We’re answering the call to create an economically and environmentally resilient future for our nation through additive manufacturing and innovative, sustainable materials technologies.

Our Work

We’re on a mission to create agile, resilient, and affordable solutions for advanced manufacturing.

The AM2 Initiative will establish Virginia’s New River Valley, Southern Virginia, Roanoke Valley, and Greater Lynchburg regions as a global destination and home for industry additive manufacturing and advanced materialss, where manufacturers can find technological pathways towards secure, resilient, agile, and innovative supply chains.

Our Priority Areas

We have developed a set of strategies and activities meant to mobilize ecosystem resources and support company development and growth. Projects include:

AM2 Studios

We design, refine, & test technologies, processes & products to improve manufacturers’ efficiency, technology readiness, and product quality.

AM2 Fellows

We accelerate the commercialization timeline of AM2 and related technologies to strengthen manufacturers’ global
competitiveness.

AM2 Career Network

We strengthen the manufacturing workforce pipeline by creating curriculum and quality work-based learning from middle school through adult education.

Upcoming Events

May 01
10:00 am - 2:00 pm
Lynchburg Business Regional Alliance,
300 Lucado Pl
Lynchburg, VA 24504 United States

Interested in attending an event?

Our events and meetings are open to interested
partners. Please fill out the RSVP Request form
below to receive more information.

Tech Hub Development

Promising Programs to Adapt and Leverage

CampX: An Example of Lab-to-Market Possibilities

Volvo Trucks has long been a transportation leader in advanced manufacturing and additive materials. Stationed in Greensboro, Volvo’s CampX program is fostering the next round of innovation in transportation by creating a collaborative environment where startups, industry partners, and Volvo’s teams work together, providing access to resources, expertise, and mentorship. Businesses develop and test emerging technologies like electromobility, connectivity, and autonomous driving. CampX accelerates the commercialization of new solutions that address key industry challenges through agile development practices, innovation challenges, and events. 

RE-VAMMP: Supporting Technology Adoption among Small Manufacturers

GENEDGE’s Reconfigure Virginia’s Manufacturers for Modernization Program (Re-VAMMP) aims to boost the adoption of metal additive manufacturing (AM) among small and medium-sized machine shops in Virginia’s defense industrial base. Partnered with Virginia Tech and supported by the U.S. Department of Defense, the program addresses supply-chain bottlenecks and reliance on legacy systems that hinder innovation. Through education workshops and technical assistance, Re-VAMMP focuses on reducing production costs for manufacturers and securing the defense supply chain. 

Building a Talent Pipeline Through GOTEC

GO TEC (Great Opportunities in Technology and Engineering Careers) aims to build an education pipeline of in-demand skills, like those in additive manufacturing and advanced materials, by providing hands-on training and career exploration opportunities in various STEM fields to middle school students. The curriculum includes modules in fields such as electrical engineering, additive technologies, IT coding, welding, and fields important to additive manufacturing and advanced materials. Students participate in hands-on learning experiences, often using advanced equipment like virtual reality welding simulators, CNC machines, 3D printers, and laser cutters. GO TEC has programs in 25 middle schools across Virginia. The program plans to reach 50 schools by 2025, covering Southwest Virginia, Central Virginia, and the greater Hampton Roads area. 

Building a Talent Pipeline Through Manufacturing Skills Institute (MSI)

Led by the Virginia Manufacturers Association, the Manufacturing Skills Institute (MSI) offers industry-approved certifications and real-world experience that prepares individuals for successful careers in advanced manufacturing. These certifications are developed with industry experts and employers to ensure they align with current market demands and provide participants with relevant skills and knowledge. MSI certifications are accessible through various formats, including online courses and partnerships with educational institutions, making them available to a wide audience. The MSI program is already working with several community colleges and high schools in the AM2 Tech Hub footprint, as well as connecting workers with 20+ regional manufacturers.  

Noteworthy Research

Virginia Tech Graduate Students Advocate for Inclusive Tech Hub Strategies to Leverage All Regional Assets

In Spring 2024, the Economic Development Studio at Virginia Tech—made up of eight graduate students—considered strategies to build a robust additive manufacturing and advanced materials ecosystem by integrating technology-based economic development with approaches to inclusive development. During this semester-long course, students reviewed economic development strategies, interviewed local stakeholders, and identified local and national cases with promising inclusive practices. Students found that the AM2 Tech Hub should work with its ecosystem of partners to: 

For more information, contact Sarah Lyon-Hill, sarahlh@vt.edu.

Learn More About AM2 Technologies

The AM2 Tech Hub team hosted a webinar in July, which examined the broad spectrum of “advanced materials”. Key panelists were Dr. Robert Moore, the Director of the Macromolecules Innovation Institute at Virginia Tech; Vince Hatcher, the Director of Operations for the Americas at Hollingsworth & Vose; and Dominic Allen, the Chief Commercial Officer at IperionX

Recent News

How can we best collaborate to support and grow advanced
manufacturing in Virginia and the United States at large?

Industry Advisory Board

Industry Advisory Board

Led by Virginia Tech, Institute for Advanced Learning and Research, and GENEDGE, AM2 Studios streamlines regional manufacturers’ access to equipment and expertise to solve industry problems related to but also outside the scope of AM2 technologies.

Our work includes:

  • Visiting a regional manufacturer to assess immediate needs and adoption readiness for AM2 and other advanced manufacturing technologies
  • Prototyping or validating new 3D printed equipment using VT and IALR test beds
  • Using digital twinning to model new, efficient processes that integrate AM2 technology
  • Characterizing and refining new materials for product application
  • Providing work-based learning opportunities to students and future workers in the Studios while connecting them with regional manufacturers as possible future employers

 

Roanoke-Blacksburg Innovation Alliance leads a team of innovation partners to increase the speed to market of products for new and existing regional manufacturers, supporting the space-up of manufacturers.

Our work includes:

  • The AM2 Innovation Challenge is an industry-led competition that bridges the gap between lab-scale innovation and industrial application by identifying, funding, and accelerating the most promising technological solutions to key manufacturing challenges
  • Proof of Concept (POC) projects with regional companies are designed for high-complexity, multi-dimensional challenges that exceed the current technical bandwidth or risk tolerance of regional manufacturers. By offloading early-stage R&D to Virginia Tech teams, regional manufacturers avoid the common pitfall of diverting their best production engineers to speculative projects
  • The End-to-End Commercialization Pathways program helps existing startups and manufacturers navigate regional resources and contract with local or non-local subject matter experts. Fellows may identify market opportunities for existing patented technologies or support manufacturers with validation, scaling strategies, and patent protection

With dozens of talent partners, the AM2 Career Network addresses the dire need to create a seamless pipeline of reliable and adaptive manufacturing technical talent.

Our work includes:

  • Expanding middle school GO TEC programming to expose students to manufacturing opportunities and skills needed for 3D printing and precision machining, material characterization, and machine programming
  • Developing 9th and 10th grade bridge programming to seamlessly guide interested students from middle school into more advanced workforce training in 11th and 12th grades
  • Creating and implementing the nation’s first industry-accredited certification system for additive manufacturing
  • Working with manufacturers to develop, manage, and fund new internship and apprenticeship opportunities. This includes connecting manufacturers with more regional engineering talent coming out of four-year universities

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