Podcasts about Smart manufacturing

Welcome to the daily304 – your window into Wonderful, Almost Heaven, West Virginia. Today is Thursday, November 13, 2025. #1 – From WV TOURISM - Paranormal Trail Connects Ghostly Sites Across WV Halloween may be over, but it's not too late to experience a little spooky fun. West Virginia's Paranormal Trail guides visitors to more than 20 haunted and mysterious destinations statewide, from old asylums to mine shafts and haunted hotels. All you have to do is register for a digital passport, check in at each location, and unlock prizes—from stickers and keyrings to a limited-edition lantern. Sign up now! Learn more: wvtourism.com/west-virginia-paranormal-trail   #2 – From MU ADV MFG - Blenko Glass Infuses Craft with Smart Manufacturing in Milton In Milton, Blenko Glass Company is merging its century-old tradition of hand-blown glass with advanced manufacturing techniques—such as CNC machining and hybrid production—to remain competitive. With support from the Marshall Advanced Manufacturing Center, the company trained staff on new equipment while preserving the artistry of glass blowing. Read more: mfg.marshall.edu/blenko-infuses-glassmaking-with-advanced-manufacturing-techniques   #3 – From WV STATE PARKS - Pet-Friendly Parks & Trails Expand Access Across WV West Virginia's outdoor offerings aren't just for humans—many state parks and forest trails now welcome leashed dogs, offering pet-friendly cabins, cottages and hiking access. With the trend toward dog-inclusive travel, parks like Blackwater Falls State Park, Babcock State Park and others have expanded amenities for animals and owners alike. Visit West Virginia State Parks online and book your pet friendly stay today! Learn more: wvstateparks.com/pet-friendly-vacation   Find these stories and more at wv.gov/daily304. The daily304 curated news and information is brought to you by the West Virginia Department of Commerce: Sharing the wealth, beauty, and opportunity in West Virginia with the world. Follow the daily304 on Facebook, Twitter, and Instagram @daily304. Or find us online at wv.gov and just click the daily304 logo. That's all for now. Take care. Be safe. Get outside and enjoy all the opportunity West Virginia has to offer.  

In this episode of Clocking In: Voices of NC Manufacturing, host Phil Mintz sits down with Dr. Jason Alexander, Business Development Manager at Alotech, Inc., a contract manufacturing company based in Goldston, North Carolina. Alotech's journey—from its early roots in remanufacturing to its expansion into machining, engineering, logistics, and product development—reflects both the adaptability and innovation driving North Carolina's manufacturing economy. The company was recognized with the 2019 NCMEP Manufacturing Leadership Award for innovative practices that improved customer profit margins through remanufacturing process improvements. Jason shares his remarkable personal and professional path—from a college basketball standout to a leader in sustainable manufacturing—and discusses how determination, mentorship, and community relationships have shaped his career. LINKS NCMEP | IES | Alotech ABOUT The North Carolina Manufacturing Extension Partnership (NCMEP) NCMEP is the official state representative of the Hollings Manufacturing Extension Partnership (MEP), a program of the U.S. Department of Commerce's National Institute of Standards and Technology (NIST). The MEP National Network is a unique public-private partnership that delivers comprehensive solutions to manufacturers, fueling growth and advancing U.S. manufacturing. NCMEP is administered by NC State University Industry Expansion Solutions and partners with the Economic Development Partnership of NC, the Polymers Center of Excellence, Manufacturing Solutions Center, Hangar6, University of North Carolina at Charlotte Industrial Solutions Lab, and NC State University Wilson College of Textiles to help manufacturing companies develop and maintain efficient operations that are well-positioned to grow profitably. NC State University Industry Expansion Solutions (IES) Through combined resources and collaboration efforts, NC State University Industry Expansion Solutions provides services that help manufacturers to: Expand Local and U.S. Supply Chain Vendor Relationships Access Customized Training Programs to Narrow the Workforce Gap Realize the Efficiencies of Smart Manufacturing and Advanced Technology Save Time and Energy through Improved Processes, Productivity and Capacity Expand Facility and Equipment Capabilities Increase Sales and Profits Create and Retain Jobs Streamline New Product Design, Testing, Development and Time to Market Dr. Phil Mintz Dr. Phil Mintz is the executive director of NC State Industry Expansion Solutions (IES) and director of the North Carolina Manufacturing Extension Partnership (NCMEP). Phil drives outreach to NC manufacturers, builds relationships with federal and state leaders, and coordinates efforts to drive profitable manufacturing growth in the state. He also leads the broader IES Extension Operations outreach unit of regional managers, technical specialists, and business development leaders, providing business engagement, assessment, and improvement tools. This includes statewide peer networks, ISO 9000 quality management systems, Six Sigma, Lean manufacturing, environmental services, and health and safety solutions. Dr. Jason Alexander Dr. Jason Alexander is the Business Development Manager for Allotech, Inc., where he leads efforts to match the company's broad manufacturing capabilities to customer needs. A former college athlete and educator, Jason's unique background spans entrepreneurship, humanitarian service, and leadership—earning him the President's Lifetime Achievement Award for Volunteerism in 2022.

If there is a city in China that embodies the spirit of breaking new ground, daring to dream, and turning visions into reality, it is Shenzhen.在中国，若论哪个城市最能诠释敢闯敢试、敢为人先、将愿景变为现实的精神，那一定是深圳。From a fishing village in southern China about four decades ago to a global innovation powerhouse today, the city has become a living showcase of China's reform and opening-up, as well as a launchpad for the future of sustainable, digital and green development. Shenzhen is suitable to chart the future of Asia-Pacific cooperation.四十多年前，深圳还是中国南方的一个小渔村；如今，它已崛起为全球创新高地。这座城市不仅是中国改革开放的生动缩影，更是推动可持续发展、数字发展与绿色发展的未来试验田。深圳完全有能力引领亚太合作的未来方向。On Saturday, Chinese President Xi Jinping announced in Gyeongju, South Korea that Shenzhen will host the Asia-Pacific Economic Cooperation (APEC) Economic Leaders' Meeting in November 2026.周六，中国国家主席习近平在韩国庆州宣布，深圳将于2026年11月主办亚太经合组织（APEC）领导人非正式会议。Noting that Shenzhen has developed from a small and backward fishing village into a modern international metropolis over the past few decades, Xi said that the city's rise is a miracle in the history of world development created by the Chinese people and also an important window to China's unswerving pursuit of a mutually beneficial and win-win opening-up strategy.习近平指出，几十年来，深圳从一个落后的小渔村发展成为现代化国际大都市，这座城市的崛起是中国人民创造的世界发展史上的奇迹，也是中国坚定不移奉行互利共赢开放战略的重要窗口。LIVING LAB OF OPEN INNOVATION开放创新的“活实验室”In a speech at the second session of the 32nd APEC Economic Leaders' Meeting under the title "Jointly Forging a Sustainable and Brighter Future," Xi highlighted the need for open innovation by leveraging shared scientific and technological advances through collaborative efforts.在第32届APEC领导人非正式会议第二阶段会议上，习近平以“携手打造可持续、更加繁荣的未来”为题发表讲话，强调要通过协同合作，依托共享科技成果，推动开放创新。"At present, the new wave of scientific and technological revolution and industrial transformation is deepening," Xi said."Challenges such as climate change, food security and energy security are intensifying. Asia-Pacific economies must enhance mutually beneficial cooperation, make good use of new opportunities, stand up to new challenges, and forge a sustainable and brighter future together," he said.习近平表示：“当前，新一轮科技革命和产业变革深入发展，气候变化、粮食安全、能源安全等挑战不断加剧。亚太各经济体必须加强互利合作，用好新机遇，应对新挑战，共同打造可持续、更加繁荣的未来。”For Daniel Dumbrill, a Canadian current affairs commentator who once lived in Shenzhen for 14 years, Shenzhen exemplifies cooperative action in the tech field.曾在深圳生活14年的加拿大时事评论员丹尼尔・邓布里尔（Daniel Dumbrill）认为，深圳是科技领域合作实践的典范。"Much of APEC's purpose is practical cooperation: trade, tech-sharing and green growth. Shenzhen doesn't preach -- it delivers," he said. "Shenzhen fits APEC's style perfectly and can act as inspiration for the entire APEC region."“APEC的核心目标之一是务实合作，涵盖贸易、技术共享与绿色发展。深圳从不空谈，而是实干。”他说，“深圳与APEC的理念高度契合，完全能够为整个亚太经合组织区域提供借鉴。”Characterized by a dense cluster of leading tech enterprises and high-growth startups in artificial intelligence (AI), biotech and advanced manufacturing, Shenzhen's strategic emerging industries have become a pillar of its economy. Their added value rose to 1.56 trillion yuan (about 220 billion U.S. dollars) in 2024, representing 42.3 percent of the city's gross domestic product (GDP).深圳汇聚了大量人工智能、生物科技、高端制造领域的龙头科技企业与高成长性初创公司，战略性新兴产业已成为其经济支柱。2024年，深圳战略性新兴产业增加值达1.56万亿元（约合2200亿美元），占全市地区生产总值（GDP）的42.3%。The city's unwavering drive for innovation aligns perfectly with Xi's call for APEC economies to "unleash the potential of digital and smart development to give the Asia-Pacific region a fresh edge in innovation-driven development" and "promote new quality productive forces." But equally important is the fact that in Shenzhen, the spirit of cooperation has long been taking root.深圳对创新的不懈追求，与习近平提出的“释放数字智能发展潜力，为亚太创新驱动发展注入新动能”及“推动新质生产力发展”的倡议高度契合。同样重要的是，合作精神早已在深圳落地生根。Shenzhen's strengths in sectors such as electronic information, new energy and AI align closely with the strong demand from Association of Southeast Asian Nations (ASEAN) countries undergoing digital and industrial transformation.深圳在电子信息、新能源、人工智能等领域的优势，与正经历数字化和产业转型的东南亚国家联盟（东盟）各国的强劲需求高度匹配。At the 22nd China-ASEAN Expo held in September, Shenzhen's "Smart Manufacturing" drew global attention with its innovative edge, resulting in on-site contracts worth 47.61 million yuan (about 6.7 million dollars) and intended deals totaling 192.4 million yuan (about 27.1 million dollars).在2024年9月举办的第22届中国—东盟博览会上，深圳“智能制造”凭借创新优势吸引了全球目光，现场签约金额达4761万元（约合670万美元），意向成交总额达1.924亿元（约合2710万美元）。Meanwhile, since 1999, the China High-tech Fair has been held annually in Shenzhen, serving as a significant window for China's opening-up in the high-tech sector and an important platform for exchanging and trading technological achievements.与此同时，自1999年起，中国国际高新技术成果交易会（简称“高交会”）每年在深圳举办。作为中国高新技术领域对外开放的重要窗口，高交会已成为技术成果交流与交易的关键平台。"APEC is a wildly diverse set of economies that all have unique strengths and weaknesses. As a new city, Shenzhen has been at the forefront of building a new style of global city," said Andrew Hutchins, associate professor at Shenzhen's Southern University of Science and Technology.深圳南方科技大学副教授安德鲁・哈钦斯表示：“APEC涵盖的经济体多样性极强，各有独特优势与短板。作为一座新兴城市，深圳始终走在打造新型全球城市的前沿。”"Shenzhen has now fused its own unique characteristics based on research, innovation and organization that can serve as a model for new upcoming cities looking for rapid development," said Hutchins.“如今，深圳已融合形成基于科研、创新与组织管理的独特城市特质，可为寻求快速发展的新兴城市提供典范。”哈钦斯说。GREEN GROWTH PATTERN FOR FUTURE引领未来的绿色发展模式During his speech, Xi called for staying committed to green and low-carbon development to build a new paradigm for sustainable development in the Asia-Pacific region.习近平在讲话中呼吁，坚持绿色低碳发展，构建亚太可持续发展新范式。"We should keep in mind our responsibility to our future generations, enhance synergy between green development strategies of all economies, promote free flows of quality green technologies and products, accelerate the green and low-carbon transition, and vigorously tackle climate change," Xi said.“我们要牢记对子孙后代的责任，加强各经济体绿色发展战略协同，推动优质绿色技术和产品自由流动，加快绿色低碳转型，积极应对气候变化。”习近平强调。Innovation in Shenzhen is not just digital. It is also green. Over the past years, the city has become a leader in clean energy and sustainable urban development. It is the first city in the world to electrify its entire public bus fleet, a transformation that has cut millions of tons of carbon emissions annually.深圳的创新不仅体现在数字领域，更贯穿于绿色发展之中。过去数年，深圳已成为清洁能源与可持续城市发展的领军者——它是全球首个实现公共交通巴士全面电动化的城市，这一转型每年可减少数百万吨碳排放。The city is a hub for renewable energy technology production, with companies manufacturing solar panels, wind turbines and energy-storage systems, and has also developed projects like the Shenzhen Energy Ring plant, which generates electricity from waste and supplies it to the city's grid.深圳还是可再生能源技术生产枢纽，众多企业在此制造太阳能电池板、风力涡轮机与储能设备。此外，深圳还建成了深圳能源生态园等项目，通过垃圾焚烧发电并接入城市电网。China itself has set ambitious goals to have CO2 emissions peak before 2030 and achieve carbon neutrality before 2060. On Saturday, Xi briefed leaders of the APEC economies on China's concrete actions to advance global green transition.中国已制定明确的绿色发展目标：力争2030年前实现碳达峰，2060年前实现碳中和。周六，习近平向APEC各经济体领导人介绍了中国推动全球绿色转型的具体举措。"China has submitted its 2035 Nationally Determined Contributions on climate response, and will implement the system of dual control over the volume and intensity of carbon emissions across the board," said the Chinese leader.习近平表示：“中国已提交《中华人民共和国2035年温室气体排放控制目标》，将全面实行碳排放总量和强度双控制度。”"China has funded the establishment of the APEC Support Fund -- Sub-fund on Promoting Digitalization for Green Transitions, and will continue to implement relevant initiatives on clean energy and green transition," Xi said.“中国出资设立了APEC促进绿色转型数字化专项基金，将继续实施清洁能源与绿色转型相关举措。”For Wirun Phichaiwongphakdee, director of the Thailand-China Research Center of the Belt and Road Initiative, the Asia-Pacific region should steadfastly pursue green economic and industrial strategies, continue strengthening strategic alignment with China's development initiatives, and build more stable and secure supply and industrial chains.泰国—中国“一带一路”研究院院长威伦・披差翁帕迪认为，亚太地区应坚定推行绿色经济与产业战略，持续加强与中国发展倡议的战略协同，构建更稳定、更安全的供应链与产业链。"China's transition to green and low-carbon development is steadily advancing. China's efforts toward achieving carbon peak and carbon neutrality have been widely recognized," said the expert.“中国向绿色低碳发展转型的步伐稳健，在实现碳达峰、碳中和目标上的努力得到了广泛认可。”这位专家表示。As the host of the APEC Economic Leaders' Meeting in 2026, China shoulders the important mission of guiding Asia-Pacific cooperation and helping it reach a new stage, said Christina Ruth Elisabeth, economist at the Faculty of Economics and Business, University of Indonesia.印度尼西亚大学经济与商学院经济学家克里斯蒂娜・露丝・伊丽莎白指出，作为2026年APEC领导人非正式会议的主办国，中国肩负着引领亚太合作、推动其迈向新阶段的重要使命"In the field of sustainable development, advancing renewable energy and low-carbon investment will be crucial to supporting long-term growth," said the expert, stressing that the 2026 APEC meeting is expected to become a significant milestone in building a more open, inclusive, sustainable and resilient Asia-Pacific economy.“在可持续发展领域，推动可再生能源发展与低碳投资对支撑长期增长至关重要。”她强调，2026年APEC会议有望成为打造更开放、更包容、更可持续、更具韧性的亚太经济的重要里程碑。powerhouse /ˈpaʊəhaʊs/n.强大的组织；实力雄厚的机构paradigm /ˈpærədaɪm/n.范例；典范；

Biodegradable water-soluble films. Recycling that reuses molecules over and over. AI that can develop more sustainable polymers. In this conversation, Sustainably Speaking host Mia Quinn sits down with Anne Kolton, Chief Sustainability Officer at SK Capital Partners, to explore the next wave of innovation in manufacturing and materials. Anne shares how her team invests in companies developing breakthrough products, how U.S. manufacturing can launch smarter, more efficient processes, and why engineering and AI will transform the materials we all use every day. 

Trailblazers in Smart Manufacturing: Women Leading Innovation Join a panel of influential women who are shaping the future of smart manufacturing. Learn from their personal journeys, challenges, and leadership insights.  Visit https://advancedmanufacturing.org/webinars for more webinars and an interactive experience with visuals. Panelists Include:  Jane Arnold, Chief Customer Officer, APERIO  Carley Mollica, Ph.D., MRC Program Manager, Lockheed Martin  Supriya Puragundla, Senior Solutions Architect, Amazon Web Services (AWS)  Suzy Teele, Chief Strategy Officer, ARM Institute  Facilitated by: Jennifer Coyne, Director of Programs, The Barnes Global Advisors    Learning Outcomes:  Gain insights into the latest smart manufacturing innovations  Understand the unique challenges and leadership lessons from women in the field  Discover strategies to advance your career and impact 

在本集特別專訪中，《TECHIT, TECHIE》邀請東元電機暢談企業近年與未來的關鍵發展戰略。從智慧製造與數位轉型，探討東元如何透過創新技術與智慧工廠布局提升全球競爭力。節目同時聚焦東元在綠色能源與永續發展的低碳轉型之路，剖析其如何結合綠能技術與 AI 數據中心需求，打造適用於中東、東南亞與美國市場的永續建置模型。最後，我們將深入了解東元跨足電動車與 AI 資料中心領域的下一步戰略，揭示這家百年企業如何以創新與合作，迎接智慧交通與高效運算的未來。 東元電機也將參加2025 AIoT Taiwan & TAITRONICS，展覽將在10月22日至24日，在南港展覽館1館舉行，展覽主題聚焦AI物聯、智慧監控、工業物聯嵌入式系統、衛星通訊、智慧數據中心及機器人與智慧自動化，預計將有超過250家參展商、超過5000名專業人士參觀，請持續鎖定本頻道，關注展覽動態。 In this special episode of TECHIT, TECHIE, TECO Electric & Machinery shares its key strategies for the present and future. We begin with smart manufacturing and digital transformation, exploring how TECO leverages innovation and smart factory deployments to strengthen global competitiveness. The conversation then shifts to TECO's path toward green energy and sustainable development, examining how the company integrates renewable technologies with AI data center requirements to build sustainable deployment models for markets in the Middle East, Southeast Asia, and the U.S. Finally, we take a closer look at TECO's next strategic leap into the EV and AI data center sectors, revealing how this century-old company is embracing innovation and collaboration to power the future of smart mobility and high-performance computing. TECO will also be participating in the 2025 AIoT Taiwan & TAITRONICS, which will take place from October 22 to 24 at Taipei Nangang Exhibition Center, Hall 1. The exhibition will focus on themes including AIoT applications, smart surveillance, industrial IoT embedded systems, satellite communications, smart data centers, and robotics & smart automation. It is expected to feature over 250 exhibitors and attract more than 5,000 industry professionals. Stay tuned to this channel for the latest updates on the exhibition. -節目主持：Raymond -成音剪輯：林佳欣 -製作團隊：TAITRA X Soundtalk Creative -音樂來源：http://www.premiumbeat.com -- Hosting provided by SoundOn

In this episode of "Clocking In, Forces of NC Manufacturing," host Phil Mintz, director of the North Carolina Manufacturing Extension Partnership (NCMEP), interviews John Weir, the founder and CEO of I2E Group ( I2E stands for "Innovation to Execution”). Based in High Point, North Carolina, the I2E Group specializes in the design, development, and production of a variety of electronic assemblies, including printed circuit boards, electromechanical assemblies, cable assemblies, and harness assemblies. Weir founded his first company, Nimbus Technologies, in 1993, which was a contract manufacturing business. He later started the I2E Group to offer a more comprehensive service, ranging from early-stage innovation to final execution and manufacturing. Listeners will gain insights into the status of the printed circuit board (PCB) industry, how I2E Group has succeeded by focusing on "high contact" projects, where they can protect customers' intellectual property and meet stringent quality standards for industries like medical, aerospace, and defense, the challenges of sourcing raw components, and the continued growth of domestic manufacturing. LINKS NCMEP | IES | I2E Group ABOUT The North Carolina Manufacturing Extension Partnership (NCMEP) NCMEP is the official state representative of the Hollings Manufacturing Extension Partnership (MEP), a program of the U.S. Department of Commerce's National Institute of Standards and Technology (NIST). The MEP National Network is a unique public-private partnership that delivers comprehensive solutions to manufacturers, fueling growth and advancing U.S. manufacturing. NCMEP is administered by NC State University Industry Expansion Solutions and partners with the Economic Development Partnership of NC, the Polymers Center of Excellence, Manufacturing Solutions Center, Hangar6, University of North Carolina at Charlotte Industrial Solutions Lab, and NC State University Wilson College of Textiles to help manufacturing companies develop and maintain efficient operations that are well-positioned to grow profitably. NC State University Industry Expansion Solutions (IES) Through combined resources and collaboration efforts, NC State University Industry Expansion Solutions provides services that help manufacturers to: Expand Local and U.S. Supply Chain Vendor Relationships Access Customized Training Programs to Narrow the Workforce Gap Realize the Efficiencies of Smart Manufacturing and Advanced Technology Save Time and Energy through Improved Processes, Productivity and Capacity Expand Facility and Equipment Capabilities Increase Sales and Profits Create and Retain Jobs Streamline New Product Design, Testing, Development and Time to Market Dr. Phil Mintz Dr. Phil Mintz is the executive director of NC State Industry Expansion Solutions (IES) and director of the North Carolina Manufacturing Extension Partnership (NCMEP). Phil drives outreach to NC manufacturers, builds relationships with federal and state leaders, and coordinates efforts to drive profitable manufacturing growth in the state. He also leads the broader IES Extension Operations outreach unit of regional managers, technical specialists, and business development leaders, providing business engagement, assessment, and improvement tools. This includes statewide peer networks, ISO 9000 quality management systems, Six Sigma, Lean manufacturing, environmental services, and health and safety solutions. John Weir John Weir is the Founder and Chief Executive Officer of i2E Group, LLC, based in High Point, North Carolina. With a career in manufacturing that began in 1993, he brings more than three decades of expertise in engineering, product development, and executive leadership. John earned his Bachelor of Science in Engineering and his Master of Business Administration from Cornell University, a foundation that has shaped his approach to innovative problem-solving and scalable manufacturing. Under his leadership, i2E Group has established itself as a trusted partner, supporting product design, prototyping, and low- to mid-volume electronics equipment production across diverse industries including aviation, life sciences, telecommunications, and defense.

Gayatri Kalyanaraman is in conversation with Sunil David, Digital Technology Consultant |Ex-Regional Director(IOT)- AT&T  we discuss What does it take to evolve from installing multiplexers in the 90s to becoming one of India's most respected IoT evangelists and startup mentors? In this episode, Sunil David shares his three-decade journey across telecom, IoT, and digital transformation. Early Career FoundationsSunil began his professional journey in 1994, right after completing his Electronics and Communication Engineering. Unlike many peers who shifted to unrelated fields, he was one of the “lucky few,” as he puts it, to continue working in his chosen discipline for decades.First role – Multiplexers & Railway Networks His very first assignment was with a small company where he installed multiplexers across India's railway network. These devices connected mainframe computers to remote terminals, ensuring reliable communication across long distances. This hands-on experience with infrastructure and connectivity became the bedrock for his later work in telecom.CMS Computers – Networking Era He then moved to CMS Computers, focusing on LAN and WAN networking solutions. This gave him exposure to enterprise IT and network integration, skills that were highly relevant when India's telecom sector was on the cusp of privatization.Telstra Wecom (1996) – Entering Telecom's Liberalization Phase A pivotal career move came in 1996 when Sunil joined Telstra Wecom, a joint venture between Telstra Australia and VSNL (later Tata Communications). This was just two years after India opened its telecom sector to private players—a historic shift.AT&T and Passion for IoTAfter short but formative experiences in networking, VSAT installations, and enterprise software, 2000 marked a turning point when Sunil joined AT&T. What began as a role in sales grew into a 14-year career where he rose to become Regional Head for South India, handling enterprise connectivity services.Focused on telecom and enterprise connectivity, including mobile, landline, and data services for large enterprises.Built strong CXO-level relationships, gaining insight into how enterprises viewed technology not just as infrastructure, but as enablers of business growth.Developed a strategic mindset: learning how to sell not just technology, but business outcomes—a skill that would become vital in his IoT work. After a short return to Telstra, Sunil came back to AT&T in 2017—this time with a completely different mandate: to lead AT&T's IoT business in India and ASEAN.This was when IoT adoption globally was still nascent, and in India it was just taking shape. Sunil recalls that he had been personally fascinated by IoT since 2011–2012, when the idea of “things being connected to the internet”—from cars to machines—caught his imagination.Technology Evangelism & MentorshipSpeaking engagements became not just a platform to promote AT&T's services, but also a way to educate enterprises and build credibility in the ecosystem.At AT&T, Sunil saw how business and technology intersect—sparking his next chapter as a technology evangelist with a focus on strategy, startups, and purpose-driven innovation.His first keynote was on 9th August 2017.From there, he went on to speak at 400+ industry forums, covering IoT, AI, metaverse, cybersecurity, and digital transformation. He transitioned from corporate leader to solopreneur and mentor, working with startups in AI, IoT, sustainability, and climate change.His contributions to CII, NASSCOM, and initiatives like Women Wizards Rule Tech, where he has mentored thousands of women in digital skills.How he manages his time, creates content for 32,000+ LinkedIn followers, and leverages tools like ChatGPT and Perplexity to boost productivity.Practical advice for professionals: continuous learning, attending industry forums, building a legacy, and balancing financial, physical, and spiritual well-being.At this time Sunil David, works on immersing himself in a specific set of fields to be a thought leader, and fully dedicate himself to mentorship, sustainability, and giving back. Quotable Moments from Sunil David“Imagine the value you can unlock when billions of assets—from machines in a factory to vehicles on the road—start generating data. The opportunities to monetize and transform industries are humongous.”“We are clearly seeing the move from being reactive to predictive. Thanks to AI and IoT, enterprises can act proactively before something causes damage—whether it's a machine on a shop floor or even human health.”“Optimizing energy usage is not just good for the environment—it makes business sense. Lower energy bills mean direct savings, while reducing carbon emissions benefits the planet.”“Learning never stops. We are in a lifelong journey of learning and unlearning. The day you stop learning is the day you stop growing.”“It's not just about financial success. You have to ask yourself—what legacy am I leaving behind? Will people remember the impact I created?”“My forte is B2B, especially AI and IoT for manufacturing and sustainability. Staying focused allows me to truly add value to startups, rather than spreading myself thin.”About Sunil DavidSunil David is an Independent Digital Technology Consultant with over 30 years of experience in the IT and Telecom Industry . He's spent almost 20 years with AT&T India. In his last stint with AT&T held from March 2017 until April 2022 , he was the Regional Director – IOT( India and ASEAN ). He's had extensive experience in Business Strategy , Sales , Business Development and Alliance & Partnership building during my AT&T stints .Sunil is associated as a Gold Mentor with T-Hub ( Telangana Hub) based in Hyderabad one of India's largest startup incubators supporting some of India's most innovative technology startups specifically focused on areas around Smart Manufacturing and ESG.Sunil is a much sought after speaker in several industry forum on topics related to IOT, AI, 5G, Digital Transformation , Industry 4.0 and 5.0 , Gen AI, Metaverse, Future of Technology , Future of Work , Digital Marketing , Cyber security , Quantum Computing, ESG etc. He has also authored a number of articles for various technology websites, B2B Tech and telecom related publications and a few prominent media houses like Fortune India, Indian Express, Moneycontrol, ET Edge , Communications Today, Voice and Data, etc.Sunil is actively engaged with Industry bodies like CII, NASSCOM , IET, IACC etc working on a number of National initiatives around Digital Transformation advocacy and awareness for Enterprises especially SMEs, Digital Skilling for Women, Startup-Corporate connect , ESG awareness etc.Sunil is an alumnus of Symbiosis Institute of Management Studies, Pune ( Post Graduate Diploma in Business Administration with specialization in Marketing )Sunil can be reached at https://www.linkedin.com/in/sunil-david-8165971/

Send us a textAlex Reed is a Co-founder, President and CCO of Yokogawa Fluence Analytics ( https://www.fluenceanalytics.com/ ), a manufacturer of systems that produce continuous data streams enabling real-time optimization of manufacturing and R&D processes. The company, formerly known as Fluence Analytics, is a division of the Yokogawa Electric Corporation ( https://www.yokogawa.com/ ).Prior to founding Fluence Analytics, Alex worked as the Associate Director for Operations and Strategy at Tulane-PolyRMC (Center for Polymer Reaction Monitoring and Characterization), an R&D center which is active in fundamental and applied polymer research.​Alex co-founded Advanced Polymer Monitoring Technologies (APMT) in 2012 to commercialize technologies developed at Tulane-PolyRMC. His vision and leadership took the University spin-out from patented laboratory concepts to a company delivering innovative products for process monitoring and optimization for chemical and biopharmaceutical manufacturers.​In 2017 APMT became Fluence Analytics to emphasize its focus on continuous process analytics and better reflect the company's vision for the future of polymer and biopharmaceutical manufacturing. As the CEO of Fluence Analytics, Alex works with customers, team members and other stakeholders to develop and execute the strategic vision of the company. Alex serves on the boards for the Smart Manufacturing Leadership Coalition and the Applied Polymer Technology Extension Consortium. Alex holds a B.A. in Economics and Latin American Studies and a minor in Business Administration from Tulane University. In 2016 Forbes recognized Alex as a 30 under 30 recipient, and he has been recognized with several local entrepreneur and innovation awards.#AlexReed #YokogawaFluenceAnalytics #Polymers #Polymerization #Biophysics #Macromolecules #TechTransfer #SmartManufacturing #Biopharmaceuticals #Entrepreneurship #ProgressPotentialAndPossibilities #IraPastor #Podcast #Podcaster #ViralPodcast #STEM #Innovation #Technology #Science #ResearchSupport the show

From Classroom to Continuous Improvement: Clifton Dial's Journey in Manufacturing Leadership. In this episode of Clocking In: Voices of NC Manufacturing, host Phil Mintz sits down with Dr. Clifton Dial, Operations Manager at WePack Logistics in Laurinburg, North Carolina. From a start in biology and education to a leadership role in manufacturing, Dr. Dial shares his unconventional career path and how his passion for leadership development and continuous improvement ultimately led him to WePack. WePack Logistics, a 2025 NC Manufacturing Leadership Award winner for Continuous Improvement, specializes in contract packaging, display assembly, and co-manufacturing services for major brands like Campbell's. Clifton discusses how his background in teaching and consulting shaped his leadership style, the challenges and opportunities of working in a seasonal operation, and how WePack is building a culture of efficiency and standardization to support long-term growth. Listeners will gain insights into leadership strategies, lean manufacturing practices, and the importance of investing in people and processes for sustainable manufacturing success. LINKS: NCMEP | We Pack Logistics ABOUT: The North Carolina Manufacturing Extension Partnership (NCMEP) NCMEP is the official state representative of the Hollings Manufacturing Extension Partnership (MEP), a program of the U.S. Department of Commerce's National Institute of Standards and Technology (NIST). The MEP National Network is a unique public-private partnership that delivers comprehensive solutions to manufacturers, fueling growth and advancing U.S. manufacturing. NCMEP is administered by NC State University Industry Expansion Solutions and partners with the Economic Development Partnership of NC, the Polymers Center of Excellence, Manufacturing Solutions Center, Hangar6, University of North Carolina at Charlotte Industrial Solutions Lab, and NC State University Wilson College of Textiles. to help manufacturing companies develop and maintain efficient operations that are well-positioned to grow profitably. Through combined resources and collaboration efforts, NCMEP provides solutions and services that help manufacturers to: › Expand Local and U.S. Supply Chain Vendor Relationships › Access Customized Training Programs to Narrow the Workforce Gap › Realize the Efficiencies of Smart Manufacturing and Advanced Technology › Save Time and Energy through Improved Processes, Productivity and Capacity › Expand Facility and Equipment Capabilities › Increase Sales and Profits › Create and Retain Jobs › Streamline New Product Design, Testing, Development and Time to Market Dr. Phil Mintz Dr. Phil Mintz is the executive director of NC State Industry Expansion Solutions (IES) and director of the North Carolina Manufacturing Extension Partnership (NCMEP). Phil drives outreach to NC manufacturers, builds relationships with federal and state leaders, and coordinates efforts to drive profitable manufacturing growth in the state. He also leads the broader IES Extension Operations outreach unit of regional managers, technical specialists, and business development leaders, providing business engagement, assessment, and improvement tools. This includes statewide peer networks, ISO 9000 quality management systems, Six Sigma, Lean manufacturing, environmental services, and health and safety solutions. Dr. Clifton Dial Dr. Clifton Dial is Operations Manager at We Pack Logistics, located in Scotland County, North Carolina.   Dial's primary focus at We Pack Logistics is to improve efficiencies and build a culture of continuous improvement through training and development of people and processes. Dial has earned a Ph.D. in Organizational Leadership and holds several certifications in lean manufacturing and leadership development. As an organizational consultant, Dial has over 12 years of experience in training and development, focusing on leadership and continuous improvement, specifically in manufacturing, warehousing, and distribution companies across North Carolina.  Before joining the We Pack Team, Clifton served as the lead trainer and curriculum developer for Dial Ventures LLC, where he provided customized leadership and continuous improvement training to over 100 industries across the state.  

Send us a textIn this episode of Embedded Insiders, Editor-in-Chief Ken Briodagh dives into the transformative role of AI in Smart Manufacturing and the impact of 5G connectivity on enterprise operations with Telit Cinterion's Bill Dykas, Senior Product Line Manager, and Stan Gray, SVP of IoT Broadband and High Cat Vertical Sales.But first, Rich, Ken, and I unpack the recent "OpenAI for Government" initiative—a collaboration between OpenAI and the U.S. Department of Defense. Is this a bold step toward smarter public-sector technology, or does it raise serious concerns about security and oversight?For more information, visit embeddedcomputing.com

This week, Progressive's Jeremy McKeown and Gareth Evams discuss the market reaction to Trump's potential intervention in the Israel-Iran conflict, as well as interest-rate "holds" from the US and UK in the face of ongoing inflationary pressure. Japan continues to confuse - and to present major risk - with high inflation and close-to-zero interest rates, while the US/Japan trade deal is still conspicuous by its absence. Progressive client news focussed on one stock, Oxford Metrics, whose H1 results statement highlights H2 weighting along with a skew towards US academia - a market segment clearly under pressure from Trump's defunding of large chunks of US educational budgets. Smart Manufacturing growth will, over time, diversify the group away from these risks, but investors are worrying about the near-term. Following a recent IPO, the UK now has its own version of the US-based Strategy (fka Microstrategy) - a "bitcoin treasury" business known as The Smarter Web Company. The stock has rocketed post its recent float, and Jeremy and Gareth discuss the fact that, from almost all bubbles and collapses, there are persistent changes, and some survivors... Speaking of survivors, Thomas Moore's fund at Aberdeen has now moved to trading at a PREMIUM to its NAV - after a decade of discounts...and the fund is raising new capital. Evidence of green shoots then, both in terms of micro-cap investor risk appetite, and investor perceptions of value at a steady and high-quality long term investment trust. Next week looks quiet - US GDP and inflation data will allow Trump to blame "Too Late Jay" Jerome Powell (and maybe Joe Biden) although clearly events in the Middle East will be key.

The production digital twin offers many ways for aerospace manufacturers to improve their manufacturing processes, from simulating plans before building them physically to optimizing them with real-time operational data. Yet it is just one component in a variety of strategies that leverage digital technology to transform production processes. How does the production digital twin relate to these strategies, and how can they benefit each other? In this episode of Talking Aerospace Today, Todd Tuthill, Vice President of Aerospace, Defense, and Marine for Siemens Digital Industries Software, is joined again by Sunil Chhabra from Portfolio Development in manufacturing engineering for Siemens. They dive deep into how the production digital twin relates to the product digital twin, and where the production digital twin can be taken in the future of aerospace manufacturing.   In this episode, you will learn: The relationship between the production digital twin and the product digital twin What developing technologies can enhance the production digital twin in the future How collaboration across the ecosystem can be improved through the combination of these technologies Why the production digital twin and digital transformation are the key to the future of aerospace manufacturing

Today's guest is Tim Burge, Director at Aquant. Aquant is an AI platform built for service teams that maintain and repair complex equipment. It gives clear, accurate answers to service questions — from basic fixes to deep diagnostics — so field techs, call centers, managers, and customers can get to solutions faster. Used by top manufacturers like Siemens and Hologic, Aquant helps reduce downtime, lower service costs, and boost customer satisfaction. Tim joins Emerj Editorial Director Matthew DeMello for today's conversation to discuss how manufacturing leaders are reevaluating their AI deployment strategies across field service and operations. As the dust settles on the generative AI hype cycle, organizations are moving past the build-versus-buy binary and embracing hybrid approaches. Tim explains why service departments in particular require a specialized lens for AI implementation and shares how leaders can optimize time-to-value, improve data quality, and drive adoption across legacy environments. Want to share your AI adoption story with executive peers? Click emerj.com/expert2 for more information and to be a potential future guest on the ‘AI in Business' podcast! This episode is sponsored by Aquant. Learn how brands work with Emerj and other Emerj Media options at emerj.com/ad1.

Your industrial network isn't just infrastructure—it's the lifeline of your manufacturing operation. Without a properly designed and installed network, you're setting yourself up for productivity losses, frustrating downtime, and potentially compromising worker safety.Manufacturing environments present unique challenges that office-grade networking equipment simply can't handle. Vibration, contaminants, extreme temperatures, and electromagnetic interference quickly destroy standard components, yet many facilities continue using consumer-grade solutions that inevitably fail. From patch panels duct-taped to beams to unshielded cables running alongside power lines, these makeshift setups might save money initially but prove catastrophically expensive when they fail at critical moments.A comprehensive network assessment prevents problems before they escalate into expensive failures. This process examines everything from component selection (choosing appropriate cables, connectors, and switches) to performance requirements (understanding latency needs from basic HMI applications to precision motion control systems). Security implementation through frameworks like CPWE ensures protection at every level while maintaining operational uptime.What makes industrial networks particularly challenging is that they only grow larger over time. Today's network is the smallest it will ever be, as facilities continually add devices, sensors, and capabilities. This constant expansion demands forward-thinking design that can accommodate growth without compromising performance, particularly for time-sensitive applications where even microsecond delays cause significant problems.Ready to take control of your industrial network? Connect with our team of experts who can help assess your current infrastructure and design a robust, secure solution that will support your smart manufacturing journey. Visit EECOOnline.com to get started today and stop leaving your operation's lifeline to chance.Keep Asking Why...Smart Manufacturing Resources:Smart Manufacturing GuideSchedule a Network AssessmentRead our latest article on Smart Manufacturing herehttps://eecooline.com/inspire/backboneOnline Account Registration:Video Explanation of Registering for an AccountRegister for an AccountOther Resources to help with your journey:Installed Asset Analysis SupportSystem Planning SupportSchedule your Visit to a Lab in North or South CarolinaSchedule your Visit to a Lab in VirginiaSubmit your questions and feedback to: podcast@eecoaskwhy.comFollow EECO on LinkedInHost: Chris Grainger

Join Amy Bryson, Steve Plumb and Chris Mahar as they reflect on the 10-year journey of Smart Manufacturing magazine, discussing its evolution covering key innovations in manufacturing technology and the exciting transition to Manufacturing Engineering & Technology magazine in August. 

Smart manufacturing, adaptive production, and automation will be vital strategies as the aerospace and defense industry transforms its manufacturing processes. However, implementing those strategies can be expensive, and manufacturers will want to make sure they avoid issues during the process. To ensure they receive the full return on investment from transforming their processes, A&D manufacturers should leverage the production digital twin. In this episode of Talking Aerospace Today, Todd Tuthill, Vice President of Aerospace Defense, and Marine for Siemens Digital Industries Software, is joined by Sunil Chhabra, from Portfolio Development in manufacturing engineering for Siemens. Together, they explore what a production digital twin is and how A&D manufacturers can use it to optimize their production processes.   In this episode, you will learn: The definition of a production digital twin What benefits the production digital twin can bring to manufacturing processes How detailed simulations from the production digital twin can be The role of the production digital twin across the production lifecycle

Any aerospace manufacturer looking to transform its production processes is going to see automation as a critical component. Still, how much automation is enough, and how can manufacturers best align automation strategies with their goals? In this episode of Talking Aerospace Today, Todd Tuthill, Vice President of Aerospace, Defense, and Marine for Siemens Digital Industries Software, is joined again by Suresh Rama, Portfolio Development Executive in digital manufacturing for Siemens. They conclude their discussion on automation in A&D by looking at how companies can optimize automation and smart manufacturing for their individual needs. In this episode, you will learn: The key indicators companies should consider when implementing automation What automation looks like in greenfield and brownfield factories Where to start when beginning to implement automation strategies

The path to smart manufacturing excellence is paved with strategy, not just technology. As manufacturing facilities face increasing pressure to modernize, many struggle with where to begin. The answer lies not in rushing to install the newest devices, but in gaining clarity about your current state.We unpack three essential steps that form the foundation of any successful smart manufacturing journey. First, the installed asset analysis—a comprehensive evaluation of your facility's electrical and control infrastructure that delivers objective truth rather than assumptions. This critical assessment reveals obsolete equipment, identifies gaps in critical spares, and highlights potential safety hazards that could derail your operations. When you understand what you truly have, you can make informed decisions about what needs to change.The second step involves exploring possibilities through a smart tech review. This immersive, hands-on approach demonstrates how modern technologies can improve diagnostics, connectivity, and performance in your specific environment. By bringing together diverse stakeholders—from maintenance technicians to IT personnel—these reviews transform into creative workshops where your team can imagine future possibilities.Finally, progression planning bridges your current state with your desired future through a strategic roadmap. This multi-year plan ensures every replacement moves you forward, standardizing on smarter, connected devices while establishing data collection priorities aligned with your operational goals. The key is collaborative development across departments to turn upgrade necessities into innovation opportunities.Manufacturing excellence doesn't require perfect conditions to begin transformation. Start small with targeted assessments, build momentum through incremental improvements, and partner with experts who understand both the technology and the practical challenges of implementation. Your smart manufacturing journey begins with understanding where you are—then deciding where you want to go.Keep Asking Why...Smart Manufacturing Resources:Smart Manufacturing GuideRead our latest article on Smart Manufacturing herehttps://eecooline.com/inspire/smart_journey_beginOnline Account Registration:Video Explanation of Registering for an AccountRegister for an AccountOther Resources to help with your journey:Installed Asset Analysis SupportSystem Planning SupportSchedule your Visit to a Lab in North or South CarolinaSchedule your Visit to a Lab in VirginiaSubmit your questions and feedback to: podcast@eecoaskwhy.comFollow EECO on LinkedInHost: Chris Grainger

Automation is a core element of smart manufacturing strategies and has been steadily making its way through the aerospace and defense industry. However, as A&D manufacturers seek to increase their manufacturing processes, more than automation will be required. This is where adaptive production strategies come into play. In this episode of Talking Aerospace Today, Todd Tuthill, Vice President of Aerospace, Defense, and Marine, for Siemens Digital Industries Software, is once again joined by Suresh Rama, Portfolio Development Executive in digital manufacturing for Siemens. They discuss where automation fits into the wider ecosystem of A&D manufacturing, as well as the definition and role of adaptive production. In this episode, you will learn: How automation benefits A&D supply chains and non-OEMs The path to automation within the digital transformation maturity framework The definition of adaptive production What benefits adaptive production brings to A&D manufacturers

With the rise of new drones and uncrewed aircraft, the aerospace and defense industry looks to transform their manufacturing processes and produce more aircraft. Fortunately, there is already an industry that has leveraged automation and smart manufacturing to reach similar goals: the automotive industry. In this episode of Talking Aerospace Today, Todd Tuthill, Vice President of Aerospace, Defense, and Marine, is joined by Suresh Rama, Portfolio Development Executive in digital manufacturing for Siemens. Together, they discuss how automated A&D manufacturing is compared to automotive, where automation can expand, and more. In this episode, you will learn: Why automotive is a key industry aerospace can learn from to boost manufacturing The extend of automation in both automotive and aerospace Which areas of A&D manufacturing are most automated Where else automated can be applied in A&D

Digital transformation in manufacturing isn't achieved through sweeping overhauls—it happens through progression. Like mountain climbers confronting "false summits" where they think they've reached the peak only to discover more climbing ahead, manufacturers often face discouraging plateaus on their journey toward modernization. The key to conquering these challenges? Smart devices that provide the connectivity foundation for everything that follows.Smart manufacturing begins with standardization of your network infrastructure. Before implementing any technology, you need clear standards for communication protocols across all levels—from field devices to enterprise systems. Without this foundation, scaling becomes virtually impossible. Following the wisdom to "think big, act small," successful implementations typically begin with a single production line or process cell as a test bed. Define what data you need, prove the concept works, and only then scale across additional systems.The most challenging aspect for many manufacturers isn't collecting data—it's transforming that raw information into actionable insights that drive meaningful decisions. Power meters, temperature sensors, motor overload relays, and other smart devices provide tremendous data, but without standardized formats, monitoring mechanisms, and analytics tools, that information remains underutilized. When evaluating smart devices, focus on capabilities that provide relevant insights for your specific applications rather than being distracted by features that won't deliver practical value.As you progress in your smart manufacturing journey, prepare for emerging technologies by establishing Ethernet standardization, enabling mobile integration for real-time access via smartphones, and exploring how AI can prevent downtime through predictive analytics. Remember that progress happens incrementally—one small, intentional step after another. The marathon toward modernization is won through continuous improvement, not overnight transformation.Smart Manufacturing Resources:Smart Manufacturing GuideRead our latest article on Smart Manufacturing herehttps://eecoonline.com/inspire/smart_manufacture_conceptOnline Account Registration:Video Explanation of Registering for an AccountRegister for an AccountOther Resources to help with your journey:Installed Asset Analysis SupportSystem Planning SupportSchedule your Visit to a Lab in North or South CarolinaSchedule your Visit to a Lab in VirginiaSubmit your questions and feedback to: podcast@eecoaskwhy.comFollow EECO on LinkedInHost: Chris Grainger

As the aerospace and defense industry seeks to increase its production volumes, new tools and technologies will be needed. If manufacturers want to build complex, modular aircraft at the numbers they want, factories will need to be updated to be more adaptive and automated. Smart manufacturing technology can be crucial to achieving these goals. In the latest episode of Talking Aerospace Today, Todd Tuthill, Vice President of Aerospace, Defense, and Marine for Siemens Digital Industries Software, continues the introduction to the digital transformation of A&D manufacturing from the previous episode. Here, he discusses what smart manufacturing is, the role automation plays, the impact on the workforce, and more. In this episode, you will learn: How digital transformation maturity fits with A&D manufacturing What makes a smart factory “smart” How the role of human workers will change What A&D manufacturing could look like in the future

964: Caterpillar is celebrating 100 years of innovation—and it's just getting started. In this episode of Technovation, host Peter High welcomes Jamie Engstrom, CIO and SVP of IT at Caterpillar, to discuss how the industrial giant is evolving through data strategy, digital transformation, and customer-centric innovation. Jamie shares her insights on leading a global IT organization of 2,200 professionals, the company's customer-back mindset, and how Caterpillar leverages AI, telematics, and real-time analytics to support over 4 million assets across the globe. From smart manufacturing to supply chain modernization and condition monitoring systems, Jamie explores how Caterpillar is shaping the next century of industrial excellence.

Manufacturing for the aerospace and defense industry is undergoing a process of transformation. As companies seek to drive down costs and get products to market faster, they are also looking increase their production volumes, especially for particular aircraft such as drones. To enable factories and manufacturing processes to meet these demands, smart manufacturing is becoming an invaluable tool. In this new series of episodes, Todd Tuthill, Vice President of Aerospace, Defense, and Marine for Siemens Digital Industries Software, will explore the rise of higher-volume production in A&D and how smart manufacturing can help companies reach their goals. This introduction delves into the root causes behind A&D's manufacturing transformation and the key challenges hindering the journey to higher-volume production. In this episode, you will learn: Why the A&D industry is pushing to increase production volumes How particular products such as drones demand changing manufacturing processes The obstacles main obstacles in increasing aerospace production volumes

In this latest episode, editor-in-chief Steve Plumb sits down with Smart Manufacturing lead contributing editor Amy Bryson and contributing editor Kip Hanson, to discuss the April issue of Smart Shop Essentials. They detail some of the informative stories you'll be able to read, and they also give a small preview into the upcoming June issue.  To learn more about Smart Shop Essentials, visit advancedmanufacturing.org/smart-shop-essentials

We've hit the trifecta in this latest episode! Join Smart Manufacturing contributing lead editor Amy Bryson as she previews our April issue with SME Media editor-in-chief Steve Plumb and contributing editor Kip Hanson. They discuss Smart's articles on workforce development, technological innovations, and the impact of AI on supply chain resilience.

This episode highlights Ethernet's essential role in smart manufacturing, emphasizing its reliability, scalability, and interoperability as key components of modern industrial connectivity. Listeners will gain insights into Ethernet's network levels, topologies, and the importance of choosing the right communication protocol for their manufacturing needs.• Ethernet enhances real-time data flow from the factory floor to business systems • Four primary network levels with distinct functions explained • Overview of network topologies: star, ring, trunk • Introduction to the OSI model and its relevance to Ethernet • Comparison of Ethernet and PROFINET protocols • The importance of interoperability in industrial networks • Future outlook on Ethernet as a cornerstone of industrial connectivity  Remember to keep asking why...Smart Manufacturing Resources:Smart Manufacturing GuideRead our latest article on Smart Manufacturing herehttps://eecoonline.com/inspire/smart_manufacture_concept Online Account Registration:Video Explanation of Registering for an AccountRegister for an AccountOther Resources to help with your journey:Installed Asset Analysis SupportSystem Planning SupportSchedule your Visit to a Lab in North or South CarolinaSchedule your Visit to a Lab in VirginiaSubmit your questions and feedback to: podcast@eecoaskwhy.comFollow EECO on LinkedInHost: Chris Grainger

Emphasizing the urgency for modernization in the manufacturing sector, this episode unpacks the vital role of smart manufacturing as the way forward.Key discussions revolve around overcoming barriers, fostering a proactive mindset, and implementing incremental changes for long-term success.• Urgent need for modernization due to aging infrastructure • Modernization defined as upgrading systems, not total overhauls • Benefits include increased productivity, reduced downtime, and access to real-time data • Importance of shifting from reactive to proactive thinking • Misconceptions about smart manufacturing clarified • Key barriers like cultural resistance and funding constraints outlined • Practical steps for implementing a modernization strategy discussed • Connected machines and flexible production lines highlighted as essential elements Remember to keep asking why...Smart Manufacturing Resources:Smart Manufacturing GuideRead our latest article on Smart Manufacturing here https://eecoonline.com/inspire/smart_manufacture_future Online Account Registration:Video Explanation of Registering for an AccountRegister for an AccountOther Resources to help with your journey:Installed Asset Analysis SupportSystem Planning SupportSchedule your Visit to a Lab in North or South CarolinaSchedule your Visit to a Lab in VirginiaSubmit your questions and feedback to: podcast@eecoaskwhy.comFollow EECO on LinkedInHost: Chris Grainger

This week, Deloitte's Tim Gaus joins the series to explors the future of manufacturing, discussing key challenges manufacturers are set to face in 2025, including workforce management, agility in production, and technology modernization. Together, we highlight the importance of balancing human expertise with automation, the impact of generative AI on manufacturing processes, and the need for a harmonized digital core to optimize supply chain management and manufacturing efficiency. Come join us as we discuss the Future of Supply Chain.

In this episode of Workforce 4.0, host Ann Wyatt converses with Mark Beckmann, Director of Manufacturing Industry Solutions at Microsoft, to explore the evolving role of AI in manufacturing and its transformative potential. This episode offers some great insight into practical applications of AI with a special emphasis on the concept of AI Agency as a growing trend for companies heading into 2025. Mark also discusses other big ideas such as AI democratization and adoption, AI skills for the future workforce and concerns about the longterm impact that AI will have on our everyday lives and the future of work for humans. In This Episode:-00:29: Mark Beckmann's Background and Role at Microsoft-03:14: Diving into AI and Future Trends-04:04: AI in Manufacturing and Task Automation-07:45: AI in HR and Performance Reviews-10:13: Career Opportunities and Skills in AI-12:54: Prompt Engineering Explained-17:00: AI Democratization and Business Impact-20:34: The Ubiquity of AI in Our Lives-21:31: AI in Manufacturing: Enhancing Efficiency-23:25: AI's Impact Beyond Manufacturing-26:35: AI in Healthcare: Transforming Patient Care-28:14: The Future of AI: Opportunities and Concerns-32:58: AI and Labor: A Symbiotic Relationship-34:57: Agriculture and AI: Feeding the Future-35:53: Conclusion and Contact InformationMore About Mark Beckmann:As a Director, Manufacturing Industry Solutions at Microsoft, Mark works with all manufacturers to consult with them on their Industry 4.0 and Digital Transformation Initiatives. In particular, helping them transform their innovation, operational excellence, supply chain, field and dealer management services to fuel their ability to grow and compete in the face of advances in technology and disruption. Mark frequently engages with and advises manufacturers on innovations related to the Internet of Things (IoT), Smart Manufacturing, Connected Products, Analytics, Artificial Intelligence and the application of these technologies to address their manufacturing challenges. Mark frequently speaks at conferences and industry events on topics in manufacturing and leads Microsoft work with the Digital Manufacturing Design and Innovation Institute. Mark has worked in the Information Technology field for 38 years as a consultant, partner manager, sales and sales management positions. To learn more about Mark, connect with him here. The Future of Work (and this Episode) Is Brought To You By Secchi:Secchi is a revolutionary workforce engagement tool created for organizations to make data-driven frontline decisions in real-time. By measuring and combining multiple people-related lead indicators, Secchi provides in-the-moment visibility into individual frontline employee performance, team performance, engagement/turnover risks, and positive employee behaviors all while removing the traditional barriers of administrative burden on leaders. To learn more about Secchi, check them out here.

In this episode, Padma Raghunathan, Product Marketing Manager at Deltek, discusses the future of smart manufacturing, focusing on the integration of AI and automation, workforce augmentation, and the evolving roles within the manufacturing sector.

Happy New Year and as we begin 2025 we want to highlight the significance of smart manufacturing. We explore the importance of adaptation, innovation, and practical steps to embrace this transformative shift in industrial manufacturing.- Overview of smart manufacturing and its importance for the future- Historical context of manufacturing innovations and their evolution - Current challenges faced by aging electrical infrastructure in the U.S.- The concept of fully integrated and collaborative manufacturing systems- The freedom to innovate and implement incremental changes - Practical steps for getting started in smart manufacturing - Emphasizing the value of starting small and making incremental improvements - The importance of aligning changes with corporate standards and performance goals- Encouragement to act without delay amid global competition- Resources available for manufacturers to assist in their smart manufacturing journeyCheck out the show notes for a link to our Smart Manufacturing Guide to support your journey toward transformation.Remember to keep asking why...Smart Manufacturing Resources:Smart Manufacturing GuideRead our latest article on Smart Manufacturing here https://eecoonline.com/inspire/smart_manufacturing_evolve  Online Account Registration: Video Explanation of Registering for an AccountRegister for an AccountOther Resources to help with your journey:Installed Asset Analysis SupportSystem Planning SupportSchedule your Visit to a Lab in North or South CarolinaSchedule your Visit to a Lab in VirginiaSubmit your questions and feedback to: podcast@eecoaskwhy.comFollow EECO on LinkedInHost: Chris Grainger

Send us a textIn this episode, recorded live at SEMICON Europa in Munich, Françoise von Trapp continues her conversations with the keynote speakers on helping to build Europe's technical sovereignty, and how implementing digital twins can help achieve this goal. John Behnke, of Inficon, discussed the evolution of smart manufacturing in the semiconductor industry. He highlighted how smart software can increase factory productivity by 5-15% by making autonomous decisions based on digital twins. You'll learn about Behnke's vision for the Smart Control Room. Catherine Le Lan, Synopsys, emphasized the need for collaboration between academia and industry to address the talent shortage, suggesting cross-disciplinary education and early branding of microelectronics. Katharina Westrich, Siemens, explained how digital twins optimize factory planning, reduce emissions, and train workforce remotely, envisioning a future where virtual and real-world operations are seamlessly integrated. SEMIA global association, SEMI represents the entire electronics manufacturing and design supply chain. Disclaimer: This post contains affiliate links. If you make a purchase, I may receive a commission at no extra cost to you.Support the showBecome a sustaining member! Like what you hear? Follow us on LinkedIn and TwitterInterested in reaching a qualified audience of microelectronics industry decision-makers? Invest in host-read advertisements, and promote your company in upcoming episodes. Contact Françoise von Trapp to learn more. Interested in becoming a sponsor of the 3D InCites Podcast? Check out our 2024 Media Kit. Learn more about the 3D InCites Community and how you can become more involved.

Dell Technologies has announced the expansion of its Dell AI for Telecom programme in collaboration with Intel, bringing new AI-driven solutions to communications service providers (CSPs) in Ireland. This initiative aims to support network operations and enterprise edge use cases, enhancing efficiency, reliability, and cost savings. This expansion is particularly relevant for the Irish market, where CSPs can benefit from these advanced solutions. To fully harness AI's potential, CSPs require infrastructure capable of processing a growing amount of real-time data. The Dell AI for Telecom programme offers a comprehensive ecosystem of hardware, software and AI expertise, enabling CSPs to implement AI efficiently and develop revenue-generating services by harnessing the power of data. The new solutions enable CSPs to integrate AI into their networks and build AI solutions at the edge, allowing CSPs to monetise their network investments and enterprise clients. Network Operations Solutions: Intent-Based RAN Assistant with Aira: This tool, powered by AiRA Technologies, helps network engineers by gathering data and creating simple applications based on their needs. It speeds up app development and makes network operations more efficient. Network Traffic Analysis and Optimization with Opanga: This software, placed in the core of the mobile network, gives operators a clearer view of data traffic, significantly boosting network efficiency. AI-Powered Network Automation with EnterpriseWeb: The Netwrx.ai tool offers 5G network automation, allowing users to manage and set up network components through a natural language interface. Enterprise Edge Solutions: AIoT-Powered Site Security with EPIC.IO: Combines AI models with IoT technology to automate security operations and provide centralized management for safer venues. Vision AI for Smart Manufacturing with Chooch: Uses computer vision to predict and detect incidents, improving efficiency and preventing production interruptions in manufacturing. AI-Powered Mission Critical Communication with Ecrio: Facilitates voice commands for controlling IoT devices like cameras, drones, and robots. Real-Time AI-Powered Crowd Analytics with WaitTime: Utilizes video analytics from existing cameras to offer real-time insights, helping optimize operations. AI-Powered Smart Transportation with A.I Tech: Employs AI and deep learning for video analysis, enhancing transportation systems by monitoring vehicles, traffic, parking, and pedestrian movement. Footfall and Crowd Analytics with TensorGo: Uses video analytics to track foot traffic and crowds, supporting safety in smart cities and retail spaces. AI-Powered Worker Safety and Hazard Detection with Aotu: Applies AI for real-time video analysis to ensure worker safety. Intelligent Video Analytics for Retail, Transportation, and Ports with Gorilla: Uses existing CCTV footage to detect suspicious activities and provide useful analytics. AI-Powered Video Analytics for Safety with Axxonsoft: Helps maintain site security across different industries using AI. Inventory Visibility and Management with C5i: Identifies inventory issues and suggests proactive measures. Andrew Vaz, VP, of Product Management for Telecom System Business at Dell Technologies, said: "To fully harness AI's potential, communications service providers (CSPs) require an infrastructure capable of processing real-time data. Our Dell AI for Telecom program offers a comprehensive ecosystem of hardware, software, and AI expertise, empowering CSPs to efficiently implement AI and develop revenue-generating services. The new solutions help CSPs easily bring AI into their network for efficiency, reliability, and cost savings, and build AI solutions at the edge to monetize the investments in their network with the enterprise." As demand for AI solutions grows, Intel and Dell have optimized edge AI applications running on Dell PowerEdge XR8000 servers powered by Intel Xeon processors. These applications...

Livia Rice, Director of Outreach and Engagement at the ARM Institute, joins Contributing Lead Editor Amy Bryson for a discussion about how Industry 4.0 is ushering in a new age of manufacturing with automation, robotics and artificial intelligence, as well as what the ARM Institute is doing to help prepare the U.S. manufacturing workforce and connect people with valuable career opportunities.

In today's episode of Advanced Manufacturing Now, host David Muller speaks with Pedro Pachuga, CEO of Advex AI, about the transformative role of AI in industrial automation. They discuss the technology behind Advex, its integration into manufacturing processes, and the future vision of becoming a central intelligence system for industrial efficiency. To stay up to date on all things manufacturing, visit us at advancedmanufacturing.org About SME Media Publishers of Manufacturing Engineering, Smart Manufacturing and AdvancedManufacturing.org, SME Media are manufacturing industry thought leaders, keeping an eye on what's next. From additive manufacturing, software, and robots to virtual reality and the Industrial Internet of Things, we keep industry professionals up to date on the innovations that are leading the charge of advanced manufacturing. We are committed to keeping our readers informed about relevant news, technology and advances that improve their ability to make decisions in an intensely competitive global environment.

In this episode, host David Muller speaks with Graham Locke, Director of Business Development at Visual Components. They discuss the evolution of manufacturing simulation, the importance of collaboration and customization, and how virtual and augmented reality are transforming the industry. To stay up to date on all things manufacturing, visit us at advancedmanufacturing.org About SME Media Publishers of Manufacturing Engineering, Smart Manufacturing and AdvancedManufacturing.org, SME Media are manufacturing industry thought leaders, keeping an eye on what's next. From additive manufacturing, software, and robots to virtual reality and the Industrial Internet of Things, we keep industry professionals up to date on the innovations that are leading the charge of advanced manufacturing. We are committed to keeping our readers informed about relevant news, technology and advances that improve their ability to make decisions in an intensely competitive global environment.

In this episode, host Steve Plumb discusses the pressing issues of workforce shortages and skills gaps in the manufacturing sector with guests Chris Brown, Vice President of Sales for CADDi, and Jacob Sanchez,  Industry Solutions and Community Development for igus Inc. They explore the role of AI in transforming manufacturing processes, the importance of mentorship in knowledge transfer, and strategies for creating a culture of mentorship within organizations. To stay up to date on all things manufacturing, visit us at advancedmanufacturing.org About SME Media Publishers of Manufacturing Engineering, Smart Manufacturing and AdvancedManufacturing.org, SME Media are manufacturing industry thought leaders, keeping an eye on what's next. From additive manufacturing, software, and robots to virtual reality and the Industrial Internet of Things, we keep industry professionals up to date on the innovations that are leading the charge of advanced manufacturing. We are committed to keeping our readers informed about relevant news, technology and advances that improve their ability to make decisions in an intensely competitive global environment.

In the face of a looming talent crisis, with over 3 million manufacturing jobs expected to remain unfilled in the next decade, the industry is turning to generative AI as a vital solution. Host Chris Luecke talks with Andrew Hastert, Director of Digital Strategy and Portfolio at Rockwell Automation, in this episode of Manufacturing Happy Hour about how GenAI can not only streamline operations but also empower a new generation of workers who may lack traditional manufacturing experience.They cover GenAI's ability to simplify complex tasks, such as programming and troubleshooting, which could significantly reduce the barriers for entry-level employees and help preserve critical tribal knowledge that is at risk of being lost as experienced workers retire.As generative AI continues to evolve, it promises to transform how manufacturers approach workforce challenges. And, in this conversation, Chris and Andrew shed light on its potential to not just fill gaps but also enhance productivity and innovation within manufacturing.In this episode, find out:Andrew defines AI as applying math to data to derive insights not possible with traditional methods, using powerful parallel computingHe explains how GenAI uses the transformer model to create new patterns based on existing ones, widening access to AI capabilitiesHear how the manufacturing industry faces a significant talent shortage, with over 3 million unfilled jobs projected in the next decadeLearn how GenAI can help address workforce challenges by simplifying complex tasks like programming and troubleshootingAndrew talks about data management and AI integration How AI is seen as the top technology to address workforce challenges due to its ability to capture and utilize tribal knowledgeEscaping Pilot Purgatory with GenAIHow The State of Smart Manufacturing report indicates that talent remains the biggest challenge for industrial companiesManufacturers are advised to focus on their biggest business challenges first, then consider how AI can help address themEnjoying the show? Please leave us a review here. Even one sentence helps. It's feedback from Manufacturing All-Stars like you that keeps us going!Tweetable Quotes:“I think the promise of generative AI is to dramatically simplify how we take our information, our support documentation, our tribal knowledge, document it, and get it into a large language model.”“Generative AI is just an application of AI using the transformer model to get new patterns generated, based on former patterns.”“Generative AI is not just about automation; it's about empowering new workers to tackle complex tasks that traditionally required years of experience.”Links & mentions:Rockwell Automation, the world's largest company dedicated to industrial automation, digital transformation, and information solutionsState of Smart Manufacturing Report, insights on AI, industrial SaaS, and more based of surveying hundreds of manufacturing leadersDemonFlyingFox, AI artist who uses MidJourney AI to bring Balenciaga to the world of Harry PotterThe Vanguard, a Milwaukee whiskey and comfort cuisine institution specializing in late-night, house-made sausage...

Mexico became the top importer to the US in 2023, surpassing China for the first time. Can Mexican President-Elect Claudia Sheinbaum deliver on her goals of building 100 industrial parks and making the country more attractive to manufacturers?     Join Steve Odland and guest Erin McLaughlin, Senior Economist at The Conference Board ESF Center, to find out about Sheinbaum's pro-worker approach to economic development, the opportunities and risks for US manufacturers, and how the CHIPS Act might benefit Mexico.     (00:21) Mexico's New Infrastructure Focus (00:54) Claudia Scheinbaum's Vision (01:27) Economic Implications of Reshoring (03:36) USMCA and Trade Benefits (04:42) Reshoring Trends and Challenges (08:59) Risks and Considerations for Companies (11:59) Smart Manufacturing and Technology (24:08) Industrial Parks and Future Growth   For more from The Conference Board:  Mexico Prioritizes Industrial Parks, Infrastructure to Attract Manufacturing  LEI for Mexico Dropped Sharply in June  Policy Backgrounder: Mexico's Election 

John Vincent, Technical Director & CAM Application Engineer at Swoosh Technologies & Solutions, joins Contributing Lead Editor Amy Bryson for a discussion about how to use adaptive control and monitoring to revolutionize CNC machining.

In this episode of the Our Connected World podcast, we delve into the transformative impact of discrete, hybrid, and process automation technologies on manufacturing. As these technologies evolve, manufacturers are achieving unprecedented economies of scale, customization opportunities, and maintenance predictability. Yet, there is much more to be done to fully realize their potential. This episode explores how industrial engineers can bridge the technical gap to develop new architectures, enabling smarter machines across factory floors.What steps can industrial engineers take to advance smart manufacturing? How can they leverage new technologies to create more flexible and efficient production processes? These questions and more are explored in today's episode.Episode Highlights:• Virtual PLCs and Flexible Production: Ivan discusses how virtual PLCs enable flexible, decentralized production, reducing hardware costs and enhancing real-time decision-making.• Smart Industrial Machines: Anil explains the benefits of modular and adaptable systems, emphasizing the shift towards sustainable and efficient manufacturing processes.• Robotic Automation: The conversation covers the role of modern robots, from AGVs to cobots, in increasing production flexibility and efficiency through reprogrammable and AI-enhanced capabilities.

Purdue University and innovative business and consulting company, Accenture developed a fruitful collaboration that has resulted in a smart factory facility at Purdue's College of Engineering and Purdue Polytechnic Institute, a scholarship program, and most recently an online venture. The Smart Factory on campus provides instructional laboratories, design studios, and spaces where students from various disciplines will collaborate on smart manufacturing projects. The Accenture/Purdue multiyear collaboration evolved recently with the launch of an online smart manufacturing education program. Prasad Satyavolu, Lead-Industry X with Accenture, who played a key role in shaping the Smart Manufacturing Academy, joins ASSEMBLY Audible to tell us about the collaboration. Sponsored By:

Upskilling workers to better understand and make the most of new technologies has never been more important. In this podcast, Amatrol's Kent Powell and  SME Media Editor-in-Chief Steve Plumb discuss the latest training trends and techniques, including Amatrol's innovative partnership with CESMII.

Dominique Pouliquen, CEO and co-founder of Cintoo, joins Contributing Lead Editor of Smart Manufacturing magazine Amy Bryson for a discussion about cloud-compatible technologies and solutions manufacturers should use for managing, and using, the 3D data coming from the digitization of the real world. 

In this episode, Amy Bryson, contributing lead editor for Smart Manufacturing, talks with Nick Christie, vice president of East Coast Operations at TekVisions, about how manufacturers of all sizes can use industrial touchscreens to automate their operations. They discuss the benefits, challenges and considerations of smart technology deployment to achieve immediate ROI without breaking the bank.  

In this enlightening episode of the Sustainable Supply Chain Podcast, I had the pleasure of sitting down with Bryan Merckling, CEO of Thinaer, an innovative company at the crossroads of AI and IoT. Bryan shared invaluable insights into how Thinaer is revolutionising the manufacturing sector by harnessing the power of digital transformation to enhance operational efficiency, improve data accuracy, and drive sustainability.We delved into the fascinating world of AIOT, exploring the pivotal role of new data classes in eliminating digital blind spots and enabling smarter decision-making. Bryan illustrated how Thinaer's technology empowers manufacturers to optimise yield, profitability, and compliance by providing a holistic view of operations, from machinery health to asset tracking.A highlight of our conversation was the discussion on sustainable technologies, including the advent of energy-efficient and battery-less sensors, which not only promise to minimise environmental impact but also pave the way for the internet of everything.Bryan's journey from founding Thinaer to addressing the complex challenges of modern manufacturing offers a compelling narrative on the importance of innovation in achieving a sustainable future.For those keen on understanding the confluence of technology and sustainability in supply chains, this episode is a must-listen. Join us as we navigate through the intricacies of creating a more efficient and environmentally friendly manufacturing landscape.For further information on Thinaer and their pioneering work, visit their website at Thinaer.io.See also the video version of this episode at https://youtu.be/qJs7KU3lC7o#SustainableSupplyChain #AIOT #DigitalTransformation #ManufacturingInnovation #ThinaerElevate your brand with the ‘Sustainable Supply Chain' podcast, the voice of supply chain sustainability.Last year, this podcast's episodes were downloaded over 113,000 times by senior supply chain executives around the world.Become a sponsor. Lead the conversation.Contact me for sponsorship opportunities and turn downloads into dialogues.Act today. Influence the future.Support the showPodcast supportersI'd like to sincerely thank this podcast's generous supporters: Lorcan Sheehan Krishna Kumar Olivier Brusle Alicia Farag Luis Olavarria Alvaro Aguilar And remember you too can Support the Podcast - it is really easy and hugely important as it will enable me to continue to create more excellent Digital Supply Chain episodes like this one.Podcast Sponsorship Opportunities:If you/your organisation is interested in sponsoring this podcast - I have several options available. Let's talk!FinallyIf you have any comments/suggestions or questions for the podcast - feel free to just send me a direct message on Twitter/LinkedIn. If you liked this show, please don't forget to rate and/or review it. It makes a big difference to help new people discover it. Thanks for listening.

Discover the transformative shift that's redefining industrial manufacturing: the ascendancy of managed network switches. We will walk through the cutting-edge intersection of technology and production, where managed switches reign supreme to streamline data flow, bolster efficiency, and dramatically cut downtime. Let's examine the critical nuances between unmanaged and managed switches, offering insights into how these powerful tools shape the future of smart manufacturing.Delve into the cyber battleground of industrial networks, where the security of your operations hangs in the balance. Managed Ethernet switches emerge as the unsung heroes, locking down vulnerabilities and fortifying your infrastructure against threats. Through candid discussions on the imperative of port authentication to VLAN segmentation, we unravel the strategies that keep your intellectual property and compliance in check. This is a wake-up call to embrace managed switches as your ally in the relentless pursuit of secure, efficient smart manufacturing.Gazing ahead, we chart a course through the innovations defining tomorrow's connected factories. From Stratix to Hirschmann, we highlight the trailblazers pushing boundaries and the ways Electric Equipment Company can prime your business for a robust infrastructure. Tune in for a comprehensive look at the resources and expertise at your disposal, ensuring you navigate the complexities of industrial connectivity with unwavering confidence. Remember to keep asking why...Network Switch Resources:Network Switch ArticleHow to Configure a Network Switch in Siemens TIA PortalManaged Ethernet Switches are Essential to the Connected FactoryNetwork Architecture | Do you think you have the best?Other Resources to help with your journey:Understanding your One-LineInstalled Asset Analysis SupportEECO Smart Manufacturing GuideSystem Planning SupportSchedule your Visit to a Lab in North or South CarolinaSchedule your Visit to a Lab in VirginiaSubmit your questions and feedback to: podcast@eecoaskwhy.comFollow EECO on LinkedInHost: Chris Grainger

In this episode of the IoT For All Podcast, Brian Zakrajsek, Smart Manufacturing Leader at Deloitte, joins Ryan Chacon to discuss smart manufacturing and how manufacturers can get started implementing IoT technology. Brian discusses the benefits of smart manufacturing and highlights the increasing need for industry-specific IoT solutions. He also details what to think about before starting IoT implementation and how to ensure its successful adoption. We also cover the future prospects of smart manufacturing and Deloitte's smart factory in Wichita, Kansas. Brian Zakrajsek is a Smart Manufacturing Specialist Leader for Deloitte Consulting. He has 20 years of experience in manufacturing and heavy industry across engineering, project management, sales, leadership, and consulting. Brian is a lifelong learner and practitioner of digital transformation in manufacturing. He works in industrial analytics, data engineering, next-gen automation, advanced infrastructure, and cybersecurity across process, hybrid, and discrete industries. Deloitte provides industry-leading audit, consulting, tax, and advisory services to many of the world's most admired brands, including 80 percent of the Fortune 500. As a member firm of Deloitte Touche Tohmatsu Limited, a network of member firms, they are part of the largest global professional services network, serving clients in the markets that are most important to them. Discover more about smart manufacturing and IoT at https://www.iotforall.com More about Deloitte: https://www2.deloitte.com/us/en.html More about The Smart Factory: https://www2.deloitte.com/us/en/pages/energy-and-resources/solutions/smart-factory-experience-wichita.html Connect with Brian: https://www.linkedin.com/in/brianzakrajsek/ Our sponsor: https://blues.com (00:00) Sponsor (00:35) Intro (00:44) Brian Zakrajsek and Deloitte (01:14) Deloitte's approach to IoT solutions (02:13) Impact of technology on manufacturing (04:04) Role of IoT in manufacturing (06:36) Benefits of smart manufacturing (09:59) Challenges in implementing IoT (10:18) Strategies for successful IoT implementation (13:47) Challenges of data in IoT (18:31) Outlook for smart manufacturing in 2024 (25:01) Learn more and follow up (25:21) Deloitte's smart factory in Wichita SUBSCRIBE TO THE CHANNEL: https://bit.ly/2NlcEwm​ Join Our Newsletter: https://www.iotforall.com/iot-newsletter Follow Us on Social: https://linktr.ee/iot4all Check out the IoT For All Media Network: https://www.iotforall.com/podcast-overview