Game and simulation-based training research focuses on the design and development of frameworks for training and assessing complex performance in non-linear, 3D computer-based games and simulations.
Central to these unique frameworks is the incorporation of domain ontologies with Bayesian networks. This combination enables the framework for both:
- Identifying what cognitive constructs need to be taught
- Predicting player competencies based on observed sequences of actions within the game.
Current research examines the damage control domain related to firefighting and flooding aboard naval ships. The key constructs being assessed are communication, situational awareness and decision-making.
The Navy’s need for high-quality instruction and reliable assessment of complex performances necessitates the need for consistent and valid methodologies, which often include the use of games and simulations. However, assessing performance in these settings can be difficult—particularly in nonlinear simulations where more than one pathway to success or failure exists. The challenge lies not in capturing the raw data from game-play, but in interpreting what a player’s actions and decisions mean in the broader context of cognitive readiness for a particular job function or task.
The Office of Naval Research is investigating game-based training with the support of the Center for Naval Engineering in Norfolk and San Diego. A third-generation damage control game/simulation is being built to assess situational awareness, communication abilities and decision-making skills. This environment challenges the player to manage a main space fire and flood casualty from the perspective of multiple roles aboard a Flight II DDG. It assesses the player’s ability to organize personnel, manage resources, follow established protocols and coordinate containment actions across multiple events. This next-generation trainer will be used in classroom assessments as well as for practice among damage control teams aboard Navy ships.