclass in industry partnerships, future-forward educational technology, and building a true pipeline from K-12 education to technical colleges to a four-year degree.This episode is a must-listen for any educator, employer, or policymaker committed to a skills-based, adaptable future workforce.Listen to learn:Why the 50-year partnership between Ashley Furniture and WTC was the core ingredient for this innovation.How a manufacturing leader defines the handful of ways to build true wealth in the United States today.The Digital Twin technology that allows students to digitally perfect process changes before implementing them on physical robotic assets.Western’s new strategy to use a full-time position to bridge the operational gap between K-12 schools and local manufacturers.How the college is developing an enterprise AI strategy to use data from the center for operational efficiency and curriculum change.3 Big Takeaways from this Episode:1. U.S. education must refocus on technical skills to compete globally. Ron Wanek warns that the U.S. is falling behind countries like Germany and China because it has deprioritized technical education in favor of liberal arts. His partnership with Western is designed to reverse that trend through STEM and workforce training.2. The Wanek Center is a national model for Industry 4.0 integration in education. The facility includes 39 networked robots, a live IoT data infrastructure, and the first educational Digital Twin of its kind. The Digital Twin allows students to simulate manufacturing process changes in a virtual environment before applying them to the physical robotic cells. Students and employers alike now use the space to prototype real-world innovations.3. Western has built a full pipeline from middle school to a 4-year Automation Leadership degree. Through dual credit programs, high school students in the district now earn thousands of Western Technical College credits annually. A full-time K-12 liaison connects schools and employers, supporting everything from field trips to FIRST Robotics. Dr. Roger Stanford also signed 13 new transfer agreements with UW-Stout—including a direct 61-credit transfer into the new Automation Leadership bachelor’s degree, which stacks seamlessly from credentials like SACA into advanced career pathways.Resources in this Episode:Learn more about the Wanek Center of Innovation: westerntc.edu/WanekCenterWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

When we think of STEM, we often picture engineers, chemists, or programmers. But what about someone who patents a piece of clothing, challenges the textile industry, and builds a company around purpose-driven innovation?In a very unique episode of The TechEd Podcast, host Matt Kirchner sits down with Michael Drescher, Founder of Vibrant Body Company. Drescher’s career has spanned cable TV, logistics, and media before leading him to unexpected innovations in fabric science and apparel. His story shows how engineering, chemistry, and entrepreneurship intersect in surprising ways — and why educators should encourage students to look beyond conventional STEM paths.From patents to cross-disciplinary collaboration, from science to social impact, Drescher offers a compelling case for why the next generation of innovators must combine technical skill with a sense of mission.Listen to learn:Why engineering careers often appear in unexpected industriesHow chemistry and materials science drive innovation in everyday productsWhat a utility patent in fashion reveals about unconventional STEM applicationsWhy budding entrepreneurs should leverage subject-matter experts from a range of fields to solve complex challengesWhy purpose-driven entrepreneurship matters for the next generation of innovators3 Big Takeaways from this Episode:1. Innovation often begins with a personal “why.” Drescher’s journey started after losing loved ones to breast cancer, whereafter he dove into the science of women's garments and became the "unexpected messenger" of the fashion industry's pitfalls. From polyurethane cups to restricting the lymphatic system to "if it's on you, it's in you," Drescher shares the unexpected science of textiles.2. There's a need for STEM professionals in industries most people overlook. Vibrant Body's approach to undergarment design and manufacturing is a lesson in applied STEM - from the biomedical science of the "electrical body" to the chemistry of textiles to the engineering of clothing design. It's a lesson for educators to broaden their students' understanding of potential career fields in STEM disciplines.3. Collaboration across disciplines drives real breakthroughs. The Vibrant team combined expertise from molecular biology, technical bra design, German manufacturing, and Italian fabric engineering to create a product that earned a rare utility patent. Drescher emphasized that innovation is “breadcrumbing” - each expert leads to the next - a lesson educators can pass on to students tackling complex problems.Resources in this Episode:Vibrant Body: vibrantbodycompany.comOther:Michael's Tedx Talk on YouTube: "Theories on Breast Cancer"Breast Cancer Prevention PartnersBooks:Dressed to Kill: The Link Between Breast Cancer and BrasThe Gene: An Intimate HistoryWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

You asked...we answered!In this first-ever “Ask Us Anything” episode, producer Melissa Martin flips the script and poses your biggest questions to host Matt Kirchner. The result is a candid, wide-ranging conversation that covers career decisions, workforce challenges, and the future of artificial intelligence.From elementary classrooms to C-suite hiring struggles to the role of AI in disrupting education, this episode explores the most pressing questions in STEM and technical education today. Matt and Melissa share real-world stories, practical advice, and unfiltered takes that every educator, employer, and student will find valuable.Listen to learn:Why career interests start forming as early as elementary school, and what kind of exposure matters mostHow young people can sort through post-secondary options without feeling trapped by a single choiceThe interview strategies that stand out to CEOs after thousands of candidate meetingsWhat manufacturers are getting right (and wrong) in the race to attract new talentHow AI is reshaping education, and why human relationships matter more than ever in the age of disruption3 Big Takeaways from this Episode:1. Early exposure changes student trajectories. Students begin shaping career perceptions as early as elementary school; use age-appropriate experiences to put advanced manufacturing and STEM on the radar. Matt traces his own path back to a fifth-grade plant tour - watching a vibratory deburring bowl - showing how simple, vivid experiences stick for years. 2. Talent pipelines are a long game. Employers that show up consistently, serve on advisory boards, visit classes often, bring students on site, even offer “pizza Tuesdays”, win attention and hires. Culture and first impressions matter on tours: clean, organized facilities and engaged employees signal a place students want to join, now and later. 3. AI elevates personalization and demands new pedagogy. Shift essay-style tasks toward live, in-class dialogue and reflection to reduce easy generative-AI shortcuts and increase real learning. Use data-informed, asynchronous pathways so learners who need time can take it, and those ready to advance aren’t held back.Submit your own question for a future edition of Ask Us Anything on our website! https://techedpodcast.com/askusanything/We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

Haven’t been to a technical college in the last 3 years? The transformation is striking, and it’s only a glimpse of the reinvention higher education faces in the next decade.In this episode of The TechEd Podcast, host Matt Kirchner talks with Layla Merrifield, President of the Wisconsin Technical College System, about why the future of higher education depends on bold innovation. Merrifield doesn’t mince words: credit loss should be a thing of the past, neurodivergent inclusion is an imperative, and U.S. colleges can no longer “rest on our laurels” as global competition accelerates.From the arrival of Workforce Pell, to personalized student success plans, to stackable credentials, Merrifield argues that technical and community colleges must evolve—or risk irrelevance. Her perspective offers educators and employers alike a roadmap for building systems that are more inclusive, more responsive, and more essential than ever.Listen to learn:The implications of expanding Pell Grants to short-term, high-demand programs (8–15 weeks) and how this reshapes access to workforce training.How Wisconsin’s technical college system compares to others in terms of state oversight, innovation, and responsiveness—and what models elsewhere might teach WTCS and vice versa.How “credit loss should be a thing of the past”—why stackable credentials and seamless transfer paths are non-negotiable.Why Layla argues for a universal design for learning that accommodates neurodivergent learners (and why it's the best mode for all students).Why Merrifield believes technical colleges must “evolve or be left behind” in a world of AI, disruption, and global competition.3 Big Takeaways from this Episode:1. Higher education must pivot quickly to stay relevant. Layla pointed to campuses closing outdated programs while adding new ones, the arrival of Workforce Pell expanding aid to short-term credentials, and the dramatic transformation of technical college facilities—“if you haven’t been on a campus in three years, you’d be shocked at how different it looks.” Together, these shifts show that technical colleges are reinventing themselves faster than most people realize .2. Credit loss should be a thing of the past. Merrifield highlighted UW–Stout’s automation leadership degree, where students can use industry certifications to transfer 88 of 120 credits toward a bachelor’s. She also emphasized dual credit programs, transferring entire programs, and credit for work experience as essential tools to eliminate wasted time and money.3. Universal design for learning makes inclusion the default. Layla explained that universal design for learning ensures learning is accessible to all from the start rather than relying on retrofitted accommodations. With 20–25% of learners falling into neurodivergent categories, she argued that education must be designed with multiple pathways for receiving and demonstrating knowledge—whether that’s reading, video, hands-on practice, or other modes. In her words, “Why not design our learning so that it is accessible to everyone right from the start?Resources in this Episode:Learn more about the Wisconsin Technical College System: www.wtcsystem.eduWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

What happens when K-12, higher education, manufacturing, and a startup tech company sit around the same table to talk about AI? This episode brings that rare collaboration to life.Recorded live at TitletownTech—the venture studio founded by Microsoft and the Green Bay Packers—this panel features four leaders from distinctly different sectors, all navigating how AI is changing their world. From fault anomaly detection in industrial equipment to generative AI in K-12 classrooms, this episode is a crash course in what applied AI really looks like on the ground.Panelists include:Mike Beighley, Superintendent, Whitehall School DistrictDr. Kate Burns, Provost & Vice Chancellor of Academic Affairs, University of Wisconsin–Green BayRick Roeske, Senior Director of Service and Solutions, BW ConvertingAlex Tyink, Founder & CEO, Fork FarmsModerated by Matt Kirchner, Host of The TechEd PodcastThrough stories of innovation, disruption, and surprising lessons, these leaders share how they’re preparing students, supporting workers, and strengthening their communities with artificial intelligence.Listen to learn:How a rural K-12 school is using AI to power personalized learning and student-led schedulingWhat happens when higher ed rethinks writing and assessment in the age of ChatGPTHow manufacturers are using AI to capture tribal knowledge and improve customer relationshipsWhat it’s like to co-develop AI solutions inside the Microsoft AI Co-Innovation LabWhy human connection and relevance still matter more than ever in the AI-powered classroom3 Big Takeaways from this Episode:1. AI is expanding what’s possible in education by unlocking more personalized, student-centered learning. In both K-12 and higher ed, AI is giving educators the tools to meet students where they are—academically, emotionally, and logistically. From adaptive math instruction to AI-driven student support systems, the future of learning is more flexible, scalable, and responsive.2. Manufacturing is using AI not just to fix machines, but to build better relationships. Rick Roeske shares how BW Converting uses AI to detect fault anomalies, preserve expert knowledge, and improve customer support—often solving problems before clients even notice. It’s not just about performance; it’s about trust.3. For startups, AI partnerships can unlock capabilities far beyond their headcount. Alex Tyink explains how Fork Farms built a proprietary AI farm management system with help from the Microsoft AI Co-Innovation Lab—accessing high-level expertise and infrastructure that most early-stage companies could never afford to build in-house.More on the episode page! We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn