Abstract
In this paper, we present a case study on the integration of competency-based frameworks into military training within the Bold Quest 24 (BQ24) Medical Thread. The study explores the Synthetic Training Environment Experiential Learning for Readiness (STEEL-R) architecture applied across realistic, networked training scenarios to enhance readiness assessments for medical personnel. STEEL-R leverages methodologies from the Generalized Intelligent Framework for Tutoring (GIFT) and adheres to Total Learning Architecture (TLA) standards (Goldberg et al., 2021), ensuring data interoperability and structured evidence collection.
Through competency-based methodologies applied to BQ24 Medical Thread, the U.S. Army Soldier Center’s STEEL-Rx (STEEL-R in exercises) project categorizes, structures, and assesses training events aligned with the U.S. Marine Corps' Training and Readiness program. The approach focuses on key Mission Essential Tasks, with training events designed to enhance real-world operational capability. Targeted objectives include providing Role 2 health services, damage control resuscitation, casualty management, and evacuation procedures. Each training event is structured to evaluate knowledge, skills, and behaviors critical to mission success.
The framework employs a dual-phase approach: pretraining phase consisting of eLearning modules and a main event phase featuring live, virtual, and mannequin-based scenarios. The use of Experience API (xAPI) statements facilitates tracking and analysis of individual and team performance, enabling granular assessment of competency. The value and timeliness of Observer Trainer assessments are elevated with a tablet solution, enhancing their role in monitoring training outcomes, categorizing competencies, and providing feedback – even as the exercise is still in the field.
STEELRx in BQ24 highlights the effectiveness of competency-based multimodal analytics in hard case multinational training. The approach supports efficient training delivery, enhances readiness, and aligns training outcomes with mission objectives. As military training continues to evolve, the STEEL-Rx model provides a scalable framework that integrates technology-driven assessments, ensuring military medical personnel are well-prepared for real-world challenges.
