VEC works across industries and across the technology adoption lifecycle, from identifying the first viable application to developing materials, navigating qualification, building internal capabilities, and scaling successful approaches.
Materials
VEC works as an extension of the materials science team for an innovative composites additive manufacturing company as it scales its technology toward production. Support includes developing and evaluating new powder materials, materials characterization, process development, and technical guidance to transition new materials and applications into production.
Automotive
VEC supported a billion-dollar automotive OEM in evaluating additive manufacturing for its extensive spare-parts portfolio. Working with senior leadership and engineering teams, VEC identified and evaluated high-value part candidates, helped develop the company's first internal specifications for 3D printing, and identified and vetted qualified manufacturing partners.
Defense
VEC supported a U.S. Manufacturing Innovation Institute initiative focused on expanding the use of polymer additive manufacturing for UAV production, modification, and repair. VEC helped capture real-world AM workflows and best practices and translate technical expertise into practical, operator-focused training designed to scale across the defense manufacturing workforce.
Healthcare
VEC served as a technical subject matter expert to a leading healthcare organization as it developed an internal additive manufacturing capability. The engagement included technical guidance through FDA regulatory and approval processes, development of 3D printing lab capabilities and workflows, and support establishing the technical foundation needed to safely and effectively deploy AM for clinical applications.
Regional programs
VEC partnered with Notre Dame Industry Labs to develop and lead a regional Additive Manufacturing Accelerator focused on helping manufacturers identify and implement high-value AM applications. The program engaged 6–10 companies through site visits, application discovery, technical evaluation, and hands-on prototyping, resulting in multiple successful AM applications and helping participating companies build the technical and business case for broader adoption.
Sustainment
VEC supported a major defense manufacturer in developing a digital inventory strategy for repair and sustainment components. The engagement included identifying suitable part candidates, supporting 3D capture and digital model development, and redesigning components for additive manufacturing where appropriate.
Workforce
VEC developed and delivered the Advanced Manufacturing eXperience (AMx), a hands-on workforce development program designed to build pathways into additive manufacturing careers. Working with university and industry partners, the program combines technical AM education, real-world industry projects, facility tours, and professional skills development to give participants practical experience while helping manufacturers develop a pipeline of emerging technical talent.
Those are often the problems where VEC can add the most value.
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