Digital Transformation & Informatics
For nearly a decade, I have collaborated with and led international teams of engineers, designers, developers, and researchers to create innovative solutions for complex industrial challenges. With a primary focus on digital twin technology in the aerospace sector, I have led in the development of dashboard applications, front-end environments, and immersive VR/AR/XR tools that enable organizations to analyze and act on large, dynamic datasets with greater efficiency and accuracy. Drawing from my experience as a pilot and my postgraduate research in game- and interaction-design, my teams integrate practical, user-centric solutions that enhance data-driven decision-making. By leveraging AI and machine learning, our projects have contributed to major initiatives, including advanced manufacturing and certification of civil vertical lift vehicles, AI-driven predictive maintenance methodology, and automated material control systems.
Goal: Create tools that apply game design methods to serious environments, making complex, data- and AI-driven scenarios easier to understand and navigate.
With: The McNair Center for Aerospace Innovation
- NASA
- Fraunhofer USA
- Boeing
- Safran
- BMW
- Minghau
- The US Department of Defense
- US Army Aviation
- The Bicycle Corporation of America
- The South Carolina Chamber of Commerce
Clients:
Team Size: 2-20
- Digital twin design and development
- Interactive dashboards for AI systems
- UI/UX for industry
- Frontend design for machine learning
- Multi-stakeholder interfaces
- Rapid prototype development
- Leadership for mixed technical teams
Skills:
For nearly a decade, I have collaborated with and led international teams of engineers, designers, developers, and researchers to create innovative solutions for complex industrial challenges. With a primary focus on digital twin technology in the aerospace sector, I have led in the development of dashboard applications, front-end environments, and immersive VR/AR/XR tools that enable organizations to analyze and act on large, dynamic datasets with greater efficiency and accuracy. Drawing from my experience as a pilot and my postgraduate research in game- and interaction-design, my teams integrate practical, user-centric solutions that enhance data-driven decision-making. By leveraging AI and machine learning, our projects have contributed to major initiatives, including advanced manufacturing and certification of civil vertical lift vehicles, AI-driven predictive maintenance methodology, and automated material control systems.
McNAIR Center