Dr. Dhananjay Kumar, left, Department of Mechanical Engineering, and students

Research Clusters

Interdisciplinary …. multidisciplinary … emerging and converging. Where traditional disciplines overlap and where new ones arise, N.C. A&T researchers are working to turn the scientific promise of today into the technology of tomorrow.

Advanced Materials and Nanotechnology

Researchers from the sciences and engineering developing breakthroughs
in structural material, smart structures, and nanosensors for commercial
and medical applications.

Research Thrust Areas

Advanced and Smart Materials
Biomaterials and Regenerative Engineering
Nanoengineered Materials
Nanoscience and Nanoengineering Cross-Cutting Applications
Nanoscience Basic Research

Biotechnology and Biosciences

Research in microbial, plant, and animal systems, including genetics, for
applications in agriculture, food processing, environmental remediation,
and human health.

Research Thrust Areas

Bioagriculture
Bioengineering
Biosciences
Computational Science

Computational Science and Engineering

An emphasis on computational methods and information processing concepts
for the discovery, design, and analysis of complex physical and nonphysical
systems and phenomena.

Research Thrust Areas

Computational Modeling in Non-Physical Domains
Computational Modeling in Physical & Engineering Sciences
Enabling Technologies
Modeling and Simulation

Energy and Environment

Research in alternative energy and environmental sustainability that leads
to improvements in air and water quality and better human health.

Research Thrust Areas

Bioenergy and Bioproducts
Bioremediation and Waste Management
Energy, Efficiency, Conservation and Control
Hydrogen Fuel and Fuel Cells
Solar Power
Sustainable Agriculture and Natural Resources Management

Information Systems and Technology

Facilitating the development of complex systems such as ubiquitous sensing,
and artificial intelligence and thinking systems.

Research Thrust Areas

Biometrics
Communication, Computing, and Processing Systems
Computational Artificial Intelligence and Thinking Systems
Control and Decision-Making Systems
Information Assurance
Internet-based Applications
Robotics
Sensor Systems

Leadership and Community Development

Strengthening communities and building leadership capacity through research,
educational programs and community engagement that revitalizes
urban and rural communities.

Research Thrust Areas

Economic Empowerment
Housing and Infrastructure
Leadership Development

Logistics and Transportation Systems

Multidimensional research capabilities for applications in defense, health
care, humanitarian relief, and manufacturing.

Research Thrust Areas

Disaster Relief
Healthcare Logistics
Global Transportation
Manufacturing Logistics
Resource Scheduling
Supply Chain Strategy
Warehousing & Distribution

Public Health

Strategically addressing the complex public health issues confronting local
communities and communities throughout the world.

Research Thrust Areas

Food Science and Nutrition
Health and Education Interventions
Health Disciplines
Health Promotion and Disease Prevention
Increasing the Number of Health Professionals
from Underrepresented Populations
Substance Use

Social and Behavioral Sciences

Advancing theoretical knowledge and understanding of the human condition
through interdisciplinary, collaborative research in the social and behavioral
sciences

Research Thrust Areas

Cognitive Science
Cultural Studies
Ethics
Interactive Research in the Arts
Pedagogy
Social Systems
Socio-Economic, Cultural, and Political Disparities

Emerging Research Areas

North Carolina A&T is developing a critical mass of faculty expertise and
research in these fields:

Biomedical Research

Cancer, Alzheimer’s disease, arthritis, nanomedicine, drug-delivery devices,
mechanical tissues, therapy, 3D culture and proteogenomics.

Defense and National Security

Cybersecurity, biometrics, food security, border security, infrastructure
protection.

Rehabilitation Science and Engineering

Muscle scaffolding, prosthetics, mechanical tissues, neurophysiology/
kinesiology simulation models.

Points of Pride