841 - 850 of 1451
… n1enrZjO9_ on Tue, 09/24/2024 - 12:50 education [at] cesmii.org CESMII Smart & Digital Manufacturing Visit website Training Audience : Incumbent workforce Format : In-person, Virtual Smart Manufacturing – Building Your Strategic Roadmap Skills Taught: Work with an expert mentor to learn how to develop a technology-enabled strategic roadmap. Assess your organization’s current state across six critical manufacturing areas: strategy, culture, processes, systems, workforce, and supply chain. Take the first steps to develop a future vision and build a roadmap that aligns your business objectives to smart …
Fundamentals of Smart Manufacturing – eLearning Package Skills Taught: Smart Manufacturing Introduction. Data Collection Fundamentals, Cybersecurity, How Smart Manufacturing is related to Business Strategy, the convergence of IT and OT, IIoT, Big Data, Digital Thread, Digital Twin, Analytics, AI/Machine Learning, Workforce Augmentation, Digital Lean, Continuous Improvement and Digital Supply Chain. Target Audience: Professionals with a general background in manufacturing and information technologies.
This project will create secondary and post-secondary educational pathways to build a sustainable talent pipeline for bioindustrial manufacturing. The project will utilize early outreach activities for increased awareness and will establish stackable credentials, thereby increasing access to careers and continued education for advanced skills development. This project will bring together industry leaders, educational institutions, and other stakeholders to develop industry-specific skills training, promote career pathways, and raise awareness of bioindustrial manufacturing's crucial role in
The National Academies of Sciences, Engineering, and Medicine released Revisiting the Manufacturing USA Institutes: Proceedings of a Workshop, which summarizes presentations and discussions about the Manufacturing USA institutes. The Manufacturing USA initiative seeks to reinforce U.S.-based advanced manufacturing through partnerships among industry, academia, and government. Started in 2012 and established with bipartisan support by the Revitalize American Manufacturing and Innovation Act of 2014, the initiative envisages a nationwide network of research centers for manufacturing innovation
… commercialization of emerging technologies at next-generation manufacturing facilities. Collaborative facilities devoted to innovation have been working on initiatives that include: Utilization of advanced fiber technology to make programmable backpacks that use no wires or batteries, but … mitigating energy loss during transfers. Here is a snapshot of some of the next-generation manufacturing facilities within the Manufacturing USA network that are shaping the future of U.S. advanced manufacturing: … Workforce …
… brings together nine federal agencies to collaborate with industry and academia using a “whole-of-government” approach towards the innovation and development of advanced manufacturing technologies. The federal agencies establish and support manufacturing innovation institutes aligned with … innovations and sharing capital-intensive infrastructure. Together, they develop new pre-competitive manufacturing technologies and train the workforce with skills to foster a globally competitive US manufacturing base. …
… products. It is no surprise that Gregorio finds himself showing manufacturers how to implement robotics in their shops in creative ways. When working on automation projects with manufacturers, Gregorio has learned to work within a company’s culture to help them achieve their goals. He finds joy in helping others to see the benefits of incorporating robotics and … Manufacturing at Amcor , a global leader in packaging solutions. He has expertise in implementing manufacturing technology and in developing a workforce with the skills they need to program and manage robotics. Gregorio helps shape the scope of the organization’s North American advanced …
In his first term, President Trump recognized that emerging technologies—including artificial intelligence, quantum information science, nuclear technologies, space exploration, telecommunications, biotechnology, advanced transportation, and advanced manufacturing—were critical to American competitiveness, and would become the “Industries of the Future.” Now, in his second term, those industries of tomorrow have become the industries of today. The Trump Administration is focused on ensuring that the United States leads in all of them, by aligning policy, regulatory frameworks, and funding
… to Regulatory Affairs Specialist, her rise at ARMI was powered by a unique blend of technical expertise and people-focused collaboration. She’s worked across a variety of complex medical product areas—think regenerative medicine, tissue engineering, cell therapy, and related … on creating as many opportunities for myself as I could to obtain as much exposure and experience as possible. I applied myself in my studies, networked, volunteered in clubs and conferences, sought positions as a Teaching Assistant (TA), and applied to internships in industry. After … a place for the "fake it until you make it" attitude. This have provided me with some added confidence when needed, which has gone a long way in networking, public speaking, leading projects/meetings, and stepping into some leadership roles. What makes you excited to go to work on Mondays? …
… Building the Bioworkforce of the Future … Building the Bioworkforce of the Future In September 2022, President Biden signed Executive Order (E.O.) 14081 on Advancing Biotechnology and Biomanufacturing … this plan to account for funds appropriated in prior fiscal years and proposed funds in the President’s Budget. This plan, “Building the Bioworkforce of the Future,” builds upon recent reports and assessments of the workforce needs for biotechnology and biomanufacturing and input from stakeholders across government, business, educational institutions, and … Workforce …