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… to deploy additional solutions. Consolidation and standardization are inevitable, as security and scalability concerns will eventually win out. But arriving at frictionless movement of information – raw and contextualized data – between real-time operations and people and systems … even while increasing connectivity. LIFT , which focuses on lightweight materials and manufacturing processes, is helping develop a digital twin factory cell to validate new technology implementation. The Smart Manufacturing Innovation Platform and Marketplace The plug-and-play smart … capacity planning and shop floor scheduling among many other use cases. Simulation Will Drastically Lower Costs of Implementation LIFT’s digital twin research and development is a facet of “smarter manufacturing” – the connection between materials, manufacturing processes, systems, and …
… NIIMBL selects 100 students to participate in the 2025 eXperience program … NIIMBL selects 100 students to participate in the 2025 eXperience program The National Institute for Innovation in Manufacturing Biopharmaceuticals ( NIIMBL ) announces the selection of 100 first- and second-year college students to participate in the 2025 NIIMBL experience program. Students were selected from 75 academic institutions across the United States and Puerto Rico to take part in one …
… in Federal funding and $2.2B in private-sector cost share, executing more than 1,110 applied research projects and more than 480 education and workforce development projects. Click here for the full memorandum and learn more about how the MIIs are developing advanced manufacturing solutions for national and economic security. … Education … Flexible Hybrid Electronics … Workforce …
… Experience, the OPC Foundation Conference, LIVE LAB sessions, MxD’s Leverage Technology to Increase Accessibility and Diversify Your Workforce Workshop, and various IMTS+ productions in addition to podcasts and livestreams. Manufacturing USA also sponsored the Miles for … how they are creating and supporting initiatives to build new and expand existing ecosystems focused on their technologies to assist in the development and adoption of these new technologies and train the American workforce for advanced manufacturing jobs. Each institute focused on their unique mission guided by their sponsoring agencies (U.S. Department of …
… Powering the Clean Economy … Powering the Clean Economy The industrial sector is the backbone of America’s economy. And to manufacture the products that society relies on, industry consumes 33% of the nation’s energy and accounts for 29% of America’s carbon emissions . Reducing emissions across the industrial sector is a key component of the Biden …
… Unleashing Innovation at the 2025 Manufacturing USA Network Meeting … Unleashing Innovation at the 2025 Manufacturing USA Network Meeting Each year, the NIST Office of Advanced Manufacturing enjoys the unique privilege of convening the Manufacturing USA network for its annual meeting. The 2025 Manufacturing USA Network Meeting was an energizing gathering of over 80 representatives from the program’s 18 manufacturing innovation …
… Paul Perkins … Paul Perkins Education Innovator, Author, Tennis Player Paul Perkins has spent his career building bridges between people and opportunity in advanced manufacturing. As the president and co-founder of Amatrol, Inc., a LIFT member, he’s helped shape how thousands—possibly millions—of students, job seekers, and workers learn critical skills for careers in modern industry. From high schools and … agencies, and international partners. As someone who lives and breathes advanced manufacturing education, Paul is a Modern Maker. Q&A with Paul How did you find your way to working in advanced manufacturing? My father was a designer of custom automation for the manufacturing industry and …
… makes practical the scalable, consistent, and cost-effective manufacturing of cell-based products and trains the U.S. advanced biomanufacturing workforce. Introduced to the program through a local community organization that helps individuals overcome employment barriers, Alex started his … manufacturing with a newfound passion for the medical field. Throughout his training, Alex rotated through labs focused on operations, process development, deep tissue characterization, and data analysis. He not only developed technical skills but also built a reputation as a dependable … feedback, and contribute meaningfully. His hard work paid off when he was offered a full-time bioprocess technician position on the Process Development team at ARMI | BioFabUSA.. Today, Alex supports stem cell work in the lab, handles daily tasks like media changes and cell passaging, …
… was a perfect fit for me. What is the most challenging part of your job? The most challenging part of my job is keeping up with the rapid development of new research areas and technologies that support manufacturing. The industry is constantly evolving, and it can be difficult to … promoted and deployed technology such as modal tap testing to improve productivity, and supported the manufacturing industry through workforce development programs like America’s Cutting Edge and Manufacturing Day. The work I do helps advance manufacturing capabilities, leading to greater efficiency and productivity, which ultimately contributes to the growth and development of a skilled workforce. … Composites … Materials …
… Gina Raimondo. “Through this new AI-focused Manufacturing USA institute, we will help leverage AI to supercharge manufacturing, empower our workforce, and create secure, resilient supply chains.” “This new Manufacturing USA institute will strengthen the U.S. economy by helping … on just one. In addition, the new institute is expected to concentrate its efforts on three primary areas of operation: advancing technology development, developing an educated and skilled workforce, and developing shared infrastructure and facilities. All applicants are expected to clearly define their intended outcomes and …