Digital Engineering and Design Center for Space Applications Boosts U.S. Manufacturing Competitiveness

Ohio Launches DEDC Space@Kent to Advance Digital Twin Integration

A major digital engineering initiative is underway in Ohio. It launches the Digital Engineering and Design Center for Space Applications (DEDC Space@Kent). This effort, backed by the U.S. Department of Defense (DoD), seeks to modernize aerospace manufacturing. It also aims to grow a digitally skilled workforce. This will happen through collaboration between Kent State University and several national partners.

Funded under the DoD’s Industrial Base Analysis and Sustainment program, the center is a response to critical gaps in education and technical capacity across small and medium-sized manufacturers (SMMs). The aim is to establish a national model for how digital twins and integrated digital engineering environments can boost productivity and reduce lead times across the defense industrial base.

Jamie White, Senior Director at the National Center for Defense Manufacturing and Machining (NCDMM), emphasized the dual mission: “Yes, this is about education and workforce development, but it’s also about helping manufacturers adopt game-changing technologies.”

Digital Twin Technology Accelerates Innovation Across Aerospace Manufacturing

At the core of the initiative is digital twin technology, which offers real-time virtual replicas of physical systems. These models provide rapid prototyping, cost efficiency, early-stage testing, and better traceability. These are essential features for mission-critical aerospace components. The DoD believes digital twins will be pivotal for low-cost weapon systems. They are significant for enhancing surge capacity during defense-related production spikes.

However, barriers remain. Most SMMs and even larger institutions lack both awareness and expertise in lifecycle digital engineering. Dr. Joycelyn Harrison from Kent State’s College of Aeronautics and Engineering warned, “Lifecycle system design isn’t yet part of standard curricula. We need to close that gap fast.”

The DEDC Space@Kent program includes hands-on internships. In these, students design, develop, and test aerospace systems using cybersecurity standards from Idaho National Laboratory’s Cyber-Informed Engineering initiative. By grounding learning in real-world applications, the center aims to develop top-tier digital talent for both defense and commercial sectors.

SuperMetalPrice Commentary:

The creation of DEDC Space@Kent reflects a clear shift in U.S. industrial policy: education and technology adoption must go hand-in-hand to maintain global competitiveness. Digital twin technology, once considered futuristic, is now essential for agile, cost-effective manufacturing—especially in defense and aerospace. As regional clusters grow and talent pipelines strengthen, expect ripple effects across materials supply chains, particularly for metals critical to space and defense systems like titanium, aluminum, and rare earths. This initiative could become a blueprint for integrating SMMs into national security frameworks through innovation and education.