- Electrical Power Systems
- Smart Energy
- Smart Grid
- Distributed Sensing
- Ways to recreate the workforce of the future to be more responsive to innovation and rapid changes in technology
- The intersection between ethics, regulatory compliance and innovation
- Develop innovative education and training paradigms for life science and information technology industries
- Developing innovative and more effective industry - university relationships
- Discovery of emerging leadership strategies allowing organizations to compete in the global environment
- Application of human and organizational behavior skill in the development of a more effective workforce
- Researching and writing case studies for the classroom and training use
- Researching the development of greater participative management culture leading to a transformational organization
- Robotics
- Embedded Systems
- Human/Robot Interaction
- Materials Processing
- Materials Characterization
- Materials chemistry
- Lightweight metals
- Liquid metals
- Design Education, Project-Based Learning, ET Outreach
- Cyber-Physical-Social Security and Privacy
- Blockchain
- Machine Learning and Reinforcement Learning
- Social Sensing
- Intelligent and Attack-Resilient Networking Infrastructure
- Smart Energy Systems
- Intelligent and Game Theoretical Control
- Systems analysis and design methods
- Selecting, procuring, and implementing commercial software applications
- Business process and work flow modeling
- Organizational change management in conjunction with IT aprojects
- IT economics and financial management
- Enterprise Resource Planning (ERP)
- Game Design and Development
- Modeling, Simulation, Visualization
- Physically Based Rendering/Global Illumination
- Software Engineering
- Augmented/Virtual Reality
- Mobile Computing
- Enterprise Application Development
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