Podcasts about hmi

This episode of the Harvard Macy Institute podcast features Dr Connie Bowe- clinician, educator, leader and researcher. She trained as a pediatric neurologist and has been active in medical education design and delivery throughout her career at Stanford and Brown Universities, UC Davis and beyond. In addition to teaching Neuroscience and Clinical Neurology at these institutions, she has directed Neurology clerkships, chaired strategic educational planning processes, chaired and participated in medical curricula reforms and faculty curriculum committees.   In this episode, Connie shares her thoughts about leading change in academic organizations. She reflects on the significance of being attuned to culture, and of bringing everyone (including critics) along on the journey. Her work in developing case method teaching in medical programs is one such example. Connie tells us about what a systems approach really means in medical education, and we draw upon her publication with Liz Armstong on Assessment for Systems Learning.   Connie has been a faculty leader within many HMI programs: Educators, Leaders and co-director of the systems approach to assessment program. As we wrap up the conversation, she tells us about the impact of HMI on her career and professional life, including the satisfaction of handing over leadership to safe hands.   Your host for this episode is Victoria Brazil (Educators, '05, Leaders '07, Assessment ‘10). Victoria is Professor of Emergency Medicine at Bond University Faculty of Health Sciences and Medicine. She hosts the HMI podcast and is co-producer of Simulcast-a podcast about healthcare simulation. 

Nan epizòd 84 lan, nou fè yon ti pale sou kèk sijè ki ap fè aktyalite pandan dènye jou sa yo.Pami yo te gen koze politik. Nou te tou pale sou kesyon dwa dotè, yon sijè ki vin pran plis plas nan HMI la dènye tan sa yo, etc...Enjoy epi pa bliye bay epizòd la TIT ou vle a

In dieser Episode geht es mal wieder technisch zur Sache – ganz nah dran an der Entwicklungsrealität. Im Mittelpunkt steht die ISO 9241, die zentrale Normenreihe für ergonomische Mensch-Maschine-Interaktion. Warum jede und jeder eine Meinung zu HMIs hat, aber wir als Profis mehr brauchen als subjektive Einschätzungen – das klären wir ebenso wie den Ursprung, Aufbau und die Anwendung der ISO 9241. Es geht um Dialogprinzipien wie Aufgabenangemessenheit, Fehlertoleranz und Steuerbarkeit – und darum, warum Wissenschaftlichkeit und Systematik die Basis guter HMI-Gestaltung sein müssen. Zum Abschluss ein Blick nach vorn: Wie geht die Norm mit KI, Augmented Reality und multimodaler Interaktion um? Und was bedeutet das für die Zukunft von Human-Machine Interfaces? Themen: - Herkunft und Bedeutung der ISO 9241 - Die sieben Dialogprinzipien als Gestaltungsbasis - Zukünftige Herausforderungen: AR, VR, KI und humane Interfaces Eine Folge für alle, die HMIs nicht nur schön, sondern sinnvoll gestalten wollen.

Editor in chief Len Vermillion speaks to Felix Dozzi, customer services supervisor for Pro-face America, Schneider Electric, about how coordinating HMI with other devices and customizing the applications in smart factories can create more effective workplace solutions.

HMI 30th anniversary podcast series Enriching Perspectives Through Global Collaboration : A conversation with Tom Aretz   This episode of the Harvard Macy Institute podcast features Tom Aretz, an icon of the Harvard Macy community. Tom shares some of his remarkable career, from his athletic pursuits as an Olympic swimmer to his distinguished work as a clinician, educator, and leader in health care. Tom's passion for medical education shines through as he discusses his early interest in teaching and his interest in curriculum design. He eloquently describes curriculum as the "tangible expression of the soul of an academic institution," reflecting an institution's values, philosophy, and goals. Tom emphasizes the importance of aligning health care education with real-world needs, drawing on his experiences in over 40 countries. Highlighting innovative workforce solutions, he shares examples of "skills mix" and "task shifting" approaches that have transformed health care delivery around the world. From the vision technicians in India to the collaborative university model in Germany, these examples showcase how academic institutions can adapt to societal needs, empowering a diverse health care workforce. Tom's reflections on his international work underscore the value of learning from global perspectives and building an international network of scholars. He emphasizes the importance of listening, building trust, and avoiding preconceived notions when engaging in cross-cultural collaborations. Reflecting on his own career, Tom shares both successes and regrets, highlighting the importance of mentorship, teamwork, and maintaining a sense of humor. His deep appreciation for the Harvard Macy Institute shines through, as he describes the transformative impact of the program on his professional and personal life. Tom's parting words encapsulate the essence of his approach to education: keeping the joy in learning. He eloquently articulates the intrinsic joy of discovery and the human dimension of health care, emphasizing the importance of trust, mutual respect, and caring in the educational process. Your host for this episode is Victoria Brazil (Educators, '05, Leaders '07, Assessment ‘10). Victoria is a professor of emergency medicine at Bond University Faculty of Health Sciences and Medicine. She hosts the HMI podcast and is co-producer of Simulcast - a podcast about healthcare simulation.

In dieser Episode des Mensch-Technik Podcasts nutze ich in das MABA-MABA-Prinzip – ein Konzept, das die jeweiligen Stärken von Mensch und Maschine beleuchtet. Wir diskutieren die feinen Unterschiede zwischen menschlicher und künstlicher Intelligenz und analysieren, wer bei welchen Aufgaben die Nase vorn hat.​ Themen dieser Episode: - Unterschiede zwischen menschlicher und künstlicher Intelligenz: Wir beleuchten, wie sich die kognitiven Fähigkeiten des Menschen von denen der KI unterscheiden und welche Auswirkungen dies auf unsere Interaktion mit Technologie hat.​ - Wer ist besser bei welchen Aufgaben? Anhand konkreter Beispiele untersuchen wir, in welchen Bereichen der Mensch unschlagbar ist und wo Maschinen ihre Stärken ausspielen.​ - Konsequenzen für die Zusammenarbeit zwischen Mensch und KI: Wir diskutieren, wie eine effektive Kooperation aussehen kann und welche Herausforderungen und Chancen sich daraus ergeben.​ Begleite mich uns auf dieser spannenden Reise durch die Welt der unterschiedlichen Intelligenzen und entdecke, wie Mensch und Maschine gemeinsam Großes erreichen können.​

Wayne Knight has been ranching for thirty years and serves as the executive director of Holistic Management International (HMI). On this Soil Sisters podcast, we discuss Wayne's experience of the transformative power of holistic decision-making in agriculture. Wayne shares insights on land stewardship, holistic management principles, the importance of holistic goal setting, stockmanship, animals' role in ecosystem health, and effective financial planning for farmers and ranchers. The episode also delves into practical applications taught at HMI's Regen Ag School and the benefits of attending, including hands-on experiences and community building. Wayne emphasizes the significance of focusing on desired outcomes and proactive solutions for long-term regeneration of both the ecosystem and your ranch's profitability. Join HMI's next Regen Ag School Coming up this month (April 2025)  |  And Save 10% using promo code: SoilSisters2025Time Stamps:00:00 Welcome to Soil Sisters Podcast00:30 Introducing Wayne Knight, executive director of HMI01:23 Holistic Management: A Game Changer04:38 Understanding Holistic Management05:33 The Importance of Goal Setting12:22 Benefits of Holistic Management20:19 Regen Ag School: Hands-On Learning36:34 Identifying the Root Cause of Problems37:00 Decision Testing Process for Ranchers37:56 Embracing Failure and Complexity in Farming39:23 The Importance of Planning and Adaptability40:50 Drought Planning for Texas Farmers43:42 Stockmanship and Low-Stress Livestock Handling51:07 Holistic Management Courses and Community54:44 The Value of Practical Training at Leo Ranch01:02:46 Final Thoughts and Encouragement

In this episode recorded live at the ProveIt Conference, we sit down with Mark and Harry from Tatsoft, creators of the industrial IIoT platform Frameworks. We dive deep into how Tatsoft is redefining what a true industrial platform should be — built from the ground up for the factory floor, yet scalable across the enterprise.Mark and Harry walk us through:Their platform's positioning as a SCADA, HMI, MES, and IIoT toolbox — all in oneHow Frameworks handles real-time data, from connectivity (MQTT, OPC UA, SQL) to transformation and dynamic visualizationWhy the “extra I in IIoT” matters when building for industrial environmentsThe challenges of IT/OT integration, people gaps, and legacy systems — and how Tatsoft tackles them head-onA demo of their ProveIt solution, showing off auto-recognition of new assets, dynamic UI, and high-performance visualization across devicesWhether you're an end user, system integrator, or OEM, this episode will help you understand how Tatsoft's Frameworks V10 is enabling fast, scalable, and future-proof industrial applications — without compromise.

Kann ich Werk und Person, Künstler und Kunst trennen? Diese Frage stelle ich mir in der aktuellen Episode des Mensch-Technik Podcast, ausgelöst durch einen Aufkleber auf einem Tesla: „Auto hui, Elon pfui“. Auch in den USA sieht man Slogans wie „I bought this car before Elon went crazy“. Die Diskussion dreht sich um die grundsätzliche Frage, ob ein Werk unabhängig vom Schöpfer betrachtet werden kann. Wir werfen einen Blick auf Beispiele aus der Kunst- und Kulturwelt sowie auf die Techbranche, in der Unternehmen oft mit starken Persönlichkeiten verbunden sind. Tesla ist ein Paradebeispiel dafür. Das Unternehmen hat die Elektromobilität revolutioniert, doch Elon Musk sorgt mit kontroversen Aussagen und politischem Engagement für Negativschlagzeilen. Seit Musks zunehmendem politischen Einfluss ist die Tesla-Aktie massiv gefallen und die Verkaufszahlen in Deutschland sind um über 70 % eingebrochen. Viele Käufer meiden Tesla nicht wegen der Autos, sondern wegen Musk. Wir diskutieren, ob sich Tesla stabilisieren kann, wenn Musk sich zurückzieht, oder ob seine Politik das Unternehmen weiter beschädigt. Ein philosophischer und wirtschaftlicher Blick auf ein hochaktuelles Thema. Hört rein und diskutiert mit!

Mills CNC has recently supplied Ayrshire Precision, a subcontract specialist based in Ayrshire, with two new SYNERGi systems. The systems, both derivations and highly customised versions of Mills' standard SYNERGi ‘SPRINT' solutions, were installed at Ayrshire Precision's 14,000sq/ft site. In 2023, the first system was retrofitted to a Puma 2600SY lathe, and six months later, the second was retrofitted to a Puma 2100SY. SYNERGi Sprint automation systems are compact, flexible, and cost-effective. Mills' dedicated automation experts can integrate them with DN Solutions' lathes, machining centres, and mill-turn machines to create high-productivity automated manufacturing cells. The essential elements of a SYNERGi Sprint system comprise an industrial FANUC robot with varying payloads and reaches, a two- or three-jaw pneumatic gripper, a 900 by 900mm part loading/unloading grid plate, and industrial safety guarding positioned around the system. Mills can also supply customers with multi-socket inserts to optimise each system's capacity. These are sheet metal fabrications that customers can also choose to manufacture for themselves. Ayrshire Precision serves customers in the oil and gas, subsea, renewables, power generation, and aerospace sectors. It has a well-resourced machine shop and regularly invests in its people, plant and equipment, processes, and systems as part of its ongoing continuous improvement programme. Since 2012, Ayrshire Precision has invested in various Doosan machines, from two-axis and multi-tasking lathes to large-capacity, heavy-duty vertical machining centres and horizontal borers. “We rely on machine tools from Mills. They are powerful, fast and accurate and enable us to meet the highly-regulated, tight-tied up tolerances and exacting surface finishes that characterise a majority of the components we machine,” says Chris Hepburn, Ayrshire Precision's Managing Director. Ayrshire Precision's decision to invest in automation was made for several reasons. The volatility of the markets served by the company and, as a consequence, fluctuating customer demand for the company's machining services, combined with difficulty recruiting and retaining skilled labour, all contributed to Ayrshire Precision's decision to ‘think outside the box' and begin its automation journey. “It's either feast or famine in the markets where we operate. We can either be swamped or, due largely to external macro-economic factors that impact our customers' business, can experience order cancellations and/or postponements that make it difficult to match our production capabilities and resources with changing customer requirements,” explains Chris Hepburn. Rather than be at the mercy of market forces and to protect the company's long-term viability and profitability, Ayrshire Precision decided in 2020 to explore new ways to improve its flexibility, performance, and competitiveness. The company's focus was initially on its small part-turning operation, which, at that time, comprised two Puma lathes, running over two shifts and operated by four staff members. To increase the productivity of its Puma lathes, the company had previously considered integrating a bar feeder into each machine. However, the diameters of the machined drop forged parts, the batch sizes required, and the limited diameter capacity of the bar feeders prevented this approach. Ayrshire Precision discussed its requirements with several automation system suppliers, focusing on the proposed system's configuration, availability, and cost. As part of its decision-making process, Ayrshire Precision visited Mills CNC, which had previously supplied it with eight Doosan machines. After discussing its plans further with Mills' automation application specialists and seeing a couple of different SYNERGi systems in action at Mills' Technology Campus facility in Leamington, it was confirmed that two separate SYNERGi Sprint systems would better meet Ayrshire Precision's manufacturing requirements. “We liked the design and build of the SYNERGi Sprint system,” remembers Chris Hepburn. “It was simple.” “We asked Mills to put forward their plans and proposals for two SYNERGi Sprint cells – one incorporating our existing Puma 2600SY for larger parts, and the second incorporating our Puma 2100SY for smaller components.” Says Chris Hepburn: “Mills' approach was responsive and helpful. They worked with us to tailor-make the SYNERGI Sprint systems and offered useful advice. We placed the business with Mills, not just because of their technical and automation expertise, but also because they had originally supplied the two Puma lathes and knew the machines inside out. We also thought that dealing with one supplier for our machine tool and automation system requirements would be easier and would simplify communications, servicing, training, etc.” Ayrshire Precision's first manufacturing cell was installed in March 2023. The cell comprises a Puma 2600SY multi-tasking lathe and a FANUC 35kg industrial robot with dual Schunk 3-jaw grippers. Other elements include Renishaw probing systems, safety caging, and the system's HMI control driven by Mills' proprietary SYNERGi software. With individual part cycle times of approximately 10 minutes, Ayrshire Precision is now benefiting from up to an additional 16 hours of unmanned operation of its Puma 2600SY lathe. Since installation, the company has manufactured different sheet metal pocket inserts to accommodate larger parts and different batch volumes. Ayrshire Precision's second SYNERGi cell was installed in September 2023. This cell incorporates the Puma 2100SY lathe, a 20kg payload industrial robot and a 900 by 900mm table for processing smaller components. The automation process for both cells involves the robot picking up a workpiece from the grid plate in a programmed sequence and, using the lathes' auto door opening facility, loading the part into the machine's main spindle. The door closes to enable the machining of the part's front end. After all machining operations are finished, the robot picks up the next sequenced workpiece from the table and, in one continuous movement, loads it into the main spindle. Then, it removes the finished part from the sub-spindle and returns it to its designated position on the table. Says Chris Hepburn: “Every time the auto door opens, a completed part is removed from the sub-spindle and a new part is loaded into the main spindle. The process is fast, seamless and continuous. Furthermore, one staff member can operate both cells simultaneously.” With less labour intervention required, Ayrshire Precision's small part turning operation is now more efficient and profitable. Creating its two cells has also helped free up a couple of its operators, enabling them to be deployed to other machine shop areas. Chris Hepburn concludes: “The investment in our two SYNERGi cells is paying dividends. We have two inherently flexible automated cells that have not only helped us future-proof our small-turned-part operations but have also increased our overall capacity. Although there was initially some anxiety concerning our move towards automated production, the results exceeded our expectations.”

Hannover Messe is just around the corner, and who better to discuss the future of supply chains with than Dominik Metzger, President & Chief Product Officer Supply Chain Management. In this episode, we explore how AI can help to build resilient supply chains, the crucial role of data, and how the interplay between structured and unstructured data enables faster decision-making. We also take a closer look at the impact of SAP Business Suite and Business Data Cloud on supply chain management and discuss why sustainability is not just a challenge but a game-changing opportunity for businesses. Come join us as we discuss the Future of Supply Chain.

HMI 30th anniversary podcast series To Teach is to Learn Twice: A conversation with Holly Gooding   This episode of the Harvard Macy Institute podcast features Holly Gooding, a well know faculty leader within HMI. Holly is an internal medicine and adolescent medicine physician by training, with an impressive clinical research portfolio in cardiovascular risk assessment for teens and young adults. Trained in California and then Boston, she now serves as the Medical Director of Adolescent Medicine at Children's Healthcare of Atlanta. Holly is a star medical educator and scholar. In addition to co-directing the Harvard Macy Program for Educators in the Health Professions, she is associate dean for Professional Development and Education at Emory School of Medicine, where she fosters professional development for medical trainees and faculty. In this inspirational conversation, Holly gives us insights into her parallel and overlapping careers as clinician, researcher, educator and scholar. She highlights the influence of mentors and peers on her career decisions and educational practice. She sees opportunities in being given big jobs to do, e.g. developing the ‘science of learning' theme in the Educators program. We ponder about the role of AI in clinical and educational practice, and feel grateful to be part of a community of practice that will be helping to understand and guide our work. Holly is endlessly generous with her praise of others who contribute to and nurture the Harvard Macy Institute, and we are grateful for her ongoing contribution. Your host for this episode is Victoria Brazil (Educators, '05, Leaders '07, Assessment ‘10). Victoria is Professor of Emergency Medicine at Bond University Faculty of Health Sciences and Medicine. She hosts the HMI podcast and is co-producer ofSimulcast-a podcast about healthcare simulation.

Die Zukunft ist kein Zufall – sie ist das Ergebnis von Trends, die uns schon heute prägen. In dieser Folge begeben wir uns auf eine Reise durch die Zeit und analysieren die wichtigsten technologischen Entwicklungen der Gegenwart. Basierend auf der Megatrend Map des Zukunftsinstituts und dem Trend Universum von TrendOne beleuchte ich die Chancen und Risiken der Technologien, die unsere Welt maßgeblich verändern. Freu dich auf spannende Einblicke zu: - Künstliche Intelligenz und Maschinelles Lernen – Wie weit dürfen Algorithmen gehen? - Internet der Dinge – Komfort oder Überwachung? - 5G-Technologie – Ein Quantensprung für die Industrie? - Quantencomputing – Rettung oder Risiko für unsere Daten? - Blockchain – Revolution oder Hype? - Erweiterte und Virtuelle Realität – Spielerei oder ernsthafte Anwendung? - Nachhaltige Technologien – Grüne Vision oder teures Greenwashing? - Biotechnologie und Genomik – Medizinische Wunder oder ethische Dilemma? - Autonome Fahrzeuge – Freiheit auf vier Rädern oder Sicherheitsrisiko? - Cybersecurity – Verteidigung gegen die Schattenseiten der Digitalisierung. Hör rein, wenn du wissen willst, welche Technologien unsere Zukunft wirklich bestimmen – und wie wir die Chancen nutzen, ohne die Risiken aus den Augen zu verlieren.

Season Five Episode Four: Keith Wilson    In celebration of the Harvard Macy Institute's 30th anniversary, this blog & podcast series honors the remarkable individuals who have shaped and supported our community over the years. These accomplished educators, leaders, and champions of health professions education have contributed to the institute's enduring legacy. Through their leadership, innovation, and commitment to advancing education, they continue to inspire and guide future generations. Join us as we highlight their journeys, achievements, and reflections on the impact of HMI on their professional lives and the wider global community.    This episode of the Harvard Macy Institute podcast features Dr. Keith Wilson, a much admired member of the HMI Community. Keith is an educator with Dalhousie University in Eastern Canada where he is the chair of assessment for the undergraduate medical education program, and the assessment and evaluation lead for postgraduate family medicine. A family physician by training currently working clinically in geriatrics, he also holds a PhD in experimental psychology that he completed prior to his medical studies. Keith has been faculty with the HMI educators, assessment and technology courses.  In this wide-ranging conversation, Keith gives us insights into his insatiable curiosity and enthusiasm, and the diverse places and roles those character traits have taken him. We take a deep dive into technology, AI, and social media, and indulge in some crystal ball gazing about where those advances are taking us in education and in clinical practice.  We reflect on the special place of the Harvard Macy Institute in Keith's career and his ongoing contributions to our community. The conversation is delightful and inspiring.    Click here to listen now!    Keith Wilson, BA, MD, PhD, CCFP, FCFP, is the chair of assessment for undergraduate medical education and an associate professor of family medicine at Dalhousie University. He is also the medical director of geriatric assessment units at St. Joseph's Hospital in St. John, New Brunswick. Keith's academic interests include curricula design, assessment, continuing professional development, systems thinking in health professions education, and leadership.    Your host for this episode is Victoria Brazil (Educators, '05, Leaders '07, Assessment ‘10). Victoria is Professor of Emergency Medicine at Bond University Faculty of Health Sciences and Medicine. She hosts the HMI podcast, and is co-producer of Simulcast - a podcast about healthcare simulation. 

In this action-packed episode, our hosts kick off with exciting news about the upcoming Prove It Conference in Dallas and then welcome Kyle—a rising talent in the industrial automation space—to share his unique journey and insights.Episode HighlightsGetting Started in Automation:Kyle recounts his transition from studying technology information management at UC Santa Cruz to diving headfirst into the world of SCADA, HMI design, and industrial automation with Inductive Automation. His early days involved a steep learning curve with hands-on training through Inductive University, showcasing the importance of real-world problem solving right from the start.Training & Onboarding Best Practices:Discover how the industry's hallmark training—ranging from the foundational core class to advanced database, scripting, and Perspective modules—is structured. Kyle explains how the approach has evolved from a “trial by fire” to a more measured, project-based learning that emphasizes understanding not just the tool, but also the underlying processes and terminology.Specialization & Career Growth:The conversation delves into the importance of role definition in automation teams. Whether you're focused solely on HMI development or handling the complexities of tag management and PLC integration, learn why narrowing your expertise can be a game changer for career advancement.Troubleshooting Methodologies:Kyle breaks down his company's four-phase troubleshooting cycle—discovery, identification, isolation, and resolution—which not only streamlines problem-solving but also ensures effective communication among support teams. This systematic approach is vital for resolving issues quickly in high-stakes industrial environments.The Future of Industrial Training:Looking ahead, the discussion touches on emerging trends such as integrating AI (including ChatGPT) and augmented reality tools like Apple Vision Pro into training programs. The hope is that these advancements will democratize learning in automation—from high school workshops to specialized professional training—bridging the gap between theory and real-world application.Real-World Advice & Recommendations:Along with career tips—like taking full advantage of free trials and not shying away from challenging projects—the episode also offers cultural recommendations, including movie nods (think Netflix's “Carry On” for a SCADA twist) and a must-read book, Businesses Don't Fail, They Commit Suicide by Larry Mandelberger, which dives into the human and organizational aspects of business success.Tune in for a conversation that's as much about technical mastery as it is about the evolving landscape of industrial automation education. Whether you're a newcomer eager to learn or a seasoned pro looking for fresh insights, this episode offers valuable takeaways to help you thrive in the rapidly changing world of manufacturing and automation.******Connect with UsVlad RomanovDave GriffithManufacturing HubSolisPLCJoltek

Wie beeinflusst Technologie unser Menschsein? Und was müssen wir über den Menschen wissen, um Technologie sinnvoll zu gestalten? In dieser Folge tauche ich tief in die Gedankenwelt von Yuval Noah Harari ein – einem der scharfsinnigsten Denker unserer Zeit. Seine Bücher Sapiens, Homo Deus und 21 Lektionen für das 21. Jahrhundert liefern spannende Antworten auf die Frage, wie sich das Verhältnis von Mensch und Maschine entwickelt. Warum sind Mythen und Fiktionen für uns essenziell? Welche Rolle spielen Daten und Algorithmen in der Zukunft? Und welche Konsequenzen hat das für die Gestaltung von Mensch-Maschine-Schnittstellen? All das und mehr gibt's in dieser Episode. Hör rein und denk mit!

Richard Cavé pale sou siksè Reunion Tour Carimi, repons fanatik yo, ak emosyon li te viv pandan konsè yo. Li diskite sou pwochen albòm Kaï, kolaborasyon posib, ak vizyon li pou mizik li. Li revele tou kèk pwojè k ap vini epi bay opinyon li sou evolisyon HMI a.

Bref, comme tous les lundis soir, on s'est rejoint derrière nos micros pour parler de l'actualité. Alex a parlé. Pacôme a parlé. Bastien a parlé. Arnaud a parlé. Gautier a parlé. Jérémy n'a pas parlé. Mais il n'était pas là. On a vu et entendu Bref. 2 et on a bien aimé. Sauf Gautier. Puis, on s'est concentré sur l'actualité. Le Conseil d'État a auditionné C8 et NRJ12. Et ils vont rendre leur décision cette semaine. Ce qui permettra à Hanouna de partir sur W9. En y repensant bien, on se demande si c'est rentable et on a repensé à toutes les affaires qui ne sont pas rentables dans l'univers médiatique. C'est à ce moment là que DAZN est revenu à la charge sur la LFP et c'est la merde. DAZN doit payer la LFP. La LFP doit payer les clubs. Les clubs doivent travailler avec DAZN. Et la LFP drague un Max d'autres opérateurs. En parlant de Drag (Race), le jury du All-Star est sorti. Et Laurent Delpech aussi est sorti. De la direction de Franceinfo. Mais pas du répertoire de Bouhafsi. D'ailleurs c'est aussi la merde à 3e Oeil. Et pêle-mêle : Valérie D'Amygdale, Laurapporteur, Caen-Caillotte et tous les derbies qui attendent Malherbe (sans Apolline de), Laink et Terrassé, HMI et Père-tel, les chichipotes et la petite gerbe qui monte. Bref, on a fait un épisode de J+7. Les recos : Youtube - Blast / Rhinoceros - ARTHUR, MERWANE BENLAZAR : TOUT N'EST PAS PERMIS SUR LE SERVICE PUBLIC Youtube - Le Clap - Cette Série qui m'a DÉPRIMÉ… BREF. Au sommaire : 0:00 - Introduction 7:56 - Vu & Entendu - Bref.2 51:13 - L'Actu 1:53:46 - Conclu Articles évoqués dans l'épisode : franceinfo - Kyan Khojandi coauteur de la série “Bref” : “ je suis quelqu'un de très mature, maintenant c'est officiel“ Les Jours - Cyril Hanouna entraîne C8 dans son chut X - Romain Colas - Rapporteur Conseil d'Etat Le Parisien - Cyril Hanouna et M 6 : une dernière semaine de négociations déterminante L'Informe - Ce que W9 gagnerait avec Cyril Hanouna Le Parisien - « Deux atteintes graves à la crédibilité de la chaîne » : le directeur de Franceinfo écarté après deux séquences sur Gaza X - After Foot - DAZN RMC Sport - DAZN-LFP: “Défaut de loyauté”, clubs très inquiets pour leur trésorerie… Vers une nouvelle crise des droits TV? L'Equipe - DAZN menace de remettre en cause son contrat, la LFP convoque un conseil d'administration « en urgence » ce mercredi Le Figaro - Droits TV de la Ligue 1 : «On ne résout jamais rien devant un tribunal», estime Brice Daumin, directeur général de DAZN L'Equipe - L'Arabie saoudite investit dans DAZN Instagram - Drag Race - Jury L'Informé - Malaise à la production de C à vous et C l'hebdo (Mediawan) Télérama - Dans les coulisses de “Quotidien”, des témoignages de souffrance au travail Rejoignez le Discord d'Alex Arbey, suivez @jplussept sur X/Twitter et sur Instagram ou @jplus7.fr sur Bluesky Laissez-nous vos avis sur ce que vous avez vous aussi vu & entendu tout au long de la semaine sur repondeur.jplus7.fr Une émission animée par Alex Arbey, en direct sur Twitch tous les lundi à 20h35 : twitch.tv/alexarbey

In der neuesten Folge des Mensch-Technik Podcast geht es erneut nach Las Vegas zur CES 2025. Nachdem ich im ersten Teil die spannendsten Technologien, Produkte und HMI-Innovationen vorgestellt habe, widme ich mich heute den großen strategischen Themen. - Vom Paradigmenwechsel C.A.S.E. zu D.I.A.S. – Was steckt hinter der neuen Denkweise der Automobilbranche? - Die Lage der Fahrzeugindustrie – Wie steht es um die Hersteller, Zulieferer und Newcomer? - Offene Fragen aus Las Vegas – Welche Herausforderungen bleiben, und wo geht die Reise hin? Ein Blick hinter die Kulissen der wichtigsten Technikmesse der Welt – fundiert, kritisch und mit klarem Fokus auf die Zukunft von Mensch und Technologie!

Season Five Episode Three: Kenya Beard    In celebration of the Harvard Macy Institute's 30th anniversary, this blog & podcast series honors the remarkable individuals who have shaped and supported our community over the years. These accomplished educators, leaders, and champions of health professions education have contributed to the institute's enduring legacy. Through their leadership, innovation, and commitment to advancing education, they continue to inspire and guide future generations. Join us as we highlight their journeys, achievements, and reflections on the impact of HMI on their professional lives and the wider global community.    This episode of the Harvard Macy Institute podcast features Dr. Kenya Beard, the inaugural dean and chief academic officer for the School of Nursing at Mercy University, and much admired member of the HMI community. A nurse, nurse practitioner, and educator by training, Kenya is now serving in leadership and advocacy roles at a national level. She views education as both “an art and a science,” and dedicates her work to strengthening academia's capacity to prepare a diverse, practice-ready workforce by equipping faculty with the skills to promote belongingness for each student. Her research interests include identifying and mitigating barriers to eliminating health care disparities and exploring ways to strengthen diversity in nursing.  Described as the ‘fearless Kenya Beard', she offered us some personal insights into her motivation and strategy for making a difference in healthcare. Kenya describes how her training and experience as an educator served her well for roles in advocacy and leadership. She shared the powerful impact of her time at Harvard Macy, where she learned about the difference between change and transformation. Kenya also gave us some practical insights as to how values can be instilled among the practicalities of health professional learning.   In Kenya's eyes, ‘fearless' is about not being afraid to make mistakes, and to learn and improve from them, our podcast conversation illustrates how she lives up to that description.  Click here to listen now!    Kenya Beard, EdD, AGACNP-BC, ANEF, FAAN, FADLN, is the dean and chief nursing officer at Mercy University School of Nursing and the president of the Academy of Diversity Leaders in Nursing. She is a 2012 Macy Faculty Scholar and founded the Health Equity Influencers Program for high school students, nursing students, and nurse educators. In her past work as a senior fellow at the Center for Health Policy and Media Engagement, she co-produced health care disparity segments with over 400,000 listeners on WBAI-FM.    Your host for this episode is Victoria Brazil (Educators, '05, Leaders '07, Assessment ‘10). Victoria is Professor of Emergency Medicine at Bond University Faculty of Health Sciences and Medicine. She hosts the HMI podcast, and is co-producer of Simulcast - a podcast about healthcare simulation. 

Wie jedes Jahr war die CES in Las Vegas auch 2025 der Startschuss für technologische Trends und Innovationen. In dieser Folge nehme ich Euch mit auf eine Reise durch das größte Tech-Event der Welt – einen Magneten für Technikbegeisterte, Netzwerker und Visionäre. Im ersten Teil meines Berichts tauchen wir ein in die spannendsten Entwicklungen rund um automobile Produkte, bahnbrechende Technologien und die Zukunft der Mensch-Maschine-Schnittstellen. Was bewegt die Branche? Welche Innovationen setzen neue Maßstäbe? Und was bedeutet das alles für die Nutzererfahrung? Freue Dich auf spannende Einblicke, persönliche Eindrücke und die Highlights, die die CES 2025 zu einem echten Erlebnis gemacht haben.

#EdgeComputing #HMI #DataDrivenwww.iotusecase.comIn episode 153 of the IoT Use Case Podcast, we dive into the world of IoT-driven quality inspection for plastic containers. Ken Kamlowsky, Managing Director of EXOR America, and Adam Thibert, Senior Controls Engineer at ALPS Inspections, talk about their successful partnership and how they leverage IoT data to overcome challenges in industrial quality assurance.Podcast episode summaryDigitalization in mechanical engineering is opening up new opportunities to increase efficiency and better meet customer needs. ALPS Inspections, a medium-sized company specializing in non-destructive leak testing of plastic containers, was looking for a modern solution to make machines more efficient, utilize data more effectively, and provide flexible remote support for customers. With the support of EXOR, a system was developed that combines hardware, software, and IoT integration. At the core of this solution are JSmart HMIs, which capture data directly at the machine, the versatile JMobile software for analysis and reporting, and the IoT platform CORVINA Cloud for remote access.The implementation of this IoT solution has successfully enabled several key use cases:Data-driven optimization of test processes: With new tools, customers receive a graphical representation of machine processes in real time, allowing them to optimize test and production settings precisely. Read moreGeneration of automated reports: Diagnostic data is compiled directly on the HMI into a 12-page PDF report, which can be sent via email or accessed remotely via the CORVINA Cloud. Read moreImproved response times and service efficiency: Instead of waiting for an on-site service technician, maintenance personnel can now gain immediate remote access to machines via a hotspot. Read moreIntegration of real-time data for predictive maintenance: A predictive maintenance model is currently in development to help customers identify and prevent potential issues early on.Data analysis for efficiency improvement: ALPS now has the capability to store data directly on the HMI, visualize it graphically, and use it for improved troubleshooting.The implementation has led to significant improvements: service costs have been greatly reduced through remote diagnostics, production processes run more efficiently, and customers benefit from real-time insights and automated reports. A key highlight is the close collaboration between ALPS and customers to tailor the system to their specific needs.Looking ahead, both companies aim to leverage AI and machine learning based on IoT data to further optimize machines. EXOR is focusing on its “Micro Edge” solutions, which aim to bring data processing even closer to the machines. This project demonstrates the importance of a clear strategy, open platforms, and collaborative partnerships for the successful implementation of IoT projects.-----Relevant links from this episode:Madeleine (https://www.linkedin.com/in/madeleine-mickeleit/)Ken (https://www.linkedin.com/in/ken-kamlowsky-3a297869/)Adam (https://www.linkedin.com/in/adam-thibert-990629b2/)Jetzt IoT Use Case auf LinkedIn folgen

Referencing decisions made around IT and OT convergence at Entegris in 2008, we look at how those decisions helped the company scale its operations technology across multiple plants and support the company's growth from $550 million in 2008 to $3.5 billion in 2023, starting with HMI software on three machines and growing to 200 machines and 90,000 tags.

In celebration of the Harvard Macy Institute's 30th anniversary, this blog & podcast series honors the remarkable individuals who have shaped and supported our community over the years. These accomplished educators, leaders, and champions of health professions education have contributed to the institute's enduring legacy. Through their leadership, innovation, and commitment to advancing education, they continue to inspire and guide future generations. Join us as we highlight their journeys, achievements, and reflections on the impact of HMI on their professional lives and the wider global community.  This episode of the Harvard Macy Institute podcast features Dr. Terry Wolpaw, a nationally recognized leader and innovator in medical education. She shares her journey from clinician to educationalist, highlighting the importance of shifting from a teacher-centered to a learner-centered approach.  Dr. Wolpaw discusses her experiences at Case Western Reserve and Penn State College of Medicine, where she led major curriculum changes. Key to her success, she says, was the ability to articulate a vision, assemble a strong team, and foster an environment of adaptive thinking.  She also reflects on the challenges of leading change and the importance of knowing when to step back and let go. This episode offers valuable insights for health professional educators at any stage of career who are navigating the complexities of medical education and curriculum design.  Terry Wolpaw has served as the vice dean for educational affairs at Penn State College of Medicine where she oversaw undergraduate, graduate, and continuing education. She has also served as the associate dean for curricular affairs at Case Western Reserve University School of Medicine. Among her many accomplishments was working to secure two five-year AMA grant awards at Penn State, both envisioning and promoting health system science as a core component of curricular design. She received one of the first American College of Rheumatology Clinician Scholar Educator career development awards, which catalyzed her interest in student-centered learning. Her educational scholarship has focused on the expression of students' clinical reasoning and uncertainties. She developed the SNAPPS technique for learners' case presentations to preceptors, which is used with medical students, residents and physician assistant students both nationally and internationally. Dr. Wolpaw is an alumna of the Program for Educators in Health Professions and Leading Innovation in Health Care and Education. Since then, she has served as faculty in the Program for Educators in Health Professions. In 2005, she played a key role in introducing sessions focused on posters and abstracts. This focus soon expanded into the broader theme of the Educator as a Scholar. This theme remains an integral part of the program today.

What was it like forging a career in physics as a woman in the 1970s? To find out, Dr. Charles Liu and co-host Allen Liu welcome the “Dynamic Duo of Physics” – physicist Dr. Betty Jensen and astrophysicist Dr. Mary Lou West. As always, though, we start off with the day's joyfully cool cosmic thing, a potential new revelation about Jupiter's Great Red Spot. It seems that the current spot may be only 190 years old rather than 400 years old, and that the first spot described by Cassini in the 1600s may have actually disappeared in the early 1700s. Mary Lou points out that the older spot may not even have been red and gives us a primer on the storms of Jupiter. Next, Betty talks about her love of math and science, her research in fusion energy, and how she forged her own path to becoming the physicist she always knew she would be. Both scientists talk about how “the two body problem” led each of them to stay in the New York area. Mary Lou talks about how she also studied math and physics, but how she ended up becoming an astrophysicist. Then it's time for an audience question for Dr. Jensen and Dr. West: “What kinds of mentoring opportunities were available during your PhD years?” Betty says that while as the lone woman in her area she didn't feel very supported, she did have some really good experiences with professors at Columbia University, including Nobel prize winner in physics Dr. Isadore Isaac Rabi. Mary Lou, who was also at Columbia, tells the story of how she had to do a second thesis after someone published on the subject she'd been working on. She also recounts the wild story of how she used a children's chalkboard to save her PhD thesis defense after student protests disrupted it. Charles brings up the story of Dr. Chien-Shiung Wu, one of the most famous woman physics professors of the period and a member of the Manhattan Project, with whom Betty took a class. In a perhaps unsurprising turn of events, Dr. Wu and the other women on her team who conducted the “Wu Experiment” were ignored by the Nobel Prize committee in favor of the male scientists who predicted the results of her experiment. Throughout the episode, Betty and Mary Lou share some of their most interesting experiences, from riding in the back of a car with Edward Teller, the father of the H-Bomb, to the nearly catastrophic installation of a large telescope at the Harriman Observatory. Chuck talks with Betty and Mary Lou about what it was like to use computers in the punch card era. It turns out, both Betty's dissertation and Mary Lou's thesis were on punch cards! Finally, after the two scientists brag about their families, Chuck asks them for some parting words of advice for future scientists. But we wouldn't dream of speaking for them, so please tune in to the episode for words of wisdom from these two inspirational physicists.   We hope you enjoy this episode of The LIUniverse, and, if you do, please support us on Patreon.   Credits for Images Used in this Episode: Great Red Spot seen by the Juno probe – Kevin Gill, CC BY 2.0 Cassini's drawing of Jupiter's “permanent spot” – Giovanni Domenico Cassini, Public Domain Great Red Spot in the 1880s – Thomas Gwyn Elger Magnetic plasma storms on the Sun – Courtesy of NASA/SDO and the AIA, EVE, and HMI science teams, Public Domain Dr. Isadore Isaac Rabi – Nobel Foundation Dr. Chien-Shiung Wu at work – Smithsonian Institution, no known copyright restrictions Dr. Edward Teller – UC Davis, CC BY 2.0   #TheLIUniverse #CharlesLiu #AllenLiu #SciencePodcast #AstronomyPodcast #Physics #Astrophysics #BettyJensen #MaryLouWest #Jupiter #GreatRedSpot #MagneticPlasmaStorms #JovianStorms #SolarStorms #Cassini #NobelPrize #IsadoreIsaacRabi #ChienShiungWu #EdwardTeller #ManhattanProject #HarrimanObservatory #ColumbiaUniversity #TwoBodyProblem

Our guest is Joern Steinbeck and we discuss his GenAI approach with LLaMA. Joern explains in the podcast how he uses the LLM for OEE optimisation and what he has learned.

This is a special encore presentation of our #3 most popular episode of 2024! As advancements in cybersecurity have improved detection and response capabilities, managing the immense amounts of data required by AI-based cyber solutions remains a challenge. So, in this episode, we chat about how edge computing can enhance cybersecurity. Executive Editor Theresa Houck is joined by Valerie Schneider, Business Development Manager and Mike Wurster, Director of Strategic Alliances with Stratus Technologies to discuss: The biggest cyberthreats facing manufacturers & producers. How industrial firms can deal with these cyberthreats. How AI can be integrated with existing OT security technologies & processes to provide a comprehensive Defense-in-Depth strategy. How AI can enhance threat detection & response in OT environments. Best practices for improving cybersecurity. How edge computing & virtualization let users consolidate multiple applications on a single platform, allowing cybersecurity protocols to integrate with applications like HMI, SCADA, MES and batching. How to balance security measures with usability & productivity. Steps for improving OT cybersecurity without significant investment or disruption to operations. You can also watch their discussion on YouTube at https://youtu.be/0kQ1c3z36MM. Resources from this episode: Stratus & Rockwell Automation Partnership: “Together, Simplifying Edge Computing for the Connected Enterprise.” Analyst Brief: “Virtualization with Stratus Zero-Touch Computing Platforms.” White Paper: “Edge Computing Bridges IT and OT People, Process, and Technology.” Email Valerie Schneider at valerie.schneider@stratus.com. Email Mike Wurster at mike.wurster@stratus.com. Please tap the Share icon to share this episode with peers who would benefit from the information. And kindly give us a 5-star rating and a review. Automation Chat is brought to you by The Journal From Rockwell Automation and Our PartnerNetwork magazine. Find us on YouTube. Find us on LinkedIn. Find us on Facebook. Find us on X (Twitter). ** Named “Best Podcast” 3 Consecutive Years! 2022-2024 Apex Award of Publication Excellence.

In celebration of the Harvard Macy Institute's 30th anniversary, this blog & podcast series honors the remarkable individuals who have shaped and supported our community over the years. These accomplished educators, leaders, and champions of health professions education have contributed to the institute's enduring legacy. Through their leadership, innovation, and commitment to advancing education, they continue to inspire and guide future generations. Join us as we highlight their journeys, achievements, and reflections on the impact of HMI on their professional lives and the wider global community.   In this episode of the podcast, HMI Director Dr. Sarah Wood reflects on what the 30th anniversary means to her, and the ways that the HMI community is celebrating this milestone. Our anniversary series will feature people and ideas from the HMI community, taking a deep dive into their stories and lessons learned.   Sarah has served as the Director of the Harvard Macy Institute since May 2023. Previously, she was the Vice Dean for Medical Education at the Schmidt College of Medicine at Florida Atlantic University. A scholar in the HMI Educators Program in 2015, Sarah subsequently remained deeply engaged with the institute, supporting at least two scholars annually from FAU to participate in HMI programs. 

Doctors Ayesha and Dean Sherzai founded the Healthy Minds Initiative (HMI) to scale their impact on the tragic epidemic of dementia plaguing the world today. The first thing that we have to understand is that the majority of dementias are preventable through diet and lifestyle. The Sherzai's acronym NEURO—nutrition, exercise, unwinding, restorative sleep, and optimization—encapsulates the pillars that can determine our cognitive trajectory as we age. Second, individual behavior change is hard. And it's especially hard when the community norms are unhealthy.Third, traditionally underserved and marginalized communities are bearing the brunt of the damage and ensuing tragic consequences.And fourth, circling around, those communities can actually become leaders in the public health crusade against toxic lifestyles, since their empowerment can become the solution. HMI exists to empower communities to spread both the message and practice of lifestyle medicine. But in order to do that, the Sherzai's and their partners can't come in as experts. Instead, they approach as curious partners, willing to learn, and willing to stick around and provide support for the long term, and not just until the latest research grant runs out. In our conversation, we talk about the need for systemic change in research models that prioritize community engagement and sustainability. And we talk about what sustainable progress looks like, and can look like—in other words, a blueprint for community engagement and empowerment that can create a grassroots, decentralized, democratic health movement.LinksThe Healthy Minds InitiativeThe Brain DocsNourishing Our Brains and Preventing Dementia with Ayesha Sherzai, MD: PYP 279The Role of Science in Public Discourse and Racial Justice: Dean and Ayesha Sherzai, MDs: PYP 414The Alzheimer's Solution, by Drs Ayesha and Dean SherzaiThe 30-Day Alzheimer's Solution: The Definitive Food and Lifestyle Guide to Preventing Cognitive Decline, by Drs Ayesha and Dean Sherzai

In this insightful episode, we sit down with Colby Clegg, CEO of Inductive Automation, to discuss the much-anticipated release of Ignition 8.3 and its transformative impact on industrial automation. From new capabilities like Perspective Offline Mode to powerful enhancements in data integration and source control, Colby shares how 8.3 builds upon Ignition's mission to be the most modern, user-friendly SCADA and HMI platform.Colby delves into the origins of Inductive Automation, highlighting the journey from a small integration tool to a global, open-platform solution that enables seamless IT-OT integration across diverse industries. He addresses the challenges of creating a platform flexible enough for applications in food & beverage, oil & gas, data centers, and even emerging fields like vertical farming—all while maintaining ease of use and cost-effectiveness.We also cover the unique culture at Inductive Automation, the importance of Inductive University and its open, collaborative approach, as well as the dynamic community surrounding the annual ICC event. If you're an integrator, engineer, or simply curious about the future of industrial technology, this episode offers a rare look inside the innovations shaping our connected world.Keywords:Ignition 8.3, Inductive Automation, Industrial Automation, SCADA, IT-OT Convergence, Industrial IoT, Manufacturing, Industry 4.0, Perspective Module, Colby Clegg, Ignition Platform, Data IntegrationReferences:Inductive University: https://inductiveuniversity.com/Ignition 8.3 Release Notes: https://inductiveautomation.com/downloads/releasenotes/8.1.33-SNAPSHOTPerspective Drawing Editor Discussion: https://forum.inductiveautomation.com/t/perspective-drawing-editor-in-8-3-not-in-8-1/64911Version Control and Future Versions of Ignition: https://forum.inductiveautomation.com/t/version-control-and-future-versions-of-ignition-8-3/74578Inductive Automation Blog on Ignition 8.1.38: https://inductiveautomation.com/blog/ignition-8138-gateway-network-diagram-updates-leased-license-session-flexibility-gateway-encryption-keysInductive Automation Training Resources: https://training.inductiveautomation.com/Inductive Automation Training Classes & Certification: https://inductiveautomation.com/training/classes-and-certificationInductive Automation Previews Upcoming Ignition 8.3 Release: https://inductiveautomation.com/news/inductive-automation-previews-upcoming-ignition-83-release-announces-2024-ignition-firebrand-award-w******Connect with UsVlad RomanovDave GriffithManufacturing HubSolisPLCJoltek

In this episode of Control Intelligence, written by contributing editor Jeremy Pollard, editor in chief Mike Bacidore discusses the uses of wireless HMI.

Join the Soil Sisters as they discuss their enriching experience at Holistic Management International's Regen Ag School, which has empowered them to ask the right questions to make the next right move on the road to healing their family's land. If you're considering continuing education in holistic management or want practical tools to plan for profit in family farming and ranching, dig into this episode. The sisters rave about the valuable tips and tools for holistic land management and the open-hearted and inspiring community they found through HMI. They also touch on succession planning and adapting operations in a way that makes both profits and sense.Thank you to HMI for offering scholarships for training farmers and ranchers currently practicing Holistic Management or who plan to do so in the near future. You can learn more and apply for those scholarships HERE. And NOW, Small Producers Initiative is offering travel stipends to further support us attending an SPI workshop or a qualifying HMI event. To apply, please register for the workshop you want to attend, then complete the application HERE. You will be notified of whether you were awarded the stipend in a timely manner. If your application is not accepted, your registration fee may be refunded.  Questions?  Contact smallproducers@txstate.eduTIME STAMPS:00:00 Soil Sisters Welcome00:13 HMI Regen Ag School Highlights01:42 Holistic Management Insights02:57 Practical Applications in Ranching11:18 Family and Succession Planning19:18 Community and Learning Experience28:13 Hemp in Agriculture32:17 Visionary Land Planning with HMI33:26 Holistic Goals and Living Documents34:22 Managing for Success and Weak Links36:29 Planning, Monitoring, and Adjusting39:18 Aha Moments and Learning40:45 10x Growth and Best Practices45:57 Adapting to Environmental Challenges50:30 Reflecting on the Learning Experience

We spend a lot of time talking about the software-defined vehicle (SDV), and there are two very good reasons for that. One is that is it occurring, whether you know it or not or whether you want it or not. The second reason is that it is very complex, even if you're just dealing with the HMI, as it all ties back together at some point. To sort through the issues, I invited Marcelo Williams, a Global Senior Director for Infineon Technologies to be my guest on this week's Embedded Executives podcast.

Guests: Sara Sargent, AutoSens Automotive Technology SpecialistOn LinkedIn | https://www.linkedin.com/in/sarasargent17/Rob Stead, Managing Director and Founder, Sense Media GroupOn LinkedIn | https://www.linkedin.com/in/robertjstead/____________________________Hosts: Sean Martin, Co-Founder at ITSPmagazine [@ITSPmagazine] and Host of Redefining CyberSecurity Podcast [@RedefiningCyber]On ITSPmagazine | https://www.itspmagazine.com/sean-martinMarco Ciappelli, Co-Founder at ITSPmagazine [@ITSPmagazine] and Host of Redefining Society and Technology PodcastOn ITSPmagazine | https://www.itspmagazine.com/marco-ciappelli____________________________Episode NotesThe episode kicks off with a playful exchange between Sean and Marco, setting the tone for an engaging discussion about the future of automotive tech. Marco points out the rapid advancements in the industry, comparing it to the evolution from the Flintstones' manually-powered car to today's sophisticated autonomous vehicles. Sean highlights the significance of these advancements and the pivotal role conferences like AutoSens and InCabin play in shaping the industry's future.A Brief History of AutoSens and InCabinRob Stead, the managing director and founder of SenseMedia, provides a historical overview of the AutoSens conference. Established in 2015, AutoSens was born out of a need to bring together experts from various sectors of the automotive industry to foster collaboration and innovation. The event has grown exponentially, and in 2016, the first AutoSens conference was held. Today, AutoSens and its sister event, InCabin, attract a diverse audience, including engineers, regulators, and manufacturers.Key Themes and DiscussionsThe conversation dives into the core themes of the upcoming conferences. Sara Sargent, an Automotive Technology Specialist at SenseMedia, explains her dual role in ensuring technical integrity and leading the InCabin event. She emphasizes the importance of addressing current safety concerns, such as child presence detection and airbag deployment accuracy. These technologies not only enhance safety but also pave the way for future innovations in autonomous driving.The Complexity of Autonomous VehiclesRob elaborates on the challenges faced by the industry, emphasizing the difficulty of achieving full autonomy (L4) in consumer vehicles. He notes that while L4 technology is feasible, it is costly and likely to be limited to fleet operators rather than individual consumers. The transition to higher levels of automation will be gradual, with most vehicles remaining at Level 2 (L2) for the foreseeable future.The Importance of Redundancy and CollaborationSean questions the need for various sensor modalities in vehicles, to which Rob responds by explaining the concept of redundancy. Multiple sensors, including cameras, radar, and LiDAR, work together to create a comprehensive and reliable system. This redundancy is crucial for ensuring safety and reliability in autonomous driving systems. Additionally, the conversation touches upon the importance of vehicle-to-infrastructure (V2X) technology and its potential to enhance transportation systems.InCabin: Advancing Interior SensingThe discussion shifts to the interior sensing technologies covered in the InCabin conference. Sara highlights the significance of these technologies in ensuring passenger safety and comfort. From detecting medical emergencies to preventing drunk driving, interior sensors can play a critical role in enhancing the overall driving experience. However, Sara acknowledges the privacy concerns that come with increased interior monitoring.Looking Forward to the ConferencesRob and Sara both express their excitement for the upcoming conferences in Barcelona. They provide a sneak peek into some of the keynotes and technical sessions, emphasizing the collaborative nature of the events. Notably, the conferences will feature discussions on HMI design, simulation validation, and insights from the Chinese automotive market.ConclusionAs the episode wraps up, Sean and Marco reflect on the importance of conferences like AutoSens and InCabin in driving innovation and ensuring the safety and reliability of future automotive technologies. They encourage listeners to attend the events and stay tuned for more insightful discussions on the evolving landscape of automotive technology.Be sure to follow our Coverage Journey and subscribe to our podcasts!____________________________This Episode's SponsorsHITRUST: https://itspm.ag/itsphitweb____________________________Catch all of our event coverage: https://www.itspmagazine.com/technology-cybersecurity-society-humanity-conference-and-event-coverageOn YouTube:

Rollin McCraty, Ph.D., director of research at the HeartMath Institute, is a professor at Florida Atlantic University. McCraty is a psychophysiologist whose interests include the physiology of emotion. One of his primary areas of focus is the mechanisms by which emotions influence cognitive processes, behavior, health and the global interconnectivity between people and Earth's energetic systems. He has been with HeartMath Institute since its founding in 1991 by Doc Childre. He has worked closely with Childre to develop HMI's research goals and has been instrumental in researching and developing the HeartMath System of tools and technology.   He is one of the primary creators of the Global Coherence Initiative and the principal designer of the Global Coherence Monitoring System and its international network of magnetic field sensor sites.   Related to this, McCraty heads up HMI and GCI researchers investigating the relationship between human and geomagnetic field environments and the interconnectedness of and communication among all living systems.   They also investigate how these fields act as central synchronizing signals within the body, carry emotional information and serve as key mediators of energetic interactions between people and living systems.   In this episode you will hear:   00:00:00 Intro 00:03:42 What is HeartMath? 00:05:00 Who is Rollin McCraty? 00:10:42 Consciousness from a Neuroscientist's perspective 00:13:22 The benefits of connecting with the Heart 00:19:10 What is Heart Rate Variability (HRV)? 00:20:00 Heart Coherence 00:23:50 Heart Intelligence 00:33:11 Social Coherence 00:36:55 Heart-Centered possibilities 00:42:33 What all world religions have in common 00:48:09 Global Consciousness Project 00:55:50 Dr. Rollin McCraty's Heartprint     Those with ears, let them hear. Always love Ryan Connect with Dr. Rollin Website: https://www.heartmath.org/ LinkedIn: https://www.linkedin.com/in/rollinmccraty/ Instagram: https://www.instagram.com/heartmathinstitute   Connect with Always Better than Yesterday Website: https://abty.co.uk/ Instagram: https://www.instagram.com/alwaysbetterthanyesterdayuk/ LinkedIn: https://www.linkedin.com/company/abty/ Facebook Community: https://www.facebook.com/groups/weareabty Join our mail list here for exclusive content here: https://abty.co.uk/contact     Sign up for our coaching here: https://abty.co.uk/coaching Thank you to our supporters Exhale Healthy Coffee. Exhale is the first coffee to be sourced, roasted and lab tested specifically to maximise its antioxidant and anti-inflammatory potency.   An independent lab test showed one cup of Exhale coffee has the same antioxidant power as 1.8kg of blueberries or 55 oranges!   Get £10 off your first bag when you visit https://exhalecoffee.com/abty   Please email your questions and comments to podcast@abty.co.uk   #HeartMathInstitute #HeartIntelligence #DrRollinMcCraty #HeartMath

Find More Episodes on PCA Overdrive: https://www.pcaoverdrive.org/estimate-rocket-podcast-1 PCA Overdrive is free for members. Not a member? Download the app on the Apple Store or Google Play and enjoy a 7 day free trial! Become a member: https://www.pcapainted.org/membership-resources/ In this episode of Rocket Your Business For Trade Contractors, we welcome Will Sublett, a geoengineer at HMI, a company specializing in concrete lifting and ground improvement. Celebrating 50 years in business, HMI is renowned for its commitment to customer education and long-term support. The conversation highlights HMI's dedication to advancing technologies, including new polyurethane products for ground stabilization and innovative concrete lifting techniques. Will shares insights into his role, HMI's customer support, and the company's philosophy of continuous improvement and training, aligning with Estimate Rocket's values.

In the news section, we talk about humanoids, about Aleph Alpha, about XAI and HMI and the demands of the AI Act for explainability. We talk about AI agents, robotics and bit about AI operations systems. Thanks for listening. We welcome suggestions for topics, criticism and a few stars on Apple, Spotify and Co. We thank our partner **SIEMENS** https://www.siemens.de/de/ Our guests: [Kathrin Hoesli ](https://www.linkedin.com/in/kathrinhoesli/) [Max Schönsteiner ](https://www.linkedin.com/in/max-sch%C3%B6nsteiner-aa55a977/) [XAI Paper](https://arxiv.org/abs/2404.12762v1) [AI Agents Article by McKinsey](https://www.mckinsey.com/capabilities/mckinsey-digital/our-insights/why-agents-are-the-next-frontier-of-generative-ai) [Robots on Hugging Face](https://www.linkedin.com/posts/bartdewitte_wow-the-democratisation-of-robotics-has-ugcPost-7233096511486627840-OqaP?utm_source=share&utm_medium=member_desktop) #machinelearning #ai #aimodel #industrialautomation #manufacturing #automation #genai #datascience #mlops #llm #IndustrialAI #artificialintelligence #Safety #NVIDIA #xLSTM #IndustrialAI #bluecollar #Transformer #Compute #Hardware

intelligent ASIA & DIGITIMES & IC之音 聯合製播Live Studio主持人 朱楚文 Ft. 北爾電子 亞太區資深業務協理 黃至平精彩重點：1. 全球HMI人機介面領導廠商北爾電子觀察市場趨勢，從台灣到亞太，製造業面臨嚴酷生存挑戰，如何透過AI與智能化求解？2. 呼應永續議題，電動車如何大量普及？如何克服充電樁不足與極端氣候挑戰？3. 面對少子化、工程師人才荒，企業的數位化專案開發時程緊迫，亟需導入AI科技，北爾的WebIQ平台提供哪些解方？新型態智動化－Live Studio 直播間各場次精彩對談：9/2 17:00 全球節能科技與 AI 製造9/3 17:00 AIOT 賦能技術到自動化工廠9/4 17:00 產業設施永續發展 OT & IT 數位化整合解決方案9/5 17:00 線性移載設備與拖鏈在前沿領域應用9/6 17:00 強化彈性生產 - 機器人末端工具快換模組應9/9 17:00 未來工廠藍圖：工業 AI 運算與工業網路9/10 17:00 智慧成型專業顧問服務建構智慧化產業供應鏈9/11 17:00 工業 AI 如何有效提升製造創新9/12 17:00 改變從創新開始 共創智慧倉儲解決方案9/13 17:00 不懂 AI 也能成為工業 AI 專家，將資料變金礦找出企業獲利命題

Podcast: Automation Chat (LS 26 · TOP 10% what is this?)Episode: How Edge Computing Simplifies & Enhances AI-Based Cybersecurity in IT & OTPub date: 2024-06-25As advancements in cybersecurity have improved detection and response capabilities, managing the immense amounts of data required by AI-based cyber solutions remains a challenge. So, in this episode, we chat about how edge computing can enhance cybersecurity. Executive Editor Theresa Houck is joined by Valerie Schneider, Business Development Manager and Mike Wurster, Director of Strategic Alliances with Stratus Technologies to discuss: The biggest cyberthreats facing manufacturers and producers. How industrial firms can deal with these cyberthreats. How artificial intelligence can be integrated with existing OT security technologies & processes to provide a comprehensive Defense-in-Depth strategy. How AI can enhance threat detection & response in OT environments. Best practices for improving cybersecurity. How edge computing & virtualization let users consolidate multiple applications on a single platform, allowing cybersecurity protocols to integrate with applications like HMI, SCADA, MES and batching. How to balance security measures with usability & productivity. Steps for improving OT cybersecurity without significant investment or disruption to operations. You can also watch their discussion on YouTube at https://youtu.be/0kQ1c3z36MM. Resources from this episode: Stratus & Rockwell Automation Partnership: “Together, Simplifying Edge Computing for the Connected Enterprise.” Analyst Brief: “Virtualization with Stratus Zero-Touch Computing Platforms.” White Paper: “Edge Computing Bridges IT and OT People, Process, and Technology.” Email Valerie Schneider valerie.schneider@stratus.com. Email Mike Wurster at mike.wurster@stratus.com. Automation Chat is brought to you by The Journal From Rockwell Automation and Our PartnerNetwork magazine. Find us on LinkedIn. Find us on Facebook. Find us on X (Twitter). ** Named Best Podcast 2 Consecutive Years! 2022 & 2023 Apex Awards of Publication Excellence.The podcast and artwork embedded on this page are from The Journal From Rockwell Automation and Our PartnerNetwork, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

Podcast: Automation Chat (LS 26 · TOP 10% what is this?)Episode: How Edge Computing Simplifies & Enhances AI-Based Cybersecurity in IT & OTPub date: 2024-06-25As advancements in cybersecurity have improved detection and response capabilities, managing the immense amounts of data required by AI-based cyber solutions remains a challenge. So, in this episode, we chat about how edge computing can enhance cybersecurity. Executive Editor Theresa Houck is joined by Valerie Schneider, Business Development Manager and Mike Wurster, Director of Strategic Alliances with Stratus Technologies to discuss: The biggest cyberthreats facing manufacturers and producers. How industrial firms can deal with these cyberthreats. How artificial intelligence can be integrated with existing OT security technologies & processes to provide a comprehensive Defense-in-Depth strategy. How AI can enhance threat detection & response in OT environments. Best practices for improving cybersecurity. How edge computing & virtualization let users consolidate multiple applications on a single platform, allowing cybersecurity protocols to integrate with applications like HMI, SCADA, MES and batching. How to balance security measures with usability & productivity. Steps for improving OT cybersecurity without significant investment or disruption to operations. You can also watch their discussion on YouTube at https://youtu.be/0kQ1c3z36MM. Resources from this episode: Stratus & Rockwell Automation Partnership: “Together, Simplifying Edge Computing for the Connected Enterprise.” Analyst Brief: “Virtualization with Stratus Zero-Touch Computing Platforms.” White Paper: “Edge Computing Bridges IT and OT People, Process, and Technology.” Email Valerie Schneider valerie.schneider@stratus.com. Email Mike Wurster at mike.wurster@stratus.com. Automation Chat is brought to you by The Journal From Rockwell Automation and Our PartnerNetwork magazine. Find us on LinkedIn. Find us on Facebook. Find us on X (Twitter). ** Named Best Podcast 2 Consecutive Years! 2022 & 2023 Apex Awards of Publication Excellence.The podcast and artwork embedded on this page are from The Journal From Rockwell Automation and Our PartnerNetwork, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

As advancements in cybersecurity have improved detection and response capabilities, managing the immense amounts of data required by AI-based cyber solutions remains a challenge. So, in this episode, we chat about how edge computing can enhance cybersecurity. Executive Editor Theresa Houck is joined by Valerie Schneider, Business Development Manager and Mike Wurster, Director of Strategic Alliances with Stratus Technologies to discuss: The biggest cyberthreats facing manufacturers and producers. How industrial firms can deal with these cyberthreats. How artificial intelligence can be integrated with existing OT security technologies & processes to provide a comprehensive Defense-in-Depth strategy. How AI can enhance threat detection & response in OT environments. Best practices for improving cybersecurity. How edge computing & virtualization let users consolidate multiple applications on a single platform, allowing cybersecurity protocols to integrate with applications like HMI, SCADA, MES and batching. How to balance security measures with usability & productivity. Steps for improving OT cybersecurity without significant investment or disruption to operations. You can also watch their discussion on YouTube at https://youtu.be/0kQ1c3z36MM. Resources from this episode: Stratus & Rockwell Automation Partnership: “Together, Simplifying Edge Computing for the Connected Enterprise.” Analyst Brief: “Virtualization with Stratus Zero-Touch Computing Platforms.” White Paper: “Edge Computing Bridges IT and OT People, Process, and Technology.” Email Valerie Schneider valerie.schneider@stratus.com. Email Mike Wurster at mike.wurster@stratus.com. Automation Chat is brought to you by The Journal From Rockwell Automation and Our PartnerNetwork magazine. Find us on LinkedIn. Find us on Facebook. Find us on X (Twitter). ** Named Best Podcast 2 Consecutive Years! 2022 & 2023 Apex Awards of Publication Excellence.

This week I meet up with Matthew Tellier of AMCI to learn about the Motion Control products they offer in this episode of The Automation Podcast For more information, check out the "Show Notes" located below the video. Watch to the Podcast on The Automation Blog: Note: This episode was not sponsored by the vendor, so the video edition is a member only perk. To learn more about our membership/supporter options, click here. The general public can still listen to the episode below: Listen to the Podcast on The Automation Blog: The Automation Podcast, Episode 206 Show Notes: Special thanks to our members for making this show possible! To learn more about becoming a member, click here. Until next time, Peace ✌️  Shawn M TierneyTechnology Enthusiast & Content Creator Have a question? Join my community of automation professionals and take part in the discussion! You'll also find my PLC, HMI, and SCADA courses at TheAutomationSchool.com. If you found this content helpful, consider buying me a coffee here. (17 views)

In this episode, we talk about generative AI, speech interfaces, and evolving the customer experience for one of the world's top luxury car brands: Mercedes-Benz. At the Consumer Electronics Show earlier this year, Mercedes made a major splash with a new virtual assistant that leverages advanced software and generative AI — along with on-screen visuals — to provide more proactive support and a more intuitive way of interacting with the vehicle. One of the people behind that project is James Liu, the head of customer experience for the Mercedes-Benz operating system. "I always joke with my team that we're the last layer of light and sound waves between all of our technologies and the customer," Liu says. "Practically speaking, my teams are responsible for HMI concept, UX design, front-end engineering, speech, and the AI platform." 

This week I discuss what episodes I have planned, as well as some of the planned changes coming to the show as I kick off the second decade of The Automation Podcast! Note: This episode was updated after originally released, and the new section now precedes the original. For more information, check out the "Show Notes" located below the video. Watch to the Podcast on The Automation Blog:  Listen to the Podcast on The Automation Blog: The Automation Podcast, Episode 205 Show Notes: Special thanks to all our listeners: You are the reason I keep doing the show! Until next time, Peace ✌️  Shawn M TierneyTechnology Enthusiast & Content Creator Have a question? Join my community of automation professionals and take part in the discussion! You'll also find my PLC, HMI, and SCADA courses at TheAutomationSchool.com. If you found this content helpful, consider buying me a coffee here. (6 views)

This week I meet back up with John DeTellem of Siemens to learn about Project Libraries in TIA Portal in this episode of The Automation Podcast For more information, check out the "Show Notes" located below the video. Watch to the Podcast on The Automation Blog:  Listen to the Podcast on The Automation Blog: The Automation Podcast, Episode 204 Show Notes: Special thanks to John DeTellem of Siemens for coming on the show to bring us up to speed on Project Libraries in TIA Portal. Until next time, Peace ✌️  Shawn M TierneyTechnology Enthusiast & Content Creator Have a question? Join my community of automation professionals and take part in the discussion! You'll also find my PLC, HMI, and SCADA courses at TheAutomationSchool.com. If you found this content helpful, consider buying me a coffee here. (16 views)

This week's EYE ON NPI will take you to Infinity and Beyond, with Infineon PSoC™ 4000T Microcontrollers (https://www.digikey.com/en/product-highlight/i/infineon/psoc-4000t-microcontrollers) and the CY8CPROTO-040T eval board (https://www.digikey.com/short/qhfjbt39) specifically designed to get you started with the 4000t series microcontrollers and using the Infineon-neé-Cypress CapSense technology for capacitive touch buttons and slider. The Infineon PSoC™ 4000T series of microcontrollers are based around the classic Arm Cortex M0+ core, running at 48 MHz and with 64K flash, 8K of SRAM. So, a great microcontroller for simple products/white goods that don't need USB or a graphical display, like headphones, rice cookers, tea kettles or electric toothbrushes. The chip is optimized for capacitive touch sensing, with timers and lots of capsense inputs, but not a ton of other peripherals: there's only two serial blocks that can be configured as I2C/UART/SPI, and no ADC/DAC or USB or CAN. As long as your product is intended to be low-cost, and simple, that's probably just fine! The real star of the show on these chips is the CapSense peripheral (https://www.infineon.com/cms/en/product/microcontroller/sensing-controller/capsense-controllers/capsense/), which has up to 16 inputs - out of 21 GPIO! These can be configured as "CSD-type" self-capacitance sigma-delta buttons or sliders, or as "CSX-type" mutual-capacitance X-Y grids (https://www.youtube.com/watch?v=SOOZII8cvT4). Capacitive sensing is great when you want products that react to touch without needing large and breakable tactile switches. For example, touch sensors on headphones can determine when they are inserted into the ear and when a finger is touching the body to pause or adjust volume (https://www.infineon.com/dgdl/Infineon-The_touch_sensing_HMI_in_wearable_and_IoT_devices-Whitepaper-v01_00-EN.pdf?fileId=8ac78c8c8a44f57b018a5f0711243a0f). Unlike buttons or encoders, there's no risk of eventual mechanical failure, rending a product useless: with a smooth clean surface you can still provide a full UI with low cost and maintenance. The Infineon PSoC™ 4000T series comes with the 5th generation of CapSense, which features autonomous DMA function in deep sleep, great responsivity, and moisture resistance. One downside of classic capacitive touch solutions is false 'ghost' triggering or sluggish 'touch blindness' when the touch surface is wet. This is a common issue with products that end up being used in a kitchen, bathroom, laundry room, while exercising or outside. That's because droplets of water have capacitance on the order of the human finger and so each droplet looks like a touch. Most capacitive sense implementations have a slow self-zeroing drift calibration procedure, but they don't handle sudden water sprays. CapSense 5th gen, by comparison, will maintain the same raw capacitive count even when there's spray, mist or droplets! Another neat feature is the autonomous sensing block, which allows ultra low deep sleep current of 6uA with touch-to-wake. Instead of powering up the whole core to do the capacitive touch reading and averaging in the main process thread, readings are done in a zombie mode so that we only wake up when touches are detected. If your next product design needs a reliable capacitive touch interface, the CapSense 5th gen-powered Infineon PSoC™ 4000T series (https://www.digikey.com/en/products/detail/infineon-technologies/CY8CPROTO-040T/22158824) is an excellent low-power Cortex M0+ chip that can act as the main processor of your product with high integration for a tiny BOM at an attractive price. You can get started fast by picking up a CY8CPROTO-040T eval board (https://www.digikey.com/short/j5hfb704) that has a programming/debug interface as well as button, slider and proximity sensing CapSense element. Order today and your CY8CPROTO will ship immediately, so that you can get started with your development by tomorrow afternoon!

This week I meet up with Luis Narvaez of Siemens to learn all about their new S7-1200 G2 (generation 2) PLC in this episode of The Automation Podcast. For more information, check out the "Show Notes" located below the video. Watch to the Podcast on The Automation Blog: Listen to the Podcast on The Automation Blog: The Automation Podcast, Episode 203 Show Notes: Special thanks to Luis Narvaez of Siemens for coming on the show to bring us up to speed on their newly announced S7-1200 G2 PLC. To learn more about Siemens' S7-1200 G2 check out the link below: S7-1200 G2 Until next time, Peace ✌️  Shawn M TierneyTechnology Enthusiast & Content Creator Have a question? Join my community of automation professionals and take part in the discussion! You'll also find my PLC, HMI, and SCADA courses at TheAutomationSchool.com. If you found this content helpful, consider buying me a coffee here. (41 views)

This week I meet up with Brandon Penrod of IXON to learn about their Remote Access and IoT Edge Gateway Solutions in this episode of The Automation Podcast For more information, check out the "Show Notes" located below the video. Watch to the Podcast on The Automation Blog:  Listen to the Podcast on The Automation Blog: The Automation Podcast, Episode 202 Show Notes: Special thanks to Brandon Penrod of IXON for coming on the show to bring us up to speed on their Remote Access and Edge Gateway solutions. To learn more about IXON, check out the below links: IXON IIOT Portal Machine Connectivity in the age of Service Excellence IXON Customer cases Talk to an IXON specialist Follow IXON on LinkedIn Until next time, Peace ✌️  Shawn M TierneyTechnology Enthusiast & Content Creator Have a question? Join my community of automation professionals and take part in the discussion! You'll also find my PLC, HMI, and SCADA courses at TheAutomationSchool.com. If you found this content helpful, consider buying me a coffee here. (40 views)

This week I meet back up with Noam Geffen of CaPow to learn what's new with their Capacitive Power Solution for AMRs, Forklifts, and Drones in this episode of The Automation Podcast For more information, check out the "Show Notes" located below the video. Watch to the Podcast on The Automation Blog:  Listen to the Podcast on The Automation Blog: The Automation Podcast, Episode 201 Show Notes: Special thanks to Noam Geffen of CaPow for coming on the show to bring us up to speed on their Capacitive Power solution. To learn more about CaPow, check out the links below: CaPow Website CaPow YouTube Channel CaPow MODEX Video CaPow Genesis Video Until next time, Peace ✌️  Shawn M TierneyTechnology Enthusiast & Content Creator Have a question? Join my community of automation professionals and take part in the discussion! You'll also find my PLC, HMI, and SCADA courses at TheAutomationSchool.com. If you found this content helpful, consider buying me a coffee here. (11 views)

AI has been a key part of modern manufacturing for a few years now, and it's here to stay. But we wouldn't have it without people like our guest on this episode, who's not afraid to try new things and take bold leaps into the unknown. With quite possibly the coolest job title ever, Gregory Powers, the VP of Cool Stuff at Gray Solutions, gives us some backstory on how he got that title and what his role involves. His philosophy leans into the “art of what's possible,” and this curiosity has shaped his career in new and interesting ways. Gregory talks about what it means to guide a team when applying new technologies, particularly AI solutions. We hear how manufacturers can get started with AI, where AI is headed in this industry, and how manufacturers can tell they're ready for it. He also breaks down his best advice for trying out new technology the right way and what bringing AI in could do for your team (hint – it's not stealing their jobs!) In this episode, find out: What a VP of Cool Stuff gets up to and how he came up with his own job title What it means to guide a team to focus on practical applications of technology Gregory's philosophy on “the art of what's possible” and what it means for him What it means to apply AI to manufacturing Why AI could become the future of HMI and other ways it could shape the industry A practical example of how Gray Solutions is leveraging AI for 3D modeling How manufacturers can determine whether they're ready to introduce AI How Gregory enables his team to try new things and experiment with technology Gregory's advice for manufacturing leaders who want to stay focused on outcomes and avoid jumping on the bandwagon of new tech How AI could free up human workers to focus on “cool stuff” Enjoying 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: “[With AI], the operators can be more proactive about getting things done outside of the traditional stuff that they're doing now.” “I keep telling our customers, get some foundation first on your data, structure it, put in the technology and the infrastructure that you need to set up for that future. If you don't do that, you're going to probably struggle.” “Don't be scared to take a risk on some of this stuff, as long as you're not losing out on big numbers, then it's okay to experiment.”Links & mentions: Connect with Gregory on LinkedIn Gray Solutions, a full-service automation, operations, and information systems integrator Make sure to visit http://manufacturinghappyhour.com for detailed show notes and a full list of resources mentioned in this episode. Stay Innovative, Stay Thirsty.