ARM Workforce Development
Additive Manufacturing, Education, Fabrics, Flexible Hybrid Electronics, Materials, Photonics, Power Electronics, Robotics, Sustainable Manufacturing, Workforce

Manufacturing evolved in the United States through geographic clusters that produced competitive advantages in expertise, scale of operations, research prowess, and skilled labor. The origin of the automotive sector is an example of a regional cluster, with vehicles assembled in the Detroit area from parts and components manufactured in the upper...

Chart depicting the innovation valley of death on the technology readiness level scale.
Artificial Intelligence, Biomanufacturing, Fabrics, Innovation, Manufacturing, Photonics, Public Private Partnerships, Robotics

The U.S. outspends other nations in r esearch and development and continues to lead the world in innovations and inventions. However, new products are often “stranded in the lab” when we don't have the manufacturing capability, or get developed in other countries such as China, Germany, and South Korea that invest more aggressively in...

NMU 211207-1 Article Header
Collaboration, Education, Fabrics, Innovation, Robotics, Supply Chain, Workforce

The United States is the second largest market for apparel consumption in the world and is also the third-largest producer of cotton globally. But despite having demand and materials, the domestic textiles and apparel industry has been in steady decline for decades. The U.S. imported a total of $127.7 billion in textiles and apparel in 2019, and...

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Biomanufacturing, Biopharmaceutical, COVID-19, Fabrics, Photonics, Robotics, Supply Chain, Workforce

The onset of the COVID-19 pandemic caused severe shortages of medical personal protective equipment (PPE) in the U.S. The advanced manufacturing sector was at the center of the U.S. response, acting as a catalyst to help re-invent the PPE domestic supply chain and playing a major role in the development, production and distribution of...