Manufacturing Runs The World

Justin Schnor, Flipeleven
  • 5.0 (1)
  • TECHNOLOGY
  • UPDATED WEEKLY

Can a normal guy learn engineering — not from textbooks, but from the people who live it? That’s the challenge. I’m Justin Schnor, and I’m setting out to learn how the world is actually built — one factory, one robot, and one engineer at a time. I’m diving headfirst into the world of modern manufacturing — where technology, creativity, and human problem-solving collide. Along the way, real engineers are teaching me their craft: how to think, design, and build like they do. 👊 Because learning how the world is built might just change the way you see it.

  1. Industrial AI Isn’t What You Think — And It’s Not Replacing Workers

    APR 19

    Industrial AI Isn’t What You Think — And It’s Not Replacing Workers

    Everyone thinks AI is coming to replace workers.But according to one of the leaders building industrial AI systems today — that’s not what’s happening at all.In this episode of Manufacturing Runs The World, we sit down with Bryan DeBois, a veteran engineer and technology leader who has spent nearly 25 years helping manufacturers solve complex production challenges using automation, machine learning, and data-driven decision-making.Bryan explains why AI isn’t replacing people — and why the real problem in manufacturing is actually a labor shortage. Companies are turning to automation not to eliminate jobs, but to keep production running when skilled workers are hard to find.He also breaks down one of the most misunderstood truths about artificial intelligence:AI is incredibly powerful — but only within a narrow task. Move it slightly outside that task, and performance drops dramatically.This conversation reveals how modern factories are evolving, why reshoring is creating new opportunities, and what manufacturers must do today to prepare for the future of industrial AI.About the Guest Bryan DeBois is a recognized leader in applying artificial intelligence to manufacturing and industrial automation.He serves as the Director of Industrial AI at RoviSys, a global systems integrator specializing in:Industrial automationArtificial intelligenceMachine learningManufacturing data systemsDigital transformationBryan DeBois holds a degree in Computer Science from the University of Akron and has spent decades working directly with manufacturers to implement advanced technologies that improve productivity, reliability, and operational efficiency.His work focuses on solving real-world manufacturing problems using:Predictive analyticsIndustrial AI systemsData strategy and integrationWorkforce knowledge captureAutomation and roboticsToday, Bryan helps companies modernize their factories, improve production performance, and prepare for the next generation of manufacturing technology.What You’ll Learn in This EpisodeThe biggest misconceptions about industrial AIWhy AI is not replacing manufacturing workersThe real reason companies invest in automationHow reshoring is changing manufacturingWhy data readiness is critical before AI adoptionHow modern factories are being redesignedThe future of workforce training in manufacturingWhat industrial AI can and cannot doWhy automation increases productivityHow manufacturers solve complex production problemsThe role of machine learning in factoriesWhat the future of manufacturing looks likeCHAPTERS 00:00 The Biggest Misconceptions About Industrial AI01:02 How Bryan DeBois Built a Career in Industrial AI02:24 Why Companies Started Investing in AI Before ChatGPT03:01 The Real Problems AI Solves in Manufacturing03:48 Why Workforce Shortages Are Driving Automation04:13 The Opportunity Created by Reshoring05:06 What Modern Factories Actually Look Like05:23 Why AI Is Not Skynet06:00 What AI Can Do — And What It Can’t06:39 The Truth About Robots Replacing Workers07:47 How Data Strategy Drives AI Success08:59 Why Clean Data Is the Foundation of AITHANK YOU TO OUR SPONSORSEllison TechnologiesEllison Technologies helps manufacturers stay competitive through advanced machining, automation, and engineering expertise.GSC – 3D & AutomationGSC supports engineers and manufacturers with design software, additive manufacturing, and technical expertise.Do you think AI will replace manufacturing jobs — or create new ones?

    14 min
  2. Are Robots Taking Jobs? The Truth From a Robotics Engineer | Anjali Asar

    APR 17

    Are Robots Taking Jobs? The Truth From a Robotics Engineer | Anjali Asar

    Are robots taking people's jobs?It’s one of the most emotional and controversial questions surrounding robotics, automation, and artificial intelligence today.In this episode of Manufacturing Runs The World, we sit down with Anjali Asar, a robotics software engineer at Miso Robotics, the company behind the well-known Flippy robot used in commercial kitchens. When Anjali first took the job, she had the same concern many people have:Was she helping people — or replacing them?She openly shares that she wondered whether working on robots meant “taking people's jobs.” But after visiting restaurants and speaking directly with workers, her perspective changed completely. Many employees were relieved.They didn’t want to spend eight hours standing in front of a hot fryer. They wanted safer, more meaningful work — and robotics helped make that possible.This conversation reveals the human side of automation.Not fear.Not hype.Real stories from inside the industry. You’ll learn how robots like Flippy are designed to handle repetitive and dangerous tasks, improve safety, and help workers focus on more valuable responsibilities — not eliminate jobs entirely.This episode also explores what it’s actually like to work in robotics engineering, how robots are developed and deployed in real environments, and why the future of work will depend on people who can adapt to changing technology. If you’ve ever wondered: Will robots replace human workers?How automation is changing everyday jobsWhether robotics creates or destroys opportunitiesWhat skills the next generation needsHow technology improves workplace safetyWhat the future of manufacturing and service industries looks likeThis episode will change how you think about automation.Because the real story isn’t about robots replacing people.It’s about work evolving. ⏱ CHAPTERS 00:00 Are robots taking jobs? 00:31 Meet a robotics engineer from Miso Robotics 01:02 What a roboticist actually does 01:32 Inside the Flippy robot 02:00 The biggest mistake engineers make early 03:00 Why asking questions builds confidence 03:18 The truth about robots replacing workers 04:13 Visiting restaurants using Flippy 05:06 How automation improves work safety 06:12 Why AI makes coding faster 07:24 A day in the life of a robotics engineer 08:14 The future of robotics and scaling automation 09:10 How automation changes jobs — not eliminates them 👤 GUEST Anjali Asar Robotics Software Engineer Miso Robotics Miso Robotics develops intelligent robotic systems designed to automate kitchen operations, improve safety, and support restaurant staff using advanced robotics technology.Their flagship robot, Flippy, is used in real commercial kitchens to handle frying tasks and improve operational efficiency. THANK YOU TO OUR SPONSORS Ellison Technologies Ellison Technologies empowers manufacturers with advanced CNC machines, automation solutions, and engineering expertise to help companies work smarter and more competitively. https://ellisontechnologies.com GSC – 3D & Automation A leading reseller of SOLIDWORKS® CAD software and Markforged® industrial 3D printers, helping engineers design and manufacture innovative products faster. https://gsc-3d.com Would you feel comfortable working alongside a robot at your job? Why or why not? Share in the comments below.

    10 min
  3. Why Manufacturing Scraps $40,000 in “Good Parts” Every Month | Jacob LaFlamme

    APR 17

    Why Manufacturing Scraps $40,000 in “Good Parts” Every Month | Jacob LaFlamme

    Manufacturing quality control is one of the most misunderstood parts of CNC machining and precision manufacturing. Many people assume every manufactured part that works gets shipped to the customer — but in reality, thousands of dollars in perfectly functional parts are rejected every month.In this episode of Manufacturing Runs The World, Jacob LaFlamme of SwissTurn/USA explains a surprising truth about modern manufacturing quality engineering: companies sometimes scrap tens of thousands of dollars in CNC machined parts every month in order to maintain strict tolerances, product reliability, and customer trust.At many precision machining companies, even parts that technically function can still be rejected if they fall outside the required tolerance range. Jacob shares that some shops scrap around $40,000 worth of parts every month, and in industries like medical device manufacturing, aerospace manufacturing, and defense manufacturing, those numbers can easily reach millions of dollars annually.The reason is simple: the cost of shipping a defective component can be far greater than the cost of scrapping it.A single bad part can cause product failures, recalls, damaged reputation, and even lawsuits. Because of this, quality engineers must enforce strict inspection processes, ensuring that every component meets the exact specifications defined in the manufacturing print.Jacob explains that quality engineering is not just about measuring parts — it's about protecting the reputation of the entire company.Using a simple analogy, he compares manufacturing quality to ordering a custom-built car. If the car arrives on time but constantly breaks down, the customer will remember the problems forever. But if the car arrives late and works perfectly for years, the delay is quickly forgotten.In this episode, Jacob discusses:• Why millions of dollars of CNC machined parts are scrapped every year• The real pressure inside manufacturing quality control departments• How ISO 9001 manufacturing quality systems work• The role of inspection tools like micrometers and Zeiss CMM machines• How SolidWorks and ERP systems track manufacturing quality issues• Why machining experience is critical for quality engineering careers• The balance between production speed and manufacturing quality standards• Why skilled trades and CNC machining experience still matter in modern engineeringCHAPTERS00:00 Why manufacturing scraps $40,000 of parts every month00:44 Introduction to manufacturing quality engineering00:52 Jacob’s background in medical device manufacturing01:09 How liquid chromatography machines analyze blood samples01:27 Transitioning to SwissTurn job shop manufacturing02:01 Why defense manufacturing hides part applications02:14 Why “good parts” still get rejected in quality03:16 How scrap costs reach millions in medical manufacturing03:37 Why reputation matters more than shipping fast04:36 From CNC machining school to quality engineering05:48 The pressure between production and quality06:19 Micrometers vs Zeiss CMM inspection tools07:21 Using SolidWorks and ERP systems for quality tracking08:31 How ISO 9001 certification works in manufacturing09:19 Staying ahead of automation and Industry 4.010:35 Advice for the next generation of machinists and engineersTHANK YOU TO OUR SPONSORSEllison TechnologiesEllison Technologies empowers manufacturers with advanced CNC machines, automation solutions, and engineering expertise to help companies work smarter and more competitively.https://ellisontechnologies.comGSC – 3D & AutomationA leading reseller of SOLIDWORKS® CAD software and Markforged® industrial 3D printers, helping engineers design and manufacture innovative products faster.https://gsc-3d.com

    12 min
  4. A Big Company Tracked Production on Whiteboards… For Years

    APR 15

    A Big Company Tracked Production on Whiteboards… For Years

    Most people think modern factories are powered by advanced automation, real-time dashboards, and highly optimized digital systems.But what if a major manufacturing operation was still tracking production numbers using… whiteboards and manual data entry? In this episode of Manufacturing Runs The World, manufacturing engineer Kyle Fenstermacher of Universal Laser Systems shares one of the most surprising process discoveries from his career. When Kyle first encountered the system, production numbers were being tracked by writing hourly output on whiteboards across the shop floor. Someone would then walk around collecting the data, hand it off to another employee, and that information would finally be entered manually into Excel. For a modern manufacturing operation, the process was shocking.Kyle explains how this moment opened his eyes to one of the biggest realities inside manufacturing today: many factories are still operating with outdated processes that dramatically slow down production, limit visibility, and create unnecessary inefficiencies. Instead of accepting the status quo, Kyle worked with teammates to design and implement a digital production tracking system, allowing line leaders to enter production data directly from iPads and feed that information into a live dashboard for real-time visibility. The result? Better communication. Better production visibility. And a much smarter manufacturing process. But that story is just one part of Kyle’s journey. As a Manufacturing Technical Manager and Manufacturing Engineer at Universal Laser Systems in Scottsdale, Arizona, Kyle focuses on improving manufacturing systems, production efficiency, and process optimization across the factory floor. His work involves identifying operational inefficiencies, designing new production tooling and fixtures, and implementing automation solutions that improve both productivity and manufacturing quality. In one case, Kyle helped uncover over $1 million in margin opportunities by analyzing production processes and identifying hidden cost improvements. Throughout this conversation, Kyle shares insights into: How modern manufacturing engineers solve real-world production problemsWhy automation isn't always giant robotsHow 3D printing is transforming production tooling• The hidden inefficiencies many factories still faceWhy communication with vendors can make or break a projectHow AI is beginning to influence engineering workflowsManufacturing today is far more technical, innovative, and impactful than most people realize.And stories like Kyle’s show why manufacturing truly runs the world. Chapters 00:00 The manufacturing system that shocked Kyle 00:36 Why outdated factory processes still exist 01:20 Kyle Fenstermacher’s background in manufacturing engineering 02:05 Working at Universal Laser Systems 03:02 How production tooling and fixtures improve manufacturing 04:12 Designing tools directly for the production floor 05:10 How 3D printing speeds up manufacturing improvements 06:05 The whiteboard production tracking system discovery 07:00 Building a digital factory dashboard system 08:05 Why automation is more than robots 09:10 Using AI to assist engineering workflows 10:05 The biggest lesson about managing manufacturing projects 11:05 Why communication with vendors is critical 12:00 Changing the public perception of modern manufacturing 🙏 Thank You to Our Sponsors Ellison Technologies Ellison Technologies empowers manufacturers with advanced CNC machines, automation, and expert support — helping shops work smarter, faster, and more competitively. https://ellisontechnologies.com GSC – 3D & Automation A leading reseller of SOLIDWORKS® CAD software and Markforged® industrial 3D printers, empowering engineers with cutting-edge design, simulation, and additive manufacturing tools. https://gsc-3d.com

    11 min
  5. He Sold His First Shop… Then Started Again From Scratch | Daniel Hester | American Precision Engineering (APE)

    APR 15

    He Sold His First Shop… Then Started Again From Scratch | Daniel Hester | American Precision Engineering (APE)

    It’s one of the hardest truths in entrepreneurship and manufacturing:Sometimes the thing that grows your business is also the thing that teaches you the most painful lesson.In this episode of Manufacturing Runs The World, we sit down with Daniel Hester, Founder, President & CEO of American Precision Engineering (APE) — to unpack what it really looks like to build a high-end fabrication and engineering company, sell it, and then start over from scratch in a new state where you don’t know a single person.Daniel shares how his first company started in a garage, grew into ISO 9001 work, and served elite clients like Apple, Google, Tesla, and Lawrence Livermore National Lab — before a partnership became “the best and worst thing I’d ever done,” leading him to sell out and restart with a completely new vision.Now, Daniel leads American Precision Engineering (APE) — a U.S.-based precision engineering and manufacturing company focused on complex, mission-critical parts and systems for industries like aerospace, defense, and advanced technology.But what makes this conversation hit hard is that Daniel doesn’t glamorize it. He talks about the real turbulence of rebuilding: leasing a building, buying tools, hiring people, finding customers, and learning how to be intentional about marketing and branding — not as “fluff,” but as a serious tool for attracting the right talent and opportunities.You’ll also hear Daniel explain the kind of work APE is known for — what he calls the real manufacturing bottleneck most people ignore:“It’s typically what I call a material handling problem… they’ve got to move it from here to here, and they can’t figure out how to do that effectively.”That’s where APE becomes the partner: solving the hard, high-stakes problems other shops avoid — from advanced aerospace and rocket-adjacent manufacturing environments to even specialized projects tied to defense and elite operations.This episode is for: manufacturing founders who’ve had to rebuild from scratchengineers who want to design AND build, not just pass drawings downstreamoperators and leaders who understand that “speed + quality” is the real competitive advantageanyone who’s tired of hearing “manufacturing is dirty, boring, or dying”Because Daniel’s story proves the opposite: modern manufacturing is demanding, technical, creative, and more important than ever — but it still has a branding problem… and it’s on the industry to fix it.CHAPTERS⁠00:00⁠ — The best and worst thing he ever did⁠00:10⁠ — Starting over in a new state with no connections⁠00:26⁠ — Manufacturing isn’t dirty, boring, or dying (the mission)⁠01:04⁠ — Why manufacturing still has a branding problem⁠01:20⁠ — Why marketing is really about attracting talent⁠02:00⁠ — From a garage to Apple, Google, Tesla (ISO 9001 journey)⁠02:33⁠ — Restarting again: tools, hiring, customers, chaos⁠03:10⁠ — Why American Precision Engineering is “engineering first”⁠04:44⁠ — “Special forces of manufacturing” and saying yes to hard jobs⁠06:54⁠ — Solving material handling for aerospace, automotive, and defense⁠07:08⁠ — Hiring engineers who can design and build⁠11:57⁠ — APE as “fractional skunk works” for big manufacturers🙏 THANK YOU TO OUR SPONSORS Ellison Technologies Ellison Technologies empowers manufacturers with advanced CNC machines, automation, and expert support—helping shops work smarter, faster, and more competitively.👉 ⁠https://ellisontechnologies.com⁠ GSC – 3D & Automation A leading reseller of SOLIDWORKS® CAD software and Markforged® industrial 3D printers, empowering engineers with cutting-edge design, simulation, and additive manufacturing tools.👉 ⁠https://gsc-3d.com⁠What’s the most “best and worst thing I ever did” decision you’ve made in business or manufacturing — and what did it teach you? SHARE IN THE COMMENTS BELOW.

    13 min
  6. Bought a $3.1M Company at 30 (With No Money) | Kyle Hurst, Rhino Tool House

    APR 14

    Bought a $3.1M Company at 30 (With No Money) | Kyle Hurst, Rhino Tool House

    Buying a manufacturing company with no money, no experience, and no clear plan sounds impossible — but it happens more often than people admit.In this manufacturing leadership podcast episode, Kyle Hurst of Rhino Tool House explains how he bought a $3.1 million manufacturing distribution business at 30 years old and learned how to make it work in real time.In this episode of Manufacturing Runs The World, Kyle shares one of the most relatable leadership stories in modern manufacturing: stepping into ownership without capital, without confidence, and without a playbook — and figuring it out while customers, employees, and partners depended on him.Kyle’s journey started in engineering. He earned his master’s degree in Industrial Engineering at the University of Louisville and gained hands-on manufacturing experience through a co-op program that included GE Aviation and GE’s consumer and industrial operations in appliances and lighting. But what shaped him most wasn’t the degree — it was the shop floor. Kyle loved being on the floor, working with people, solving real problems, and seeing how production actually works.That shop-floor mindset eventually pulled him into the assembly tool and fastening systems world — where torque control, fastening accuracy, and operator consistency quietly determine quality, safety, and throughput. Kyle explains his transition from GE to KA Technologies, how the Great Recession reshaped customer behavior, and why his time at Hilti showed him what world-class training, service, and customer partnership really look like.Then came the moment that changed everything: the original owner of KA Technologies was retiring — and Kyle was offered the chance to buy the very company he used to work for.This episode covers manufacturing leadership, buying a manufacturing business, industrial distribution, assembly tools, fastening systems, manufacturing sales, service-driven growth, and long-term customer partnerships — the real factors that determine whether a manufacturing business survives and scales.📌 CHAPTERS00:00 The moment the owner said: “I’m thinking about selling the business”00:09 “I didn’t have two pennies to rub together” — the real starting point00:40 Engineering roots: Industrial Engineering at the University of Louisville01:02 Co-op experience: GE Aviation + appliances & lighting01:31 Why the shop floor mattered more than paperwork01:51 Leaving GE: entering the assembly tool world02:05 Why torque control and fastening quality matter02:27 The Great Recession and shrinking customer budgets02:44 Lessons learned at Hilti: training, service, standards03:06 Buying the business in 2011: $3.1M, surreal, no playbook03:41 Why mentorship matters when you’re figuring it out04:22 The two halves of Rhino Tool House explained05:42 Why selling is easy — but making it work is hard06:49 The real differentiator: service, maintenance, responsiveness08:05 The skills gap manufacturers face today09:09 Why customers now want daily performance support10:13 Kyle’s favorite part of the job: watching factories build11:11 Turnkey solutions: tools, cobots, inspection systems working together🙏 Thank You to Our SponsorsEllison TechnologiesEllison Technologies empowers manufacturers with advanced CNC machines, automation, and expert support — helping shops work smarter, faster, and more competitively.https://ellisontechnologies.comGSC – 3D & AutomationA leading reseller of SOLIDWORKS® CAD software and Markforged® industrial 3D printers, empowering engineers with cutting-edge design, simulation, and additive manufacturing tools.https://gsc-3d.com

    13 min
  7. Engineering Mistakes That Cost Manufacturers 20 Hours of Rework | Matthew Gettle

    APR 3

    Engineering Mistakes That Cost Manufacturers 20 Hours of Rework | Matthew Gettle

    Most engineering mistakes in manufacturing don’t look serious at first — but they quickly turn into rework, production delays, and lost shop time on the factory floor. In this episode of Manufacturing Runs The World, we break down how one hour of rushed engineering work can realistically turn into 20 hours of manufacturing rework. We sit down with Matthew Gettle, Mechanical Design Engineer at Reading Bakery Systems, to explain why designs that look perfect in CAD often fail in real-world manufacturing environments. Matthew shares how rushed decisions, missed details, and lack of shop-floor feedback quietly destroy manufacturing efficiency, quality, and trust between engineers and technicians. This conversation dives into the real friction between engineering teams and the assembly floor. From food-grade sanitary design and safety standards to custom machinery and operator usability, Matthew explains why good manufacturing engineering requires more than equations — it requires real-world awareness. If you are an engineer, designer, manufacturing leader, or student entering the manufacturing industry, this episode will change how you think about design responsibility, time management, and the real cost of engineering decisions on the shop floor. Manufacturing Runs The World exists to challenge the idea that manufacturing is dirty, boring, or dying — and to show why modern manufacturing is technical, precise, and more important than ever. CHAPTERS: 00:00 Why engineering mistakes cost more than you think 00:09 One hour of engineering equals ten hours of shop time 00:17 Why designs that work on a computer fail in real life 00:35 What a mechanical design engineer actually does 00:54 The hidden challenges of food-grade machinery design 01:24 Balancing sanitation, safety, and complexity 01:56 Designing for real people, not just machines 02:30 The biggest mistake engineers make early in their careers 03:04 Why shop-floor experience matters more than equations 03:36 Earning trust from machinists and technicians 04:18 Why feedback loops save time and money 05:10 Reducing design time without sacrificing quality 06:02 Preventing new engineers from making costly mistakes 07:21 How better components improve machine performance 08:00 Designing machines that actually work for operators 08:48 Why multiple design reviews are non-negotiable 09:49 Advice for future engineers entering manufacturing 10:31 The 20-hour lesson every engineer must learn 🙏 Thank You to Our Sponsors Ellison Technologies Ellison Technologies empowers manufacturers with advanced CNC machines, automation, and expert support — helping shops work smarter, faster, and more competitively. https://ellisontechnologies.com GSC – 3D & Automation A leading reseller of SOLIDWORKS CAD software and Markforged industrial 3D printers, empowering engineers with cutting-edge design, simulation, and additive manufacturing tools. https://gsc-3d.com Your support helps keep conversations about manufacturing, engineering, and leadership alive.What part of the engineering process do you think causes the most rework in manufacturing today? Share your thoughts in the comments below.

    11 min
  8. These Machines Build Medical Devices That Help People Live

    APR 2

    These Machines Build Medical Devices That Help People Live

    Most people think manufacturing is dirty, boring, or dying — but modern automation is doing something far more powerful: improving quality, reducing fatigue, preventing defects, and helping build products that people rely on to stay healthy. In this episode of Manufacturing Runs The World, we sit down with Jeff Buck, Co-President of Automation NTH (Automation to the Nth Degree) — a U.S.-based industrial automation systems integrator with operations in Tennessee and California. Jeff shares leadership with Greg Young, blending deep technical execution with business operations to help manufacturers deploy automation that works long-term — not just impressive machines, but systems that can be operated, maintained, improved, and scaled. Jeff explains where automation delivers the biggest return: areas with quality fallout. When manual processes lead to scrap, rejects, inconsistency, inspection fatigue, and ergonomic strain, automation becomes a strategic advantage. Certain manufacturing processes simply cannot be done manually with the accuracy, repeatability, and consistency required, especially at scale. Automation NTH specializes in high-precision discrete automation. A part comes in, gets fixtured, processed, assembled, and inspected using PLC programming, HMI systems, industrial robotics, machine vision, and AI vision technology. Jeff breaks down how automation has evolved over time — shifting from mostly mechanical systems to software-driven, data-rich, sensor-based automation that powers today’s smart factories. You’ll also hear what’s shaping the future of manufacturing right now: AI vision systems for inspection and defect detectionAutonomous Mobile Robots (AMRs) moving product across plant floorsPredictive maintenance using vibration, motor current, and temperature dataOperator and technician training for long-term automation successManufacturing data analytics to improve throughput and reduce downtimeIf you’re a manufacturer trying to compete globally, this is the reality: the “money-printing machine” has to keep running. The winners are the ones who use automation, robotics, AI, and data to improve quality, reduce waste, protect workers, and scale reliably. ⏱️ CHAPTERS (12 MOST ENGAGING & RETENTION-DRIVEN) 00:00 – Automation That Can Literally Save Lives 00:19 – Fixing the Biggest Manufacturing Misconceptions 00:46 – Why It’s Called “Automation to the Nth Degree” 01:40 – From Control Systems to Turnkey Automation 02:26 – Why Software & Controls Overtook Mechanical Systems 03:25 – What High-Precision Discrete Automation Really Is 04:05 – Automation in Medical & Life-Science Manufacturing 04:43 – Training Teams for Long-Term Automation Success 05:21 – AI Vision, AMRs & What’s Hot in Automation 06:06 – Predictive Maintenance & Preventing Downtime 07:23 – Does Automation Replace Jobs or Elevate Them? 09:29 – The Most Mind-Blowing Products Automation Builds 🙏 Thank You to Our SponsorsA big thank you to our sponsors for supporting Manufacturing Runs the World and helping us share real stories from the factory floor. Ellison Technologies Ellison Technologies empowers manufacturers with advanced CNC machines, automation, and expert support—helping shops work smarter, faster, and more competitively. 👉 https://ellisontechnologies.com GSC – 3D & Automation A leading reseller of SOLIDWORKS® CAD software and MarkForged® industrial 3D printers, empowering engineers with cutting-edge design, simulation, and additive manufacturing tools. 👉 https://gsc-3d.com Where do you see automation creating the biggest impact in your operation — quality, safety, uptime, or workforce development? 👇 Share your thoughts in the comments below.

    12 min
See All (33)

About

Can a normal guy learn engineering — not from textbooks, but from the people who live it? That’s the challenge. I’m Justin Schnor, and I’m setting out to learn how the world is actually built — one factory, one robot, and one engineer at a time. I’m diving headfirst into the world of modern manufacturing — where technology, creativity, and human problem-solving collide. Along the way, real engineers are teaching me their craft: how to think, design, and build like they do. 👊 Because learning how the world is built might just change the way you see it.

Information

  • Creator
    Justin Schnor, Flipeleven
  • Years Active
    2025 - 2026
  • Episodes
    33
  • Rating
    Clean
  • Copyright
    © Justin Schnor, Flipeleven
  • Show Website
    Manufacturing Runs The World