The TechEd Podcast

Higher education is shifting toward a connected model where colleges and universities function as one learner ecosystem. The goal is simple: make credentials stackable, transfer predictable, and pathways flexible enough for learners to move in and out of education as their careers evolve.In this episode of The TechEd Podcast, Matt Kirchner speaks with Dr. Katherine Frank (Chancellor, University of Wisconsin–Stout) and Dr. Sunem Beaton-Garcia (President, Chippewa Valley Technical College) about how their institutions have developed streamlined pathways for learners that support lifelong learning.They break down how institutions can design on-ramps and off-ramps, align programs across tech/community college and university systems, expand credit recognition, and keep partnerships active so transfer works in real life (no more "credits to nowhere"). The conversation also expands to what this shift means nationally as technology and workforce needs change faster.Watch this episode on YouTube!In this episode:What a connected model for colleges and universities actually requires in program design and policyHow to make transfer predictable and student-friendly without lowering academic standardsWhy stackable credentials and credit for prior learning matter more as learners move in and out of educationHow to get around the red tape that has traditionally prevented colleges and universities from creating streamlined transfer pathwaysWhat higher education leaders should do next if they want to build the new model in their own region3 Big Takeaways from this Episode:1. A connected model keeps learners moving across colleges and universities. Stackable credentials, credit for prior learning, and predictable transfer reduce the stop-and-start pattern that derails working adults and career-changers. When pathways are designed for entry, exit, and return, education becomes a long-term system learners can use throughout their careers.2. Transfer works at scale when it becomes an operating habit, not a one-time agreement. The UW–Stout and CVTC alignment shows what changes when institutions treat pathway design as ongoing work with shared ownership and recurring check-ins. That consistency is what makes transfer feel clear to students and sustainable for faculty and staff.3. This model makes it easier to keep programs aligned as technology and jobs change. Modular, competency-aligned pathways let institutions update portions of a program without rebuilding the entire structure. It is a practical way to respond faster to industry signal while protecting rigor and program quality.Resources in this Episode:Read the op-ed co-written by Drs. Frank and Beaton-Garcia: "Reframing Higher Education"➡️ Find more resources on the episode page: https://techedpodcast.com/disruption/We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

What actually happens inside those massive Amazon facilities—and how do products arrive at your door with such astonishing speed?In this episode of The TechEd Podcast, host Matt Kirchner explores these questions with Amanda Willard, Strategic Workforce Development, and Logan Schulz, Senior Manager of Reliability & Maintenance Engineering at Amazon. They take us behind the scenes of the advanced robotics, mechatronics, and automation systems that power Amazon’s fulfillment network—and the skilled technicians who keep the entire operation running.Amanda and Logan share how the Reliability & Maintenance Engineering (RME) team prepares the workforce behind this technology, including Amazon’s mechatronics and robotics apprenticeship. They reveal what today’s technicians actually do, the durable skills that matter most, and how Amazon develops talent capable of maintaining one of the world’s most complex automation ecosystems.Listen to learn:How Amazon uses robotics, AMRs, vision systems, and miles of automation to move products at remarkable speedWhat actually happens inside the RME apprenticeship, from 12 weeks of training to 2,000 hours of structured mentorshipWhy durable skills like troubleshooting, analytics, and system connectivity matter more than any specific technologyHow data, AI, and predictive maintenance are reshaping the technician’s roleWhat technical educators should teach now to prepare learners for next-generation automation careers3 Big Takeaways from this Episode:1. Maintenance roles have shifted from mechanical work to high-level cognitive problem-solving. Technicians at Amazon diagnose interconnected networks, sensors, PLC systems, and smart devices alongside mechanical equipment. This evolution requires system-level thinking, the ability to interpret data, and strong analytical abilities—skills that anchor long-term career growth.2. Apprenticeships are a business strategy that strengthens the entire talent pipeline. Amazon’s mechatronics and robotics apprenticeship builds internal talent, increases employee retention, and prepares the workforce for future technology needs. With industry certifications, structured mentorship, and extensive hands-on training, the program creates a sustainable pipeline of highly skilled technicians.3. Durable skills prepare learners for technologies that don’t exist yet. Troubleshooting methods, programming fundamentals, data analytics, and understanding how systems interconnect form the foundation technicians will rely on as automation accelerates. As AI, predictive maintenance, and IoT devices expand, adaptability and analytical reasoning will matter more than the specific robots or tools a technician first learned on.Resources in this Episode:Learn more about Amazon Reliability & Maintenance EngineeringLearn more about the Amazon RME Mechatronics & Robotics Apprenticeship programFind more resources on the episode page! https://techedpocdast.com/amazonWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

With states stepping directly into the venture capital arena, a major shift is underway in how early-stage companies are funded—and where the next generation of innovation will be built.In this episode of The TechEd Podcast, host Matt Kirchner dives into this emerging movement with Pete Martin, Director of Portfolio Management at the MSU Research Foundation, and Alison Todak, Vice President of Entrepreneurship & Innovation at the Michigan Economic Development Corporation. Together, they unpack why states like Michigan are deploying public capital into startups, how PitchMI became one of the largest pitch competitions in the country, and what this means for founders, investors, educators, and the broader innovation economy.From filling early-stage capital gaps to catalyzing private investment, Michigan is using public VC models to strengthen its entrepreneurial ecosystem—and the results are showing. Pete and Alison detail the strategy behind PitchMI, the sectors driving the next decade of growth, the role of universities in spinning out new technologies, and how public and private capital partners are increasingly collaborating rather than competing.Listen to learn:Why states are stepping into early-stage VC and where private capital is falling shortHow PitchMI became a $2M competition drawing 375 statewide applicantsThe sectors Michigan is betting on—from mobility to clean tech to AI and health innovationWhy founding teams matter more than anything else at the pre-seed stageHow public VC and private VC now work together to accelerate growth rather than compete3 Big Takeaways from this Episode:1. States are stepping into early-stage VC because private capital isn’t meeting the needs of pre-seed founders. Michigan’s earliest-stage companies often start in a funding vacuum, and state-backed dollars are designed to close that first-capital gap. The PitchMI model shows how public investment can de-risk companies enough for private VCs to participate later.  2. PitchMI is creating a statewide pipeline of founders, companies, and investors. The competition drew 375 applicants in two weeks and activated partners across smart zones, universities, investors, and the private sector. Even companies that didn’t win are already raising capital, hiring talent, and gaining visibility through the program.  3. Public and private VC are becoming collaborators in building regional innovation economies. Founders backed by public funds gain access to non-dilutive programs, state networks, and industry connections, while private firms gain earlier access to high-potential deals. This shared model is shaping how capital formation and startup ecosystems will evolve over the next decade.Resources in this Episode:Learn more about PitchMI: https://msufoundation.org/pitchmi/MSU Research FoundationMichigan Economic Development Corporation (MEDC)Find more on the episode page: https://techedpodcast.com/msuresearch/We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

With the pace of change in technology, geopolitics, infrastructure, and the economy, what should technical educators and workforce leaders be watching most closely in 2026?In this year’s annual Predictions episode, host Matt Kirchner shares the fifth edition of a listener-favorite tradition, scoring last year's predictions and looking ahead to the trends and technologies that will shape Tech Ed in 2026.What's in store for 2026? Energy, defense, materials, biomimicry, AI, smart tech, humanoids, design...and the future of technical education. Listen to the whole episode to hear about these and more!Full show notes, links & resources on the episode page: https://techedpodcast.com/predictions26We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

Watch the episode on Youtube: https://youtu.be/f5gWUVQI0jIMelissa Martin and Matt Kirchner are back to answer your questions, covering everything from university curriculum design, to AI in the classroom, to what employers actually expect when they invest in education.This one moves fast, but it’s focused: how do you build programs that truly prepare students for modern work? How do you keep education from falling behind as technology accelerates? Along the way, Matt and Melissa break down what universities need to change, how to raise the bar in the age of generative AI, why ethics can’t be an afterthought, and how to help HR teams understand the value of credentials and new pathways.Listen to learn:What university programs should teach (in one course) to better prepare grads for modern manufacturing workHow educators can help students identify when AI is wrong and why we need to level-up our homework in the age of AIThe role of ethics in modern CTEThe five components of a world-class, modern advanced manufacturing high school programHow educators can measure program effectiveness and show ROI to industrial partnersWhat HR teams need to understand about changing credentials, degrees, and how to evaluate technical candidates3 Big Takeaways from this Episode:1. have to teach applied industrial skills, not just theory. Matt argues that a four-year program can cover a lot of “cool stuff in the lab,” but it still needs authentic manufacturing equipment and technology so graduates understand what they will actually see in industry. He frames this as an employer expectation problem: even when budgets are tighter at the four-year level, universities still need to build around the same core technologies students will encounter on day one in manufacturing. 2. AI changes the standard for student work and makes ethics a core requirement. Melissa and Matt point out that AI is designed to produce an answer even when it doesn't know (causing a 'hallucination'), which means students must learn to question outputs and verify accuracy instead of treating AI as a sole source of truth. From there, the conversation moves from classroom integrity into broader ethics: what it means to do original work, and how humans should think and behave as AI becomes more capable and more embedded in decision-making. 3. Industry and HR and educators must understand each other's needs to build a successful partnership. Education and Industry both have a responsibility to do their part in a partnership. HR departments must understand the changing landscape of certifications, 3-year degrees and other credentials that students are gaining to demonstrate their technical competency. Likewise, educators must adopt industry practices of tracking metrics to show employer partners the ROI of their investments in the program.Access tons of links & resources on the episode page: https://techedpodcast.com/askusanything-122025/We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

The clearest way to understand Ronald Reagan’s leadership may not be from a podium, but from a saddle, a woodpile, and a quiet table where he worked through the ideas that shaped an era.In this on-location episode of The TechEd Podcast, host Matt Kirchner sits down with former Wisconsin Governor Scott Walker inside the Reagan Ranch Center, recorded at the same table and microphones Reagan used for his radio addresses. The conversation moves beyond “Reagan the icon” and into Reagan at Rancho del Cielo, the place Ed Meese famously pointed to as the best window into Reagan the man. You’ll hear how the ranch functioned as Reagan’s “open air cathedral,” where he worked the land, cleared brush, and rode horses to clear his mind before returning to the weight of world events.  You’ll also hear the personal stories that make Reagan feel three-dimensional again, including the extraordinary bond he formed on horseback with Secret Service agent John Barletta, and the deeply human way Nancy Reagan talked about letting the ranch go.Matt and the Governor also discuss timeless values that define Reagan's legacy. Walker frames Reagan’s optimism as more than tone, because it was paired with firm beliefs, disciplined preparation, and a sustained message about freedom as something fragile that must be defended and passed on.   Listen to learn:How Reagan’s time at Rancho del Cielo shaped the way he thought, reset, and ledWhy Reagan’s optimistic “happy warrior” tone worked because it was anchored in uncompromising convictionHow Strategic Defense Initiative (SDI) reframed the Cold War, and how we're seeing that technology in play todayThe short list of speeches that best capture Reagan’s worldview, from “A Time for Choosing” to Brandenburg Gate to Pointe du Hoc3 Big Takeaways from this Episode:1. Reagan’s optimism was anchored in conviction. Walker points to Reagan as a “happy warrior” who appealed to people’s better nature while staying strong in his positions. These timeless values are why he had such strong support, even in a divided government.2. Reagan treated freedom as a generational responsibility, not a permanent condition. Walker highlights Reagan’s repeated warning that freedom is “never more than one generation away from extinction,” and that it must be defended and passed on.  He ties that message to Reagan’s Cold War moral clarity, including the belief that if freedom is lost here, “there’s nowhere else in the world left,” and the urgency behind “tear down this wall.” 3. Reagan’s legacy is a case study in the long-term impacts of a great leader. Great American Presidents like Washington, Lincoln and Kennedy are remembered more for their character than their politics. This podcast is an exploration into the character of Ronald Reagan, another great leader who is remembered for his optimism, conviction and humility.Access resources, links and more on the episode page!We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

In this episode of The TechEd Podcast, host Matt Kirchner sits down with Irv Blumkin, Chairman of Nebraska Furniture Mart (NFM), and Ryan Blumkin, Executive Vice President, to unpack nearly 90 years of retail innovation, from Mrs. B’s pawn-shop beginnings to multi-acre campuses in Omaha, Kansas City, Dallas, and soon Austin. They explore what it’s like to partner with Warren Buffett and Berkshire Hathaway, build massive destination developments, and still obsess over every single SKU and customer interaction. From dynamic pricing and AI-enabled operations to a mind-blowing learning trip through China’s retail and technology ecosystem, Irv and Ryan share how NFM is using data, automation, and emerging tech to deepen their moat, without ever losing sight of values, culture, and long-term thinking. They also talk careers in retail tech, why young “outside-the-box” thinkers matter, and the role of lifelong learning in leading through disruption. Listen to learn:Why Warren Buffett bought Nebraska Furniture Mart on a handshake, and what Irv has learned from decades of dinners and deal-making with himWhy strong values and culture matter more than ever in this tech-driven marketplaceHow NFM uses massive-store footprints, destination partners like Scheels, and even hotel/convention centers to turn shopping into an experienceHow dynamic pricing, digital shelf tags, and nightly web crawls of 70,000+ SKUs keep NFM competitive with Amazon, Costco, Wayfair, and othersWhat Irv and Ryan saw in China's tech companies and how those lessons are shaping NFM’s future3 Big Takeaways from this Episode:1. Timeless values can scale into a $2 billion business. Mrs. B’s simple principles (sell at a great price, tell the truth, and pay your bills) still anchor NFM’s strategy, even as the company builds 1.8 million-square-foot campuses and expands into new markets like Austin. Irv connects those values directly to long-term growth, customer trust, and the family’s partnership with Berkshire Hathaway. 2. Technology is now core infrastructure, not an add-on. NFM’s nightly web crawling, digital price tags, and dynamic pricing systems automatically position them as the best value against online competitors, while complex distribution networks and emerging AI tools optimize inventory and logistics. Ryan frames this as building a “moat” with data, automation, and relentless operational excellence, not just more advertising. 3. Lifelong learning is mandatory for modern leadership. Irv has invested in executive education for decades, and both he and Ryan describe their China trip as “eye opening” in terms of speed, scrappiness, AI adoption, and asset-light business models. They’re already translating those lessons into new e-commerce strategies, warehouse automation concepts, and AI-enabled process improvements back at NFM. Resources in this Episode:Learn more about Nebraska Furniture MartOther resources mentioned:Six Days in China: The Speed, Scale and Innovation Outpacing the U.S. - Podcast episode with Todd WanekMORE LINKS & RESOURCES ON THE EPISODE PAGE: https://techedpodcast.com/nfmWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

What if you could get a behind the scenes look at China's most innovative tech companies, factories and logistics hubs—seeing how they really run and asking the questions most Americans never get to ask?This week, you do. Matt Kirchner and Todd Wanek, CEO of Ashley Furniture, sit down to debrief the trip they took together to China. In a candid, off-the-cuff conversation, they trade questions and challenge each other’s assumptions as they compare what they saw there with what’s happening in U.S. business, policy, and education.After six days of nonstop plant tours and tech company visits, they debrief what they saw: an engineering-driven society, central planning at massive scale, open-source AI innovation, and humanoid robots that are improving in real time. They contrast that with U.S. politics, policy, education, and workforce development, and lay out the uncomfortable truths and huge opportunities for American manufacturing and technical education.🎥 Watch this episode on YouTubeListen to learn:Why China can approve and build 11 nuclear reactors for the cost of 1 in the U.S. and what that says about speed, scale, and central planningHow an engineering-run government and 1.5 million engineering graduates a year are reshaping China’s economy and innovation pipelineWhy open-source AI in China is accelerating physical AI, humanoid robots, quadrupeds, drones, ASRS systems faster than many U.S. leaders realizeHow e-commerce “clusters” with 70-story towers, shared training, and centralized services are quietly dominating Amazon, Temu, and other marketplacesWhat China’s head start on rare earth minerals, mining education, and mandatory K–12 AI means for U.S. business, policy, and technical education3 Big Takeaways from this Episode:1. China is running its economy like a highly-engineered business, and that's giving them a competitive edge. Matt and Todd break down how central planning, five-year plans, and an engineer-dominated Politburo have turned China into an “engineering society” that can move at staggering speed and scale. They contrast this with U.S. gridlock, pointing to examples like nuclear power, rare earths, and infrastructure to illustrate the gap.2. Open-source AI and clustering are creating a compounding advantage in technology and e-commerce. In China, new code and algorithms are often pushed to open platforms, enabling “once one humanoid learns to walk, they all learn to walk”–style progress. E-commerce and tech clusters in places like Shenzhen centralize training, capital, and services, letting thousands of companies iterate together, scrape competitors in real time, and weaponize interest-based social media marketing.3. The U.S. must treat AI education, automation, and rare earths as “musts,” not “shoulds.” China has made AI mandatory in K–12 while the U.S. still debates chatbots and bans tools in classrooms. Matt and Todd highlight the mismatch between 36,000 lawyers and only ~300 mining/metallurgical engineers graduating each year, and argue for a national shift: rebuild manufacturing clusters, lower the cost of automation, expand applied AI education, and rapidly grow talent in critical technical disciplines.We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

With artificial intelligence stepping off the laptop and out onto job sites, factory floors, and flight decks, are we preparing students for the AI that sees, senses, and acts in the real world, not just the kind that chats back?Matt Kirchner sits down with Lieutenant General Brian Cavanaugh, USMC (Ret.), CEO of VigilanteX. After decades commanding Marines and integrating emerging tech into national defense, Cavanaugh now leads a company building applied AI platforms at the edge: solar- and Starlink-powered trailers with cameras and compute that monitor sites 24/7 and turn video into real-time safety, security and efficiency intelligence.Together, Matt and Brian unpack what “applied AI” really means across the edge-to-cloud continuum. They discuss AI agents running on the edge, natural language search over video, and systems that close the loop from sensor to decision in seconds. They also explore why simply teaching students to prompt chatbots isn’t enough, and how K-12, CTE, and higher education can catch up to a world where AI is baked into every system, every site, and every mission.Listen to learn:How VigilanteX combines solar power, Starlink, cameras, and edge compute into their tech.The difference between AI at the edge and AI in the cloud, and why latency, bandwidth, and resilience matter for safety-critical environments.How AI agents work at the edge, and why they can work faster and more efficiently than humans (freeing up humans to do more interesting work).Why Cavanaugh believes every student should understand how data moves from sensors to the edge, to the cloud, and back into real-time control.What China’s national push for AI education signals about global competition and how U.S. educators should respond with applied AI in the classroom.➡️ Watch the Full Episode on YouTube3 Big Takeaways from this Episode:1. AI at the edge is becoming a digital teammate. VigilanteX’s platforms use cameras, connectivity, and on-site compute to watch for fall risks, PPE issues, intrusions, and abnormal conditions across construction, manufacturing, logistics, and energy sites. The system flags events in real time, routes the right video to supervisors, and builds a data trail leaders can use to change procedures before accidents happen.2. Edge-to-cloud literacy is a new baseline skill for technical careers. Cavanaugh and Kirchner break down how raw sensor and video data is processed locally, filtered, and then pushed to the cloud for storage, analytics, and dashboards. Understanding where computation lives, what data moves, and how AI agents plug into that pipeline prepares students for roles in automation, OT/IT, robotics, and cyber-physical systems in any industry.3. We need to teach applied AI, not just chatbots. While large language models are powerful, the episode shows how AI is part of the edge-to-cloud continuum. Giving students hands-on experience with autonomous systems, computer vision, and industrial data flows helps them see AI as something they can design, deploy, and govern rather than a black box that only lives in a browser.Find links & more resources on the episode page! We want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

How can CTE listen to regional economic and workforce needs and build a vision so big that others can't help but support it?Watch this episode on YouTube Matt Kirchner sits down with Adam Snoddy, Principal of the Butler Tech Aviation Center, to explore how one district used its regional economic identity to design a world-class CTE program. Located between Cincinnati and Dayton—home to Wright-Patterson Air Force Base, Amazon’s CVG air hub, a web of regional airports, and one of the densest aviation job markets in North America—Butler Tech built a high school aviation program directly aligned to its region’s workforce DNA.Adam walks us through how the program launched in 2019 and quickly outgrew its original model. Today, Butler Tech is opening a 20,000 sq. ft. aviation high school and 8,500 sq. ft. hangar, backed by $15 million in district, county, JobsOhio, and city investment. Students begin with a full sophomore-year “Introduction to Aviation” exploration before choosing pathways in Flight, Maintenance, or Engineering, with engineering intentionally grounded in maintenance fundamentals to create stronger systems thinkers and safer future engineers.The real story? This aviation program is a template. Whether your region is built on advanced manufacturing, healthcare, logistics, energy, agriculture, or something entirely different, Butler Tech’s approach offers a roadmap for building CTE around local industry, future workforce demand, and transferable technical skills.Listen to Learn:How regional economic DNA shaped Butler Tech’s aviation program and why every CTE district should start hereWhat a $15 million aviation campus means for students, industry, and community partners Why Butler Tech begins 10th grade with a full exploration year before pathway selectionHow flight, maintenance, and engineering pathways work, and why engineering starts in the maintenance hangarWhat every CTE leader can take from this model, even if their region has nothing to do with aviation3 Big Takeaways from this Episode:1. CTE should be built around regional economic DNA. Southwest Ohio’s aviation ecosystem—CVG, Wright-Patt, Joby, UPS, regional airports—creates unmatched demand for aviation talent. Butler Tech aligned its entire program to that reality, proving CTE is strongest when built around local industry needs and future workforce trends.2. An exploration-first model helps students make smarter pathway decisions. Every student begins with “Intro to Aviation,” experiencing flight, maintenance, and engineering pathways. This helps students discover interests—and eliminate misaligned ones—long before making postsecondary commitments.3. Hands-on systems training creates better technicians, engineers, and pilots. Butler Tech’s engineering pathway starts with maintenance fundamentals because employers consistently stress that engineers must understand the systems they design. Students build real-world intuition early, leading to safer, more capable graduates in any technical field.Resources in this Episode:Learn more about Butler Tech's Aviation programWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn