You can’t do great things without great people. Every day we are inspired by the passion, intelligence and kindness of our employees around the world. At Applied, #GreatThingsHappenHere.
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Building India’s 1st Fab(ulous) Semiconductor Lab | India Head - Global Workplace & Infra @ Applied Materials (ex: Microsoft, Intel, GE) | Engineer | 25 yrs in CRE, Lab Ops, MFG & SCM, Sustainability | India, Asia, MEA
Very informative... Applied Materials' We Work Here video, shows the power and poetry of chip fabrication, atom by atom. It reveals the spectacular and unexpected work required to build, using materials engineering, the most advanced logic and 3D NAND memory chips found in your pocket supercomputers. https://lnkd.in/g2iPcWHZ
Applied Materials — We Work Here
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A big impact we can make in this new industrialization era is driving new advanced materials out of the lab and into commercial production. At lab scale, new materials don't make a dent in how we live, work and play. Most people wouldn’t want a cubic centimeter of steel. I've been meeting and working with teams who have exciting ideas and designs for the future of the American industrial economy. But the new materials needed to really poise us for the future have been really early for a very long time. Industrial R&D Labs like Bell Labs use to work on tough problems like this. Curious, should we bring back the industrial R&D lab?
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Pick any challenge our society faces, and you’ll see why encouraging the study of Science, Technology, Engineering, Art, and Math is so important. We need these fields to meet the needs of American companies, to continue driving innovation, and to find workable solutions to some of the most important challenges in front of us.
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Teacher. Learner. "Retired" C&I Administrator in Missouri. Back to the heart of the matter in Kansas.
It is interesting to me that “STEM” is now so often tightly associated with engineering and/or the physical sciences. I can clearly see why in many cases. In my neck of the woods, engineering firms are doing SUCH good work encouraging and supporting (and often with significant $). Where are the life science corporations and organizations? Let’s go! I struggle to imagine a time in history when the life sciences were needed more. We have problems to solve. Let’s start young.
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Science, Technology, Engineering, and Mathematics—the building blocks of innovation and an approach to learning that propels us into the future. Together, we’re fostering problem-solving, innovation, and a brighter future. #nationalstemday #stemeducation #weareqk4
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A big impact we can make in this new industrialization era is driving new advanced materials out of the lab and into commercial production. At lab scale, new materials don't make a dent in how we live, work and play. Most people wouldn’t want a cubic centimeter of steel. I've been meeting and working with teams who have exciting ideas and designs for the future of the American industrial economy. But the new materials needed to really poise us for the future have been really early for a very long time. Industrial R&D Labs like Bell Labs use to work on tough problems like this. Curious, should we bring back the industrial R&D lab?
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Empowering Brands with Direct Media Streaming and Engaging Consumers through Product Experiences | ZIPPYAR CEO | Revolutionizing Digital Marketing in Pharma, Retail, and CPG for Today's Generation.
Industrial Innovation Powered by Advanced Materials - Sustainability Advanced materials are increasingly utilizing nanotechnology, and it is crucial for us to acknowledge and address the environmental consequences associated with nanomaterials. Numerous research studies have highlighted various issues that require our attention. It is essential that we improve our ability to anticipate and minimize any negative impacts that may arise from innovation. Additionally, we need to carefully determine the appropriate scale at which these innovations should be implemented. #innovation #advancedmaterials #nanotechnology https://lnkd.in/eu82eYMe
A big impact we can make in this new industrialization era is driving new advanced materials out of the lab and into commercial production. At lab scale, new materials don't make a dent in how we live, work and play. Most people wouldn’t want a cubic centimeter of steel. I've been meeting and working with teams who have exciting ideas and designs for the future of the American industrial economy. But the new materials needed to really poise us for the future have been really early for a very long time. Industrial R&D Labs like Bell Labs use to work on tough problems like this. Curious, should we bring back the industrial R&D lab?
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Senior Economist | Prof & Speaker | Space🚀 | USMC🇺🇲| Maine🦞| Derivatives| Blockchain| ⚕🐟🤖 | Energy🌞🛢| Alt Invest
Two thumbs 👍👍 up, Dan Goldin is so right, and... let me add an #economics and #finance angle to it for additional consideration. Yes, we should work on challenging problems again. Yes, we should bring back industrial R&D labs. Unfortunately, industrial #researchanddevelopment labs went away, at least partially, due to changes in the tax code and financial markets, not just from changes in the economics of those centers of innovation. To ensure the dominance of USA 🇺🇸 firms in #deeptech and, by extension, the future #spaceeconomy, we should also examine the changes in financial incentives and corporate institutions behind them. And that's the type of question that MilkyWayEconomy loves answering. Have a great long Memorial Day wknd everyone. -GSP- The Space Economy #5ir #4thindustrialrevolution #advancedmaterials
A big impact we can make in this new industrialization era is driving new advanced materials out of the lab and into commercial production. At lab scale, new materials don't make a dent in how we live, work and play. Most people wouldn’t want a cubic centimeter of steel. I've been meeting and working with teams who have exciting ideas and designs for the future of the American industrial economy. But the new materials needed to really poise us for the future have been really early for a very long time. Industrial R&D Labs like Bell Labs use to work on tough problems like this. Curious, should we bring back the industrial R&D lab?
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Siemens Industrial Automation Leader | Expert in Digital Solutions | Passionate about efficiency, sustainability and growth through tech. Proven in controls, strong customer ties. AA-ISP active member.
Talk about talent! Students at OWL University of Applied Sciences and Arts (TH-OWL) in Ostwestfalen-Lippe, Germany, are one prime example of how the next generation is ushering in a new wave of innovation and digital talent. Check out how engineering students at TH-OWL were able to earn recognition of their achievements in Product Lifecycle Management through Siemens digital badges! https://sie.ag/3scLf3y #academic #digitalbadging
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Talk about talent! Students at OWL University of Applied Sciences and Arts (TH-OWL) in Ostwestfalen-Lippe, Germany, are one prime example of how the next generation is ushering in a new wave of innovation and digital talent. Check out how engineering students at TH-OWL were able to earn recognition of their achievements in Product Lifecycle Management through Siemens digital badges! https://sie.ag/3scLf3y #academic #digitalbadging
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