Podcasts about additive manufacturing

- Interview with Marchin on Decentralized Living (0:09) - Trump's Health Insurance Plan (1:11) - Critique of the Health Care System (11:19) - Mike's Personal Health Philosophy (11:52) - Critique of Mammography and HRT Drugs (13:17) - Mike's View on Health Insurance and Lifestyle (17:28) - Debt and Financial Collapse (26:13) - Gold and Silver as Safe Havens (39:21) - Mike's Critique of Ted Cruz and Political Leadership (46:56) - Mike's Vision for the Future (1:00:51) - Solar Hydrogen and Open Source Technology (1:08:11) - Challenges and Solutions in Combustion Engine Design (1:20:23) - Advancements in 3D Printing and Additive Manufacturing (1:21:21) - Collaborative Literacy and Entrepreneurial Challenges (1:26:17) - Universal Basic Assets and Decentralized Communities (1:41:50) - Resilient and Low-Tech Systems (1:42:10) - Government and Corporate Control Systems (1:42:23) - Future Builders Academy and Extreme Build Events (1:43:52) - Open Source Ecology and Community Support (1:50:35) - Personal Reflections and Final Thoughts (2:21:13) - Brighteon Books and AI Engine Overview (2:31:53) - Supporting the Project and Product Offerings (2:33:57) - Audio Book Generation and User Requests (2:36:16) - Final Thoughts and Gratitude (2:40:23) For more updates, visit: http://www.brighteon.com/channel/hrreport  NaturalNews videos would not be possible without you, as always we remain passionately dedicated to our mission of educating people all over the world on the subject of natural healing remedies and personal liberty (food freedom, medical freedom, the freedom of speech, etc.). Together, we're helping create a better world, with more honest food labeling, reduced chemical contamination, the avoidance of toxic heavy metals and vastly increased scientific transparency. ▶️ Every dollar you spend at the Health Ranger Store goes toward helping us achieve important science and content goals for humanity: https://www.healthrangerstore.com/ ▶️ Sign Up For Our Newsletter: https://www.naturalnews.com/Readerregistration.html ▶️ Brighteon: https://www.brighteon.com/channels/hrreport ▶️ Join Our Social Network: https://brighteon.social/@HealthRanger ▶️ Check In Stock Products at: https://PrepWithMike.com

In this episode of the Additive Snack Podcast, host Fabian Alefeld welcomes Eythor Eiriksson, founder and CEO of euler, a company revolutionizing process monitoring and quality assurance in additive manufacturing. They delve into how euler leverages AI and data from existing sensors to improve print outcomes without requiring additional hardware. Eiriksson shares his journey from Iceland to founding euler, the company's objectives, and their strategies for problem-solving in the additive manufacturing space.  The discussion also touches on the practical applications of AI, user experiences, and the future of additive manufacturing technology. Eiriksson talks about euler's upcoming product launch at Formnext and its potential to transform the industry by providing real-time monitoring and predictive alerts, ultimately aiming to ensure high-quality prints and reduce costly failures. 00:00 Welcome to Additive Snack Podcast 00:10 Guest Introduction: Eythor Eiriksson and euler 01:21 Eythor's Journey and Background 03:03 Challenges in Additive Manufacturing 04:43 Founding of euler and Initial Steps 05:41 Comparison with Tesla's Autonomous Strategy 07:22 euler's Mission and Vision 09:35 Product Launch and User Experience 15:00 Technical Insights and Failure Detection 28:59 Future of AI in Additive Manufacturing 42:24 Closing Remarks 

The global additive manufacturing industry is currently valued somewhere around $30 billion, depending on which analyst you ask, but many projections expect that value to grow beyond $100 billion as soon as around 2030. But according to Women in 3D Printing, a global organization dedicated to promoting, supporting, and inspiring women who are using Additive Manufacturing technologies, women only make up about 13 percent of the global industry. Jonné Messer joins ASME TechCast to share the story behind how 3D printing got started at Ford, how the company is working to bring new talent into the industry, what challenges additive manufacturing faces in the years ahead, and more.Messer is global additive manufacturing lead at Ford Motor Company, where she's spent nearly 30 years. She was recently awarded the 2025 TCT Women in 3D Printing Innovator Award, which recognizes women who are leading the charge in developing, enhancing, and innovating within the 3D printing and additive manufacturing world.

We are joined by experts from Xometry, a company that many engineer's have grabbed instant quotes & custom parts on demand with CNC machining, 3D printing, and more. This week, we are joined by Mike Cavalieri and Greg Paulsen - both leaders at Xometry. Our guests are experts in rapid prototyping to full production and have helped big Space Companies like SpaceX, Blue Origin, NASA, and more when they need a reliable machine shop to make parts for space applications.  We discuss their origin stories, how 3D Printing can be helpful in Space applications, and what kinds of parts have been made for Aerospace. While they can't get too into the specifics, we get a great deep dive into how Xometry plays a big role in helping customers find unique advantages with 3D printing. We also discuss big topics like Manufacturing in America, and how platforms like Xometry can help skilled machine shops in the US find customers using their powerful tools and data. When AI is combined with their skilled experts in many manufacturing methods, you get a powerful web of part makers and consumers that can help fill the gap on the feast or famine that is manufacturing. Please check out https://www.xometry.com/ to learn more Thank you to both Mike & Greg for joining us and sharing so much with us about what it takes to make parts for Aerospace in 3D printing but also many other traditional techniques. Timestamps: 00:00 Introduction and Origin Stories 03:58 Challenges in 3D Printing and Prototyping 09:17 Global Operations and Time Zone Management 11:31 Additive Manufacturing in Space Applications 16:15 Assisting US Machine Shops, Vetting Suppliers, and Quality Control 30:22 More Applications for 3D Printing In Space 47:53 Digital Manufacturing and Marketplace Dynamics 48:46 Education and Training in Manufacturing 50:41 Future of Additive Manufacturing and AI We'd like to thank our sponsors: AG3D Printing (go to ag3d-printing.com to learn more & start 3D printing today!) Today In Space Merch: James Webb Space Telescope Model (3DPrinted) https://ag3dprinting.etsy.com/listing/1839142903 SpaceX Starship-Inspired Rocket Pen (3DPrinted) https://ag3dprinting.etsy.com/listing/1602850640 Blue Origin New Glenn-inspired Rocket Pen (3DPrinted) https://ag3dprinting.etsy.com/listing/1859644348 Support the podcast: • Buy a 3D printed gift from our shop - http://ag3dprinting.etsy.com  • Get a free quote on your next 3D printing project at http://ag3d-printing.com • Donate at todayinspace.net

Send us a textTwo sentences from PDAC can potentially change the course of manufacturing history for O & P: additive manufacturing is now explicitly acceptable for coding prosthetic devices that meet existing HCPCS descriptions. We unpack what that clarity means for clinicians, patients, vendors, and payers, and how to adopt 3D printing.• Why PDAC's language ends the gray area for 3D‑printed prosthetics• What PDAC and DME MAC do and how they shape coding• How to match additive devices to existing L code descriptions• Documentation discipline to avoid denials and audits• FDA's proactive stance and signals to industry• Medicare vs Medicare Advantage realities for reimbursement• When new codes help vs when they stall at zero pay• Scaling care amid workforce shortages using digital workflows• Using additive to improve fit, speed, and repeatability• Practical steps to start: scanning, CAD, materials, recordsSpecial thanks to Advanced 3D for sponsoring this episode.Support the show

3Degrees Discussions – Ep. 155 | John Barnes (Additive Nexus) From South Bend, Indiana—welcome to 3Degrees Discussions. I'm your host, Mike Vasquez. This show digs into the stories behind the innovators, entrepreneurs, and leaders shaping the 3D printing industry. About this episode My guest is John Barnes, founder of Additive Nexus, a consultancy that helps heavy industry scale additive manufacturing from pilot to production. John previously led AM initiatives within ExxonMobil's Technical Computing group, connecting engineering, supply chain, and maintenance to real-world AM use cases. We also get into his work around industry standards and digital inventory—think API 20S/20T frameworks and the broader push to make on-demand, trustworthy spare parts a reality at scale. What we cover: Moving from AM pilots to true production in heavy industry Lessons from deploying AM inside a complex enterprise Digital inventory, part criticality, and qualification pathways How API 20S/20T and other standards shape adoption Building trust in on-demand parts—quality, data, and traceability Subscribe & listen Catch every episode and sign up for updates at www.3degreescompany.com . Listen on Spotify, Apple Podcasts, Amazon Music, or Stitcher—search 3Degrees Discussions wherever you get your podcasts. Work with us If your team needs help with materials, qualification, or general Additive Manufacturing support, reach out at info@3degreescompany.com or visit www.3degreescompany.com . Hashtags: #3DPrinting #AdditiveManufacturing #DigitalInventory #Industrial3DPrinting #AMStandards #API20S #API20T #SupplyChain #OnDemandParts #ManufacturingTech

Saltgator Injection Molding, Purge Calibration, Halloween Ideas

(5:00) – A Patch for the HeartThis episode was brought to you by Mouser, our favorite place to get electronics parts for any project, whether it be a hobby at home or a prototype for work. Click HERE to learn more about advances of 3D printing in the medical space.  Become a founding reader of our newsletter: http://read.thenextbyte.com/ As always, you can find these and other interesting & impactful engineering articles on Wevolver.com.

In this episode of the Additive Snack Podcast, host Fabian Alefeld delves into the intersection of journalism and additive manufacturing (AM) with Matt Kremenetsky, an analyst from 3Dprint.com. They discuss various aspects of AM, from its breakthroughs and challenges to its role in broader manufacturing ecosystems and supply chains. The conversation covers significant topics including the impact of recent policy shifts, next-wave applications, and changes in the media landscape relating to AM. Matt shares insights on the evolving nature of workforce development and its importance in the manufacturing sector, as well as the future potential for strategic R&D partnerships and investment incentives. Listeners gain an in-depth understanding of emerging market applications in defense, data centers, satellite technology, and power grids, highlighting the importance of thermal management as a unique benefit AM can offer. This episode provides a comprehensive overview of current trends and future outlooks in the AM industry. 00:25 Meet Matt Kremenetsky: Analyst for 3DPrint.com00:52 Diving into Additive Manufacturing Journalism02:15 Matt's Journey into AM03:55 The Evolution of AM06:54 Challenges and Opportunities in Additive Media10:44 The Role of Additive in Modern Manufacturing17:26 Workforce Development and Policy in Additive29:54 Respect for Manufacturing in Germany and Japan30:44 The Rise of Trade Careers in the US31:37 Gen Z's Work Ethic and Technology's Impact34:34 AI's Threat to Entry-Level Jobs35:42 Policies Supporting Manufacturing Investments41:42 Strategic R&D Partnerships and Tax Implications46:23 Future Applications of AM

Naiara Zubizarreta heads up ADDIMAT, Spain's 3D printing federation. Representing Spanish Additive Manufacturing users, OEMs, materials firms, and research institutes, she's come to tell us about 3D printing in Spain. We learn about the Spanish market, including where Spanish firms are focused, what the market is like here, and the concerns of its members. We learn more about European-wide member organizations as well as efforts for a pan-European voice for Additive Manufacturing. This episode of the 3DPOD is brought to you by Nikon SLM Solutions, leaders in industrial metal 3D printing. With open architecture platforms, up to 12 laser productivity and global expertise backed by Nikon, Nikon SLM Solutions is helping manufacturers accelerate adoption, scale production, and achieve mission-critical results within additive manufacturing.  

On this Additive Insight podcast episode, we're joined by Addiguru CEO Shuchi ‘SK' Khurana and Business Development Director Mark Forth. Addiguru is a software company that has developed a real-time monitoring and issue detection solution for additive manufacturing technology. The company's mission is to unlock additive manufacturing's true potential with the power of artificial intelligence. Throughout our conversation, SK and Forth explain how the company leverages AI to detect defects and deliver actionable insights, while also outlining how the company's product helps to streamline the analysis process. We also discuss the company's ongoing industry partnerships with the likes of Authentise and Xact Metal, as well as what is required to scale additive manufacturing.

Elasticity in Extrusions, Printer Speedometer, Bricklayers

New York-based Arc Public Benefit Corp. bought 3D printing pioneer Desktop Metal last month out of bankruptcy. The purchased followed about two years of merger-and-acquisition mania that shifted from assigning billion-dollar valuations on equipment makers to pushing some of the same companies through bankruptcy.  Bryan Wisk, CEO of Arc, says the path to future success is clear -- focusing on running the company instead of getting caught up in the buy-sell drama of corporate mergers.  “There's only one word at DM right now internally; it's focus,” Wisk says. “We're not a distressed debt investor or private equity. We're really deep-growth investors, and we're looking to focus on the core technologies that we bought.” This Great Question episode features a conversation between Wisk and IndustryWeek Editor-in-Chief Robert Schoenberger

Alexander Oster has done an episode with us before, five years ago. There, we learned about his early start in 3D printing and his work thus far. Now we talk to Alex about his passion for open source machine control software. To make a more manufacturing-oriented, connected Additive Manufacturing landscape, Alex wants to offer an open-source framework. The idea is that this framework will accelerate custom machine development and let machine builders make newer machines, innovative machines, and custom machines much faster. The framework will take care of all the major stuff for everyone, leaving machine builders' own developers free to work on competitive advantages and unique points to their machines. This episode of the 3DPOD is brought to you by Nikon SLM Solutions, leaders in industrial metal 3D printing. With open architecture platforms, up to 12 laser productivity and global expertise backed by Nikon, Nikon SLM Solutions is helping manufacturers accelerate adoption, scale production, and achieve mission-critical results within additive manufacturing.  

In this episode of From the Helm, Senior Market Analyst Grady Wulff sits down with Metal Powder Works (ASX:MPW) Founder and MD John Barnes to unpack their transformative, industry-disrupting welding technology offering and what investors can expect looking forward. In this interview, Grady covers:• (0:34): an overview of Metal Powder Works and what they do• (2:12): MPW's cash situation and the runway to scaling• (5:10): what differentiates MPW from its competition • (7:42): MPW's outlook and growth targets for FY26 and beyond. Note: This interview was filmed on 24 September 2025.

In this episode of the Additive Snack podcast, host Fabian Feld interviews Christopher Beeson from ExxonMobil, exploring the integration of additive manufacturing (AM) into the oil and gas industry. Christopher shares his personal journey from traditional welding to 3D printing and outlines ExxonMobil's strategic initiatives in adopting additive manufacturing. Key topics include the company's partnerships with universities, the deployment of advanced technologies like laser powder bed fusion and wire DED, and the establishment of a digital supply network to streamline production. Christopher also highlights the role of the Louisiana Additive Manufacturing Association in workforce development and discusses the challenges and future potential of scaling additive manufacturing within the sector. The episode concludes with details about the upcoming Additive Manufacturing Oil and Gas Summit in Houston, and the significance of industry collaboration in advancing these technologies.00:46 Guest Introduction: Christopher Beeson from ExxonMobil01:36 Chris's Journey into Oil and Gas and Additive Manufacturing04:53 ExxonMobil's Additive Manufacturing Initiatives07:45 Scaling Additive Manufacturing Across ExxonMobil14:35 Field Node and Industry Collaboration21:07 Applications and Future of Additive Manufacturing28:26 Urgent Need for Replacement Parts28:48 Understanding Bubble Caps29:13 Machinery Anti-Wicking Device30:24 Additive Manufacturing Projects33:52 Workforce Development and Partnerships37:34 Scaling Additive Manufacturing42:28 Future of Additive Manufacturing in Oil and Gas43:00 Challenges and Solutions in Additive Manufacturing51:22 Additive Manufacturing Summit52:38 Conclusion and Final Thoughts 

In this new episode of Radar, Safran's podcast, Johanna Zylberstein takes you into the heart of the Safran Additive Manufacturing Campus in Bordeaux, where baths of powder are shaping the products and aircraft of tomorrow—lighter, more innovative, and more energy-efficient. Together with Luc Namer, Head of Technology, dive into the world of additive manufacturing and discover an innovative method that is transforming not only the parts, but also the way we imagine the future of aerospace.Hébergé par Ausha. Visitez ausha.co/politique-de-confidentialite pour plus d'informations.

Section Analysis in Fusion360, Autoloader Weakness, Adding Text to an STL

Designing for Vase Mode, 3D Printed Bellows, Two Design Approaches

Send us a textDuann Scott is a globally recognized leader in computational design, additive manufacturing, and the emerging intersection of software and fabrication. With a background in industrial design and a PhD research foundation from the University of South Australia, Duann launched BITS to ATOMS in 2009 to explore how digital tools would revolutionize product design and manufacturing. What started as an academic pursuit quickly transformed into a dynamic industry journey through some of the most innovative companies in the space.At Shapeways, he helped build one of the first online 3D printing communities. At Autodesk, he shaped the strategy for the $100M Spark investment fund and led the acquisition of Netfabb, now integral to Autodesk's digital manufacturing suite. At nTopology, Duann served in multiple executive roles, driving growth and expanding the company's software integrations for advanced manufacturing applications.In 2021, he relaunched BITS to ATOMS as a consultancy and launched CDFAM, the Computational Design Symposium Series. CDFAM now brings together cutting-edge thinkers across engineering, software, and architecture at events in NYC, Berlin, and Brooklyn. Whether supporting MIT xPRO students, contributing to the Wohlers Report, or guiding the 3MF Consortium as Executive Director, Duann is committed to building better tools, workflows, and communities around computational manufacturing.Beyond his professional pursuits, Duann brings a creative edge from his past life as a musician and designer, continually pushing the boundary between art and engineering. His mission? To create a better digital thread from bits to atoms.LINKS:Guest LinkedIn: https://www.linkedin.com/in/duann/Guest website: https://cdfam.com/Click here to learn more about simulation solutions from Simutech Group.

Drybrushing highlights, Giving up on printing for hire websites, Nervous System

This conversation with Foster Ferguson, Vice President of Industrial Business, explores how Stratasys, a leader in aerospace manufacturing R&D and additive manufacturing, is innovating 3D printing to advance part production, materials, and processes. Advanced additive manufacturing enables parts to be printed in a single, optimized design, thereby reducing supply chain complexity and improving performance. From certifications to safety to cross-industry benefits, this episode highlights how innovations in aerospace ripple across the automotive, industrial tooling, and other manufacturing sectors.Sponsored By:

4 Modeling Exactness in Blender, MSimple Spool Holders, Supportless Printing=YHT, Poro-Lay

Setting Filament Diameter, PLA Goo , Fuel3D Scan, Crucible

In this episode of the Additive Snack podcast, host Fabian Alefeld welcomes Dr. Mohsen Seifi, Vice President of Global Advanced Manufacturing Programs at ASTM International. This insightful conversation covers the convergence of additive manufacturing with adjacent technologies such as robotics, AI, and quantum biotech. Dr. Seifi discusses the initiatives led by ASTM to push additive manufacturing forward, the importance of standards, and the role of ASTM in shaping global manufacturing dynamics.   The episode dives into the historical and current role of ASTM, the transformation and strategic acquisitions like that of Wohlers Associates, and the global adoption of additive manufacturing across various regions. The episode also highlights the significant impact of defense sectors on additive adoption, upcoming trends in the industry, and a preview of the 10th-anniversary ICAM conference. The discussion underscores the importance of standardization, workforce development, and the strategic role of data in advancing additive manufacturing.    00:00 Introduction and Guest Welcome   03:14 Overview of ASTM and Additive Manufacturing   07:32 The Role of AI and Data in Additive Manufacturing   23:14 Global Adoption and Regional Dynamics   33:03 Collaborative Technology and Industry Challenges   34:03 Hurdles in Additive Manufacturing Adoption   38:20 Opportunities in Additive Manufacturing   44:28 Defense Sector's Role in Additive Manufacturing   53:09 Global Investments and Resilience in Additive Manufacturing   57:29 ICAM Conference and Industry Collaboration   01:02:14 Conclusion and Final Thoughts 

Thermocouples and thermistors, Infill by Layer height, 3DScanning on the Moon, Bridge Nylon, Spike

Guitar restoration project, Working with Meshes in Fusion360, Proportional Editing in Blender

Efficient Iteration, Raise3D Sends a Thank you., Printing for strength

In this episode of Weld Wednesday with AWS, I'm joined by Teresa Melfi and Josh Sullivan from Lincoln Electric to talk about the evolving role of automation, robotics, additive manufacturing, and artificial intelligence in the welding industry. Teresa shares insights from her 40+ year career—from being a certified welder to her work on waveform design and advanced robotic systems. Josh dives into alloy R&D and how Lincoln is leveraging AI to improve filler metal development for additive processes. We also explore how automation is improving ergonomics, broadening access to welding careers, and why these technologies aren't replacing welders—they're expanding the industry. Whether you're new to welding or looking to future-proof your career, this episode is packed with valuable insights.   Attend FabTech 2025 in Chicago aws.org/fabtech Learn more about AWS AWS.org 

In this episode of the Additive Snack Podcast, host Fabian Alefeld welcomes back Paul Gradl, Principal Engineer at NASA, for a deep dive into the latest advances and challenges in additive manufacturing. Paul shares how NASA has expanded the range of available materials, pioneering alloys like GR COP and GRX 810 for extreme environments, and how these innovations are now being used in industries beyond aerospace. The conversation covers the rapid acceleration of material development through advanced modeling and early AI adoption, the technical hurdles of scaling up to larger parts, and the realities of additive manufacturing in space—from lunar construction to the potential of asteroid mining. Paul also discusses the importance of learning from failures, NASA's commitment to public data sharing, and his passion for mentorship and STEM education, both at work and at home. Whether you're an industry veteran or new to additive, this episode offers valuable insights and inspiration. Sign up for the NASA Metal AM Master Class today: Metal AM Master Class with NASA | EOS Store - US 2:00 - The Evolution of Additive Materials NASA is expanding material options and redefining what's possible with additive. 7:45 - Material Highlights & Cross-Industry Applications Paul discusses GR COP, GRX 810, and their applications beyond aerospace. 13:45 - AI, Machine Learning & Accelerating Alloy Development AI and modeling are accelerating how new alloys are developed. 17:50 - Scaling Up: Big Parts & NASA's Role NASA is driving the shift toward larger, room-sized additive parts. 23:45 - How Much of a Rocket is Additive? Additive plays a growing—but complementary—role in rocket manufacturing. 26:30 - Additive in Satellites, Space, and In-Space Manufacturing Additive is key to building satellites, landers, and lunar systems. 32:00 - Lunar Regolith, Moon Dust, and Asteroid Mining NASA explores using Moon dust and asteroids for future construction. 36:50 - Learning from Failure: Engine Test Stand Story A test stand failure highlights the importance of understanding the process. 43:45 –Metal AM Master Class Announcement Details on Paul and Omar's upcoming metal AM master class. 46:30 - Mentorship, STEM, and 3D Printing at Home Paul shares how he supports STEM education at NASA and at home.   

eSun TPU LW, Prusa Easy Print, Additive Manufacturing class from MIT

Changing out nozzles on the XL, IS FDM different from FFF?, XL Gripes

In this episode of the Additive Snack Podcast, host Fabian Alefeld is joined by Thomas Pomorski, Director of Additive Manufacturing at Ursa Major. Tom discusses his extensive background in additive manufacturing, including his work at Bechtel Plant Machinery and Penn United. He shares insights into Ursa Major's journey in scaling propulsion manufacturing for space and defense, emphasizing the importance of insourcing, quality systems, and the iterative approach in additive development. Tom delves into the challenges and solutions in scaling additive manufacturing, including complex parameter strategies, automation, and flexible manufacturing. He also highlights Ursa Major's products, such as the Hadley and Draper engines, and the company's innovative approach to solid rocket motor manufacturing. The episode concludes with Tom's advice for companies looking to scale additive manufacturing operations and a look into the future of the industry.01:46 Tom's Journey into Additive Manufacturing02:04 Early Career and First Additive Roles04:38 Joining Ursa Major and Initial Challenges10:11 Vertical Integration and Scaling Challenges20:14 Advanced Additive Strategies and Collaborations26:28 Automating Build Setups with Python26:58 Challenges in Hiring Additive Process Engineers28:06 Building a Passionate and Skilled Team29:30 Leveraging Local Talent and Resources31:17 Collaborating Across the Aerospace and Defense Industry32:50 URS's Product Portfolio and Additive Manufacturing35:34 Flexible Manufacturing for Solid Rocket Motors39:07 Future Developments in Additive Manufacturing41:35 The Importance of Material Development46:29 Scaling Operations and Advice for Newcomers 

Anne Pauley is a technical program manager at Google, implementing world-class manufacturing processes for the Google Pixel smartphone. In this episode, Anne shares her expansive experience in additive manufacturing, industrial art, and engineering design, as well as a mission to bring more diversity to the hands-on fabrication space.In this episode, Anne shares her journey from Penn State to leading innovative projects at Google. She discusses her dual interests in mechanical engineering and music technology, her experiences at Penn State, and her professional journey through various companies including Disney, Meta, and Google. Through her work creating massive art pieces with the Flaming Lotus Girls art collective and her personal art studio, Cognitive Flow Design, she aims to disrupt the industrial design industry. Toward the end of the episode, Penn State rising senior Irena Potochny joins the conversation. Irena and Anne discuss the challenges and opportunities for women in engineering, and Anne offers advice for future engineers.Episode Chapters0:00 - 3:58 Growing up in State College3:58 - 8:03 Pursuing engineering and music at Penn State8:03 - 9:09 Participating in the Humanitarian Engineering and Social Entrepreneurship (HESE) program at Penn State9:09 - 12:02 Understanding additive manufacturing12:02 - 13:17 Experience in the Blue Band13:17 - 16:47 Pursuing a Master's Degree at Penn State in mechanical engineering16:47 - 18:20 Building animatronics at Disney; learning about different types of companies18:20 - 19:26 Working at Meta's Reality Labs, becoming a technical program manager19:26 - 23:21 Innovating the Google Pixel phone, the complexities of designing consumer products23:21 - 24:12 Achieving sustainability in manufacturing through 3D printing24:12 - 29:39 Creating large-scale art installations for Burning Man with Flaming Lotus Girls29:39 - 31:17 Creating innovative light art projects through her studio Creative Flow Design31:17 - 40:08 Student section21:17 -34:38 More efficiently using recycled materials for art34:38 - 36:15 Advice for women entering the engineering field36:15 - 37:07 Selecting materials for art projects37:07 - 39:30 What classes Anne would want to come back to Penn State to takeAbout Anne PauleyAnne is a technical program manager at Google. Anne graduated from the Penn State Schreyer Honors College with dual bachelor's degrees in mechanical engineering (College of Engineering) and music technology (College of Arts and Architecture) before pursuing a master's degree with a focus on mechanical design, mechatronics and additive manufacturing. About Irena PotochnyIrena is a rising fourth-year materials science and engineering student with a minor in sustainability leadership. She is a past participant of the Idea TestLab program at Happy Valley LaunchBox powered by PNC Bank. Irena created an upcycled fashion show as a capstone project, and she is in the process of starting a small business to sell upcycled products. Post-graduation, she plans to pursue a master's degree in textile engineering. The Dare to Disrupt podcast is made possible by the generous support of the Penn State Smeal College of Business.

Making Better Prints Step1,2,3. . ., FF Extruder fun, 123d Catch, Cells Bowl

In this episode of the Additive Snack Podcast, host Fabian Alefeld is joined by Madhi Jamshid and Scott Sevcik of the ASTM Additive Manufacturing Community to discuss significant trends and insights within the additive manufacturing industry. They delve into the history and evolution of the Wohlers Report, various advancements in different sectors like defense and consumer products, and the impact of geopolitical factors such as trade policies on the industry. The discussion also covers the maturity of additive manufacturing, the role of standards and certifications provided by ASTM, and future growth projections. Madhi and Scott offer a comprehensive view of how the industry has evolved and what to expect in the coming years. 01:47 History and Evolution of Wohlers Report 02:54 Wohler Report's Acquisition and Transformation 06:35 Consulting and Advisory Services 13:46 Emerging Trends in Additive Manufacturing 30:28 Challenges and Slowdowns in the Industry 38:01 Scalability in Hardware vs. Software Investments 39:07 Impact of Politics and Trade Policies on Additive Manufacturing 39:55 Complexities and Uncertainties in Global Supply Chains 46:18 European Union's Defense Spending and Additive Manufacturing 52:50 Role of Standards in Additive Manufacturing 01:02:44 Future Trends and Industry Growth Projections 01:14:41 Conclusion and Final Thoughts  

Makerbot Gen5 FAIL, Essential tools, Replicator 2 Upgrades, Copper finish

In this episode of the podcast, host Fabian Alefeld interviews Chris Holshouser, Deputy Program Director of Maritime Systems at BlueForge Alliance. They discuss the Navy's ambitious projects, focusing on advanced technologies like additive manufacturing, supply chain optimization, and workforce development. Chris elaborates on the challenges and goals associated with the Columbia and Virginia class submarines, the importance of enhancing the maritime industrial base, and the need for skilled labor in manufacturing. The conversation also touches on the establishment of the Additive Manufacturing Center of Excellence, partnerships with various organizations, and the long-term vision for modernization and technological integration in shipbuilding. More information on the Maritime Industrial Base Additive Manufacturing Excellence training available here.   01:23 Meet Chris and BlueForge Alliance 02:37 Mission and Impact of BlueForge Alliance 04:32 Understanding the US Navy's Triad and Submarine Classes 07:03 Challenges in Modernizing the Industrial Base 12:30 Role of Additive Manufacturing in the Navy 19:26 Understanding Metallurgy in Welding 19:40 Applications and Supply Chain Impact 21:22 Certification and Qualification Process 22:42 Additive Manufacturing in Practice 24:19 Challenges and Opportunities in Additive Manufacturing 28:17 Interdisciplinary Nature of Additive Manufacturing 30:18 Evaluating Parts for Additive Manufacturing 32:54 Advancements in Additive Manufacturing 37:01 Future Directions and Call to Action  

On this episode of Crazy Wisdom, I, Stewart Alsop, talk with Sarah Boisvert, founder of New Collar AI, about the future of work in manufacturing, the rise of “new collar” jobs, and how technologies like 3D printing and AI are transforming skills training. We cover her experience with Fab Labs, creating a closed-loop AI tutor for workforce development, and the challenges of capturing implicit knowledge from retiring experts. Sarah also shares insights from her books The New Collar Workforce and People of the New Collar Workforce, which feature augmented reality to bring stories to life. You can connect with Sarah through LinkedIn.Check out this GPT we trained on the conversationTimestamps00:00 Sarah introduces New Collar jobs and how digital skills are transforming blue collar roles, discussing FedEx robotics and augmented workers.05:00 Stewart asks about 3D printing challenges; Sarah explains advances in printer automation and the ongoing difficulty of CAD design.10:00 They discuss Generation Z as digital natives, instant gratification, and workforce engagement, highlighting Lean manufacturing principles.15:00 Sarah reflects on how technology speeds life up, her experiences with management training, and the importance of communication on factory floors.20:00 They explore text-to-CAD possibilities, Sarah's closed-loop AI tutor for manufacturing, and the creation of a proprietary technical database.25:00 Sarah describes the scale of open jobs in 3D printing, challenges of filling them, and shifting perceptions of manufacturing work.30:00 Discussion of robotics safety, small business adoption barriers, and the need for human oversight in automation.35:00 Sarah talks about capturing implicit knowledge from retiring experts, using LLMs for factory floor solutions, and military applications.40:00 Knowledge management, boutique data sets, and AI's role in preserving technical expertise are explored.45:00 Sarah shares insights on product design, her AR-enabled book, and empowering workers through accessible technical training.Key InsightsSarah Boisvert introduces the concept of “new collar” jobs, emphasizing that modern manufacturing roles now require digital skills traditionally associated with white-collar work. She highlights how roles like CNC machinists and 3D printing operators blend hands-on work with advanced tech, making them both in-demand and engaging for a younger, tech-savvy workforce.The conversation explores the rise of Fab Labs worldwide and their role in democratizing access to manufacturing tools. Boisvert shares her experience founding a Fab Lab in Santa Fe, enabling students and adults to gain practical, project-based experience in CAD design, 3D printing, and repair skills critical for today's manufacturing environment.Boisvert underscores the persistent skills gap in manufacturing, noting that 600,000 U.S. manufacturing jobs remain unfilled. She attributes part of this to outdated perceptions of manufacturing as “dirty and unsafe,” a narrative she's actively working to change through her books and training programs that show how modern factories are highly technical and collaborative.She reveals her team's development of a closed-loop large language model for workforce training. Unlike ChatGPT, this system draws from a proprietary database of technical manuals and expert knowledge, offering precise, context-specific answers for students and workers without relying on the open internet.The episode dives into generational differences in the workplace. Boisvert describes how Gen Z workers are motivated by purpose and efficiency, often asking “why” to understand the impact of their work. She sees Lean principles as a key to managing and empowering this generation to innovate and stay engaged.On automation, Boisvert stresses that robots are not replacing humans in manufacturing but filling labor shortages. She notes that while robots improve efficiency, they require humans to program, monitor, and repair them—skills that new collar workers are being trained to master.Finally, she shares her innovative approach to storytelling in her book People of the New Collar Workforce, which uses augmented reality to bring worker stories to life. Readers can scan photos to hear directly from individuals about their experiences transitioning into high-tech manufacturing careers.

Changes to the latest XLs, Foaming Filament, Foam Infill

Layer lift bubble issue, Faint strings on the XL, Non Bambu TPU in the X1c

Mixing PLA with PETG, Printing Shoes

In this episode of the Additive Snack Podcast, host Fabian Alefeld interviews Alex Oster, Director of Additive Manufacturing at Autodesk. The conversation spans Alex's journey from his early career in 1998 in Bavaria to his current influential role at Autodesk. They delve into the evolution of the additive manufacturing industry, from its early days to the current market dynamics and innovations, including the impact of AI and simulation technologies.  Alex shares stories from his time at FIT and Netfabb, including the challenges and innovations they faced. He explains Autodesk's strategy of integrating specialized tools into one cohesive platform, Fusion 360, which offers comprehensive solutions for both industrial and mass-market applications. They also discuss the crucial role of workforce development and the importance of making advanced manufacturing tools accessible to students and professionals. The episode concludes with thoughts on the future of additive manufacturing and the impact of AI on the industry. 01:09 Alex's Journey into Additive Manufacturing 02:32 Early Industry Challenges and Innovations 07:29 Growth and Development of NetFabb 12:16 Impact of FDM Revolution 21:32 Autodesk Acquisition and Integration 30:13 Fusion 360: A Comprehensive Tool 37:31 Workforce Development and Industry Adoption 47:15 The Rise of Low-Cost Machines 48:29 The Evolution of Metal Additive Manufacturing 49:43 Western Machine Vendors and Market Dynamics 50:03 High-End Custom Machines and Industry Trends 53:49 AI's Role in Additive Manufacturing 54:44 Autodesk's Product Strategy and Market Position 56:52 Simulation and Surrogate Modeling 01:10:01 Challenges in Polymer Simulation 01:11:30 AI and Computer Vision in Manufacturing 01:14:30 The Future of Manufacturing Integration 

Marleen Vogelaar was Shapeways' first CFO and came back to save the firm from bankruptcy. She takes us through the drama and effort to rebound the firm and grow it once again. What is their strategy to be? What markets will they target, what technologies will they use, and where will they invest? Will the firm focus on consumers, businesses, manufacturing, or prototypes? Will the company look at series manufacturing and more assembly operations, or stick to what others do? On the whole, this is an exciting set of experiences and a well-informed look into the future of Additive Manufacturing.

Micro LiDAR Sensor Clean, CO2 Meter Case, Plastic Electric trucks

F360 Quirks, Fusion Tip from listener, Non Bambu filament in the AMS

X1C update, Filament Choices for Closed Vs Open Source, End of de minimus

X1C Printing my own stuff, Reworking Fusion 360 models, Watch out for tall and thin

PCTG For crystal-like esthetic, X1C wiping , Adventures in Caving LiDAR

More Tariff talk, Making a LiDAR scanner Pt2, X1C First prints