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Research

In the School of Energy, we combine scientific discovery, innovation, multidisciplinary collaboration and industry engagement to create a vibrant research ecosystem that contributes to clean power generation and the practical advancement of sustainable energy grid technologies in the broader community. 

Energy Production and Infrastructure Center (EPIC)
Offering a collaborative industry/academic partnership, the Energy Production and Infrastructure Center (EPIC) produces a technical workforce and advancements in technology for the global energy industry while supporting the Carolinas’ multi-state economic and energy security.
NSF Grid Modernization Engine in the Carolinas
The Carolinas Grid Engine will accelerate adoption of solutions that improve grid reliability, strengthen domestic supply chains and help the United States meet rapidly growing electricity demand driven by artificial intelligence, advanced manufacturing, data centers and population growth. Do you have access to the folder of images from this summer related to Engines?

Our multidisciplinary research team is formed to address complex energy infrastructure challenges from multiple perspectives, including engineering, technology, science, business and social sciences. We actively engage industry partners and communities for real-world insights, technology transfer, entrepreneurial ventures and training. Our research prioritizes cross-cutting research themes that align with global challenges and energy market needs, from renewable energy and smart cities to workforce training. Much of our research is led through individual labs and research groups.

Individual Research Groups

Explore dynamic labs where innovation comes to life. In the School of Energy, you’ll work with cutting-edge tools alongside faculty and peers to tackle real-world challenges in areas like robotics, advanced manufacturing, energy and infrastructure, gaining hands-on experience that prepares you to deliver practical, industry-ready solutions.

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Advanced Manufacturing and Security
Explore applied electro-mechanical systems, robotics, automation and control technologies, along with security systems and biomechanics applications in medical and health fields.
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Data and Digital Transformation
Explore data analytics and AI applications, along with information modeling, remote sensing, cloud computing and immersive virtual and augmented reality technologies.
Solar Panels and Wind Turbines
Energy Transition and Sustainability
Explore energy generation, harvesting, and modeling, along with innovations in energy transition, marine and solar systems and the development of green infrastructure and sustainable materials.
AI Generated Image of a circuit board transforming into a city
Infrastructure System and Resilience
Explore smart cities, socio-infrastructure systems and community resilience.
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Innovation in Engineering Education and Workforce Training
Explore active learning strategies such as flipped classrooms, innovative technologies for teaching and assessment and programs that support career pathways, workforce training and lifelong learning.