Design and development of an open-source, interactive web platform to expose and engage regional middle schools in maritime exploration. Project is grounded in evidenced-based principles of learner experience design and learning sciences to engage students through modeling and simulation technologies for learning: online, interactive 360 environments, 3D models for complex and abstract concepts, hands-on projects featuring no technology and technology (3D printing, CNC, etc.). Partnerships and collaborations through regional school divisions, Hampton Roads Workforce Council, Newport News Shipbuilding, and Virginia Ship Repair Association. Funded by Blue Forge Alliance, Submarine Industrial Base.

Technology Enhanced Language Learning in Virtual Reality- K-12

Spaced repetition models for learning and training in virtual reality, designed specifically for language acquisition. Applied research on contextualized learning environments and cognitive load theory in language acquisition. Partnership with York County Schools. Funded by Department of Defense Education Activities (DoDEA).

Maritime Entry to Employment Training- Industry

Enhancement of current skilled trades training courses to embed modeling and simulation technologies for QED, TCC STA, and NCI. An online Pipefitter course will be developed and launched to QED and TCC STA, welding simulators to be embedded in QED’s welding course, and a Fiber Optics course will be designed by industry to be utilized at QED, TCC STA, and NCI. Aspects of embedded research will be to investigate the design of cognitive models of expertise and multimodal and multisensory models of simulation that can inform future designs of simulation-based training for skilled trades training. Funded by Go Virginia.

Marine Trades Training Pipefitter Simulations- Industry

Integrative modeling and simulation technology development for maritime training. Collaborated with the Virginia Ship Repair Association and Tidewater Community College’s Skilled Trades Academy to design and develop modeling and simulation technology tools to enhance the MTT Level 1 Pipefitter course. After analysis of content and curriculum, feedback from instructors, and students a gap emerged in the knowledge to skill transfer in reading/understanding 2D blueprints and the utilization of math/measurement in Pipefitting trade. A 3D model of a blueprint was designed and deployed. A 3D printed, hands-on mockup was designed and deployed. An augmented reality inspection app was designed and deployed for the instructor to inspect the physical mockup. An initial iteration of a virtual reality module was designed for immersive exploration of the 3D model. Applied research in the design of andragogical digital twins for training.

Maritime Trades Magnet- K-12

Assisting regional school divisions in connecting advanced manufacturing equipment to CTE courses and maritime careers. To date over 400 10th and 11th grade students have learned how to safely operate the 3D printers, desktop CNC machines, and robotics equipment provided to eleven schools in Newport News, Hampton, Norfolk, Portsmouth, Suffolk, and Chesapeake. The team utilized schools’ CTE instructors integrating their feedback to design MTM online learning platform, resources, and aligned projects. Additionally, the MTM project has partnered with the New Horizons Regional Education Center, the Brooks Crossing Innovation Lab, and the City of Norfolk’s Parks and Recreation Department to offer summer programs. The project ended 2/29/2024. Additional funding was secured through Blue Forge Alliance.

Biofeedback/Neurofeedback and Psychophysiological Systems of Learner Attention Processes

While a graduate student enrolled at Edinboro University, Dr. Johnson utilized instructional design principles to measure participants metacognitive processes in preservice educators.

DSB+STEM

In a partnership with Newport News Public Schools and Newport News Shipbuilding, building an immersive website pertaining to 10 key Digital shipbuilding areas to target maritime content, STEM careers, VDOE computer science standards, and real-world connections to the maritime industry. Project includes gamified and interactive simulations for users to explore.

Smith, K., Johnson, J., Bothel, T. “Leveraging a STEM Ecosystem to Promote Connections throughout the Maritime Workforce Pipeline.” International Journal of Technology in Education. (2019)

Johnson, J. (2019). Neuroscience of STEMgagement: Leveraging STEM Learning Ecosystems. Virginia Military Institute STEM Conference, Lexington VA

Johnson, J., Bothel, T., & Smith, K. (2019). Charting the course: Integrating advanced learning Technologies to motivate STEM maritime career pathways. International Conference on Social and Education Sciences, Denver CO.

Johnson, J. (2019). STEM Workforce of the Future. Norfolk Naval Shipyard, STEM Conference. Norfolk, VA.

Johnson, J. (2008- 2013). Integrating STEM within experiential learning paradigms. Suffolk Public Schools Annual Professional Development Series. Suffolk, Va..

Diaz, R., Smith, K., Johnson, J. (2020). Shipbuilding supply chain framework and digital transformation: A project portfolios risk evaluation.

Kosteczko, J., Smith, K., Johnson, J., Diaz, R. “Virginia Digital Shipbuilding Program (VDSP) Building an agile modern workforce to improve performance in the shipbuilding and ship repair industry.” Proceedings of the 2020 ASEE Annual Conference & Exposition. Montréal, Quebec, Canada, June 21-24, 2020.