The TechEd Podcast

State Senator Julian Bradley joins Matt Kirchner for a wide-ranging conversation on how policymakers should be thinking about AI, energy, and education. Bradley explains why his committee chose not to recommend regulation of AI, how this move differs from other states, and how artificial intelligence could help solve workforce shortages in critical sectors like healthcare, public safety, and manufacturing.The conversation also explores the future of nuclear energy as a clean, scalable power source—especially as data centers and advanced industries drive up demand. Bradley shares his push for small modular reactors and the bipartisan momentum behind nuclear innovation. Finally, the two dive into K-12 education, taking on literacy rates, school choice, and why high schools need a complete overhaul to actually prepare students for life after graduation. Whether you’re an educator, policymaker, or industry leader, this episode offers practical insights into the policy decisions shaping our future workforce.In this episode:Why one state senator believes not regulating AI may be the smartest moveHow artificial intelligence could help solve labor shortages from childcare to healthcareWhat policymakers are missing about nuclear energy—and why that’s about to changeWhy our current education system is setting students up to fail, and what to do insteadHow a wrestling ring, a mother’s wisdom, and a literacy-first mindset shaped a political career3 Big Takeaways from this Episode:Regulating artificial intelligence requires caution, context, and a long-term view: Senator Bradley led a legislative study committee on the regulation of AI and ultimately chose not to recommend new regulation, citing the risk of stifling innovation and creating barriers for businesses. Drawing on testimony from sectors like healthcare, public safety, and education, the committee focused instead on building a knowledge base for future legislative action—prioritizing flexibility over rushed policymaking.Meeting future energy demand will require bold thinking and bipartisan cooperation: With AI, data centers, and industry driving massive increases in power needs, Bradley is pushing Wisconsin to embrace nuclear energy as a scalable, clean solution. He outlines current efforts to support small modular reactors, prepare regulatory frameworks, and position the state as a leader in 21st-century energy policy.Education reform must focus on real-world readiness, from literacy to life skills: Bradley calls for a complete overhaul of high school—moving away from rigid grade levels toward personalized, career-connected learning. He also stresses that without strong literacy skills, students can’t access opportunity, and that solving academic gaps early is essential to preparing engaged citizens and a capable workforce.Resources in this Episode:Learn more about Senator Julian BradleyLearn about the work of the 2024 Legislative Council Study Committee on the Regulation of Artificial IntelligenceWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

Is the traditional university model failing today’s students—and the industries that depend on them?Dr. Robert McMahan, President of Kettering University, shares a bold, workforce-driven vision for higher education.From co-op rotations that give students 2.5 years of paid, professional experience before graduation, to integrating trends like artificial intelligence and sustainability across all disciplines, McMahan outlines what it takes to future-proof students for a rapidly evolving economy—and why most institutions will fall behind if they don’t evolve now.In this episode:Why Kettering students graduate with 2.5 years of paid, full-time professional experience—and often earn $75,000+ before they even walk the stageHow a 12-week rotation model between classroom and career builds both technical mastery and real-world adaptabilityWhat five interdisciplinary trends are shaping the future of Kettering’s curriculumWhy McMahan says the real customer of higher education isn’t the student or their family—and how that changes how we deliver learning3 Big Takeaways from this Episode:1. Kettering University’s 50/50 model gives students 2.5 years of paid, professional work experienceThrough alternating 12-week rotations between classroom and career, students graduate with a résumé that rivals experienced professionals—and often $75,000+ in earnings.2. The university continuously evolves its curriculum around five workplace-driven trendsEvery discipline includes elements of advanced mobility, sustainable energy, intelligent manufacturing, AI, and new engineering vehicles—keeping students aligned with real-world needs.3. McMahan redefines who the true customer of higher education isIt’s not just the student—it’s the employer who hires them. By working with over 450 industry partners, Kettering ensures its grads are future-ready and in high demand.Resources in this Episode:Learn more about Kettering University's model: https://www.kettering.edu/co-op-experienceSee what companies have partnered with Kettering.Read Genesis: Artificial Intelligence, Hope and the Human Spirit by Henry Kissinger, Eric Schmidt and Craig MundieWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

What happens when a legendary NFL team partners with a tech giant to fuel regional innovation?In this episode of The TechEd Podcast, host Matt Kirchner sits down with Jill Enos, Managing Partner at TitletownTech — the one-of-a-kind venture firm backed by the Green Bay Packers and Microsoft. Jill unpacks how TitletownTech is redefining early-stage investing by embedding startups directly into industry, education, and community. From AI labs and autonomous robotics to sustainable agtech and nuclear fusion, Jill reveals how the Midwest is quietly leading a new era of tech-driven economic development.Listen to learn:How TitletownTech blends NFL roots with global tech leadership to drive innovationWhy Microsoft chose Wisconsin for its new $3.3B data center and AI Co-Innovation LabWhat makes the Midwest the perfect launchpad for startups solving real-world problemsHow venture-backed founders are tackling challenges in energy, logistics, and healthcareWhy exposure to problems — not solutions — is the secret to educating tomorrow’s innovators3 Big Takeaways from this Episode:Public-private partnerships can fuel real innovationTitletownTech was founded through a unique partnership between the Green Bay Packers and Microsoft, later joined by 25+ corporate investors like Schneider, Kohler, and AT&T. This model provides startups with not only capital but direct access to strategic partners, industry leaders, and market feedback that accelerates growth.The Midwest is a powerful engine for emerging technologiesTitletownTech has invested in over 30 companies, including Realta Fusion (nuclear energy), Fork Farms (agtech), GenLogs (freight intelligence), and Cobionics (healthcare robotics). Microsoft’s $3.3 billion data center in Mount Pleasant and the launch of the AI Co-Innovation Lab in partnership with UW-Milwaukee are cementing Wisconsin’s place as a tech and AI hub.Solving the right problem matters more than having the right answerJill Enos emphasizes that successful founders are “obsessed with the problem” rather than fixated on one solution — a mindset educators should instill in students. Startups like Springbok Analytics, which uses AI to create digital twins of MRIs, thrive by iterating solutions through real-time market feedback and strategic industry partnerships.Resources in this Episode:Learn more about TitletownTech: https://www.titletowntech.com/Partnerships mentioned in this episode:AI Co-Innovation Lab (UWM + Microsoft + TitletownTech)Microsoft Data Center (listen to our conversation with Microsoft VP Mary Snapp)Dive deeper into some of TitletownTech's portfolio companies that were featured in this episode:Fork Farms - Indoor hydroponicsCobionix - Heathcare robotics & autonomous ultrasoundsGenLogs - Freight intelligenceRealta Fusion - Nuclear fusionWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

The right mentor can totally change the college and career trajectory of a student. Today, we're exploring the power of mentorships through the Astronaut Scholarship Foundation.Join former NASA astronaut Joe Tanner and current Astronaut Scholar Curtis Althaus as they dive into the powerful, and often overlooked, role mentorship plays in building tomorrow’s innovators.Through their personal stories, you’ll hear how mentorship goes beyond simply offering advice. It’s about offering guidance in those pivotal moments—helping mentees navigate tough decisions, inspiring them to chase big dreams, and providing the type of insight that only years of experience can offer. Whether it’s choosing between two internships or deciding which research path to pursue, mentorship gives students the clarity and confidence they need to thrive.The conversation also sheds light on why the mentorship experience is a two-way street. For Joe, it’s not just about imparting wisdom; it’s about building meaningful relationships that continue to shape both mentors and mentees long after the formal program ends. And for Curtis, being part of ASF isn’t just about the scholarship—it’s about becoming part of a dynamic community that challenges him to push boundaries and think bigger.Listen to learn:Why mentorship in STEM isn’t just about academic guidanceThe unexpected ways mentorship creates clarity, confidence, and lifelong connections for both mentors and menteesHow ASF’s mentorship program builds a community where learning, collaboration, and innovation go hand in handWhat it means to be a part of a “family” of scholars who not only receive support but give it back as they growThe actionable insights Joe and Curtis share about navigating career decisions, embracing failure, and seizing unexpected opportunities3 Big Takeaways from this Episode:Mentorship in STEM goes far beyond academics. Joe and Curtis share how their mentor/mentee relationship is far less about Joe advising Curtis on his academic journey, and far more about sharing a lifetime of wisdom to help Curtis with all aspects of life. It's a great reminder that you don't need to be an expert in the same field as a student to become their mentor.Programs like ASF offer a lifelong community which can have long-reaching impact for students. Curtis shares how his ASF experience has evolved from academic support to a true "family" environment, where the community of scholars connects, learns from each other, and shares the same passions and big ideas. Getting involved in a community of peers - those with similar ideals and those with differing viewpoints - can have a huge impact on a student's life.Brilliant people can come from anywhere. Credit to Curtis for this brilliant observation, but through his time at ASF he's met bright individuals from every background imaginable. Being open to new people and new experiences can create a much more wholistic life experience for young students.Resources in this Episode:Learn more about the Astronaut Scholarship Foundation, visit: www.astronautscholarship.orgWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

With tariffs back in the spotlight, what’s their real impact on trade, business, and jobs? Are they a necessary tool for protecting American industry, or do they do more harm than good?This week, host Matt Kirchner sits down with John Murphy, Senior Vice President, Head of International for the U.S. Chamber of Commerce, to break down the complex world of tariffs and trade policy. With decades of experience in global trade, John sheds light on the history, purpose, and unintended consequences of tariffs.From manufacturing to agriculture, tariffs have ripple effects across industries, supply chains, and even the workforce. Who really pays the price when tariffs are imposed? How do they shape innovation and investment in the U.S.? And with shifting political winds in early 2025, is the U.S. moving toward a more protectionist future?This conversation tackles these pressing questions while exploring what business leaders, policymakers, and even students should consider as they navigate the evolving trade landscape.Listen to learn:How tariffs impact American manufacturing and the six million jobs tied to exportsThe surprising truth about who actually pays tariffs—and how they drive up costsWhen tariffs become a tool for political leverage rather than economic policyWhy protectionism can stifle innovation instead of promoting domestic industriesWhat today’s trade policies mean for the next generation of skilled workersResources in this Episode:Learn more about the U.S. Chamber of Commerce: www.uschamber.comOther resources mentioned in this episode:From The Wall Street Journal: "The New Plan for Western Companies Is ABC: ‘Anything But China’"Learn more about the National Association of Manufacturers (NAM)U.S.-Mexico-Canada Agreement (USMCA)University of Michigan Consumer Sentiment IndexWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

Why do so many students (and adults) believe they “just aren’t good at math”? How can educators shift that mindset and build confidence in STEM learning?In this episode of The TechEd Podcast, host Matt Kirchner sits down with Kathy Meyers, a veteran high school teacher who blends sports psychology with math instruction to help students overcome self-doubt, develop resilience, and master problem-solving—critical skills for both the classroom and the workforce.Kathy shares how techniques used by elite athletes—positive self-talk, goal-setting, and focus strategies—can transform student outcomes in STEM education. From tackling math anxiety to fostering leadership and teamwork, she provides practical strategies that educators and parents can use to support student success.Listen to learn:The role of self-talk, confidence, and mindset in learning math and technical subjectsHow Sudoku puzzles teach problem-solving and resilience from day oneWhy playing to win vs. playing not to lose matters in both sports and educationHow to help students reframe failure as growth in STEM classroomsReal-life stories of students who applied these lessons in college, careers, and beyondThe power of a positive mindset can completely change the trajectory of a student's life! Educators and leaders, these are great tools to instill in your classroom and workplace.3 Big Takeaways from this Episode:1. Mindset Matters in Math and STEMStudents often struggle not because they lack ability, but because they believe they aren’t “math people.” Applying sports psychology techniques like positive self-talk and goal-setting helps reframe their approach to learning.2. Failure is Part of the Learning ProcessJust like in sports, students need a growth mindset to push through challenges. Teaching strategies like trying different problem-solving methods (as with Sudoku puzzles) encourages resilience and adaptability.3. Confidence and Preparation Lead to SuccessWhether it’s a test, a job interview, or a big presentation, students perform best when they train their minds like athletes—visualizing success, controlling self-doubt, and focusing on small, actionable steps.Resources in this Episode:View Kathy's YouTube channel with math tips & tricks!Other resources:The Happiness Advantage by Shawn AchorNapoleon Hill booksNorman Vincent Peale booksTony Robbins resourcesRudy - A football movie about perseverance and goal-settingWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

With sign-stealing scandals shaking Major League Baseball, the game needed a solution. Enter PitchCom, the cutting-edge communication technology that’s changing the way baseball is played.In this episode of The TechEd Podcast, host Matt Kirchner sits down with John Hankins, co-inventor and owner of PitchCom, to unpack the surprising origins of the technology (it was inspired by John's stage mentalism experience!), the innovative and unhackable tech that comprises the PitchCom system, and why it has completely changed the game of baseball. Beyond baseball, PitchCom is a case study in applied technology—how engineering, wireless communication, encryption, and even sound design can be used in unexpected ways. The lesson for educators? What your students learn in the technical education classroom—electronics, software, mechanics, and problem-solving—can lead to groundbreaking inventions in any arena.Listen to learn:How stage mentalism, sound engineering, and encryption tech came together to create PitchComHow PitchCom reduced wild pitches to the lowest levels in MLB history and sped up game play by cutting down time lost to sign-callingWhy PitchCom’s encryption is so secure that it’s mathematically impossible for teams to hack—more secure than the number of atoms in the universeHow engineering students can apply their skills in creative industries—from sports tech to entertainment and beyondWhy college baseball, the Canadian Football League, and even scuba diving are exploring this technologyWhat future inventors need to know about turning ideas into patented, market-ready productsIf you teach technical education or have students interested in technology, this episode is a must-listen. The next big innovation could come from your classroom!3 Big Takeaways from this Episode:1. Innovation thrives in times of urgency and challenge.PitchCom wasn’t just a cool idea—it was a solution to a crisis in baseball. The Houston Astros’ sign-stealing scandal created an undeniable need for secure communication, and John Hankins applied existing technology in a new way to fill that gap. Great inventions don’t start with ideas—they start with problems.2. True innovation comes from blending different disciplines.John’s background as an engineer, patent attorney, and stage mentalist gave him a unique perspective on communication and encryption. Whether it’s combining sports and tech, or magic and engineering, the biggest breakthroughs come from crossing industry boundaries and thinking outside traditional silos.3. Data is the future of every industry.PitchCom started as a tool to prevent sign-stealing, but now it’s unlocking new levels of player performance data—tracking pitch accuracy, command, and strategy in real time. From sports to manufacturing to education, those who understand and leverage real-time data insights will lead the future.Resources in this Episode:To learn more about PitchCom's technology, visit: pitchcom.comWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

Venture capital is the engine behind many of the world’s most innovative startups—but only 2% of VC funding goes to women-led businesses. Why does this gap exist, and how do we fix it?This week Matt sits down with Jennifer Abele and Raquel Filmanowicz, Founders and Managing Partners of VC 414, a firm dedicated to funding women, minority, veteran, and LGBTQ entrepreneurs. They break down how venture capital really works, what makes a startup investable, and how educators can help the next generation of founders succeed.If you’re teaching entrepreneurship, mentoring young innovators, or just curious about how diverse startups get funded, this is a must-listen.Listen to learn:How venture capital works and why so little funding goes to women and minority entrepreneurs.What makes a startup investable—from founder traits to market potential and exit strategies.The biggest mistakes first-time entrepreneurs make when pitching to investors.How AI, workforce development, and education startups are shaping the future of venture capital.Why technical skills alone aren’t enough—the key business skills founders need to secure funding.3 Big Takeaways from this Episode:Diverse founders face barriers—but also bring untapped potential.Only 2% of VC funding goes to women-led businesses, despite data showing they often outperform male-led startups. VC 414 is working to change this by providing early-stage funding and mentorship to underrepresented founders, particularly in workforce, education, government, health, and wealth.The best founders are coachable, resourceful, and relentless.Investors look beyond ideas—they bet on people. VC 414 prioritizes grit, adaptability, and strong communication skills when selecting startups. A great founder can stretch $1, adapt to market changes, and take feedback without ego. Without these traits, even a promising idea can fail.Education plays a critical role in developing future entrepreneurs.Technical education provides a strong foundation, but business acumen, networking, and problem-solving skills are just as crucial. Founders who lack access to networks and mentorship often struggle to raise capital, which is why VC 414 not only invests in startups but connects entrepreneurs to key industry relationships to accelerate their growth.Resources in this Episode:To learn more about VC 414, visit their site: vc414.comStartups mentioned in this episode:Mastertech.aiEvenRex K-12Are you an entrepreneur? Find out how to get connected with VC 414.Connect with the VC 414 Online:LinkedIn  |  Connect with Jennifer  |  Connect with RaquelWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

How does the U.S. stay competitive in manufacturing, EVs, and AI while protecting innovation and growing the workforce?Manufacturing has always been the backbone of Michigan’s economy, and few people understand this better than Congresswoman Haley Stevens. Representing Michigan’s 11th District, she has spent her career championing industrial policy, workforce development, and technological innovation. From her time on the U.S. Auto Rescue Task Force to her leadership on the House Science, Space, and Technology Committee, Stevens brings a unique perspective on the challenges and opportunities facing American industry.In this episode, we explore how Michigan—and the U.S. as a whole—can maintain its competitive edge in manufacturing, navigate the future of the EV market, and ensure the workforce is prepared for the next generation of industrial technology. If you care about the future of manufacturing, this conversation is one you won’t want to miss.Listen to learn:Why Michigan’s EV industry is facing a critical turning point and what policies will determine its long-term successHow the CHIPS and Science Act is reshaping U.S. manufacturing—and the next frontier in supply chain securityWhy industrial AI and automation adoption are accelerating—and what’s missing from America’s strategyThe hidden workforce gap in manufacturing education that could stall industry growthWhat a little-known manufacturing success story in Michigan reveals about the future of U.S. innovation3 Big Takeaways from this Episode:America’s EV strategy is at a crossroads. Policy decisions made now will determine whether the U.S. leads in electric vehicle manufacturing or falls behind. Workforce training and battery production will be key to staying competitive.CHIPS and Science was just the start. While the act boosted domestic semiconductor production, gaps remain in minerals, advanced materials, and supply chain resilience. A national strategy is needed to secure the future of U.S. manufacturing.Industrial AI is evolving faster than policy. Manufacturers are adopting AI-driven automation, but without a clear national framework, workforce development and industry competitiveness risk falling behind global leadersResources in this Episode:Visit Congresswoman Haley Steven's Page: stevens.house.govConnect with the Congresswoman Online:X / TwitterWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn

What does it take to be a true pioneer in artificial intelligence education?The Milwaukee School of Engineering (MSOE) didn’t just see AI coming—they got out in front of it. Dr. John Walz, President of MSOE, joins The TechEd Podcast to discuss how his institution became one of the first in the nation to offer a baccalaureate degree in AI and how it continues to lead in engineering, computing, and applied AI technology.MSOE’s AI degree isn’t just about theory—it’s about application. Students get hands-on experience with Rosie, the university’s supercomputer, tackling real-world projects in machine learning, computer vision, and AI-driven problem-solving. With deep ties to industry leaders like NVIDIA and a thriving AI Club that has grown into MSOE’s largest student organization, the university is shaping a new generation of engineers who know how to apply AI to fields like healthcare, manufacturing, and finance.Listen to learn:How MSOE launched the one of the first undergraduate AI degrees in just 4 months—by staying agile and industry-drivenWhy Rosie the Supercomputer has processed over 150,000 AI jobs, from optimizing race cars to predicting global food shortagesHow MSOE’s AI Club grew to 200+ members, bringing AI beyond computer science into business, nursing, and engineeringWhy MSOE appointed a Director of Applied AI Education & how they're embedding AI into academics, student success, and university operationsHow MSOE’s partnership with NVIDIA and Dwight Diercks is giving students hands-on experience with real-world AI applications3 Big Takeaways from this Episode:Agility is key to staying ahead in AI education. MSOE launched its AI degree in just four months by listening to industry needs, leveraging existing strengths, and moving quickly—showing that institutions willing to adapt can lead in emerging fields.Applied learning makes AI education more impactful. Giving students hands-on experience with real-world projects—like MSOE’s use of Rosie the Supercomputer and interdisciplinary AI applications—ensures graduates are job-ready and valuable to employers.AI should be embedded across the entire institution. Beyond coursework, AI can enhance university operations, student success, and recruitment. A dedicated leader, like MSOE’s Director of Applied AI Education, can drive institution-wide integrationWe want to hear from you! Send us a text.Instagram - Facebook - YouTube - TikTok - Twitter - LinkedIn