Join NextFlex members and government partners to discuss the latest in technology trends and funded project updates. This virtual event will include interactive live polling throughout as well as several opportunities for attendees to ask questions. The day will conclude with a panel discussion focusing on funding fundamental research. Agenda …
Learn MoreEach year, Manufacturing Day (MFG Day) is held on the first Friday in October in order to show students, parents, and the public what modern manufacturing is all about. The fourth industrial revolution is rapidly changing our world. New advanced manufacturing technologies bring about whole new careers, requiring a skilled …
Learn MoreNextFlex Roundtable: Mission College and STEM Learning & Diversity, Equity, and Inclusion About this Event Join us for a virtual roundtable where we will discuss the complex relationship between technology, STEM sector education and employment, socioeconomic opportunity, and diversity/equity and inclusion. The discussion will feature representatives from government, …
Learn MorePrintable copper has attracted immense interest in advanced electronics attributed to its abundance, high electrical and thermal characteristics. However, copper is easily oxidized limiting reliability under extreme environments, which requires constant operation at elevated temperatures and reactive atmospheres. During this Flexinar, Dr. Shenqiang Ren, Professor of Mechanical and Aerospace Engineering, …
Learn MoreSHAP3D, a National Science Foundation and industry funded research center, brings the innovative research capabilities of leading universities to serve the diverse interests of industry, government, and academia to address fundamental research challenges to meet the commercial needs of industry for heterogeneous 3D printing of materials. SHAP3D will accelerate expansion …
Learn MoreWhile the current AM market has been growing rapidly, it is still built primarily around single material based systems. However, over the last few years we have seen an increase in commercially available multi-material AM systems that are much more material agnostic allowing users to print a wide range of …
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