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This project aims to develop assessment models and tools to improve marksmanship amongst Navy and Marine Corps personnel using advanced distributed learning methodologies. Focusing on the low qualification rates and the need for effective training, it seeks to move personnel from unqualified to expert marksman status. Through field research, knowledge acquisition, and cognitive assessments, the project aims to increase shooting performance and confidence while saving time and resources in training environments. Detailed evaluations of both cognitive and perceptual-motor factors affecting shooting performance will inform remediation strategies.
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ONR Advanced Distributed Learning The USMC Marksmanship Application 17 July, 2003 Bill Bewley Allen Munro Greg Chung Josh Walker Girlie Delacruz USC/BTL UCLA/CRESST 2003 Regents of the University of California
The KMT Project • The Problem • Assessment models and tools are needed to help Navy, Marine, and contractor personnel evaluate, design and use Distributed Learning • Project Goals • Develop and test models and tools on real applications • Content knowledge: USMC marksmanship (02-03) • Problem solving: USN EDO (Engineering Duty Officer) training and one other domain (03)
Unqualified Marksman Sharpshooter Expert The First Application: HUEY • HUEY: “UNQ to Expert” • In 2002, about 45% of Marines are shooting lower than Expert • About 2% of Marines are unqualified • About half need two tries to qualify • The goal: Move all Marines to Expert classification
The KMT Plan • Assess and remediate potential unqualified Marines before they reach the firing line—on-line—using USMC and ONR training approaches • Research Questions • What are the critical types of knowledge that affect shooting performance? • To what extent can cognitively-based measures predict USMC rifle shooting performance?
The Payoff • Save time • Save money • Increase shooting scores
Who Cares? • The answers are important if you want to be a good marksman
Who Cares? • And marksmanship is not easy • A shooter must routinely hit a 19-inch circular area at 500 yards in the prone position
500 yards: • 1.5 times the distance between the top row of opposite end zones of the LA Coliseum Who Cares? • A 1/16 inch muzzle deflection will cause a miss of over 2 feet at 500 yards
What We Did • Field research • Knowledge acquisition + staff expertise • Develop and pilot test draft assessments • Delivery infrastructure • BTL’s iRides authoring system • BTL’s Battlesight Zero and Databook simulations integrated with the CRESST Knowledge Mapper
Steadiness Prior shooting experience* Device-fire performance Perceptual-Motor Environ-ment Equip-ment Cognitive Affective Variables: The Big Picture Rifle Marksmanship Performance • Training effects* • Aptitude* • Knowledge of shooting* • Confidence • Anxiety* • Attitudes* • Ballistics • Rifle character-istics • Weather • Distance * = attempted to measure in current studies
Marksmanship Inventory Knowledge Assessment • Evaluates prior knowledge, knowledge transfer of fundamentals instruction • Paper or online
Marksmanship Knowledge Mapper • Trainees diagram key marksmanship concepts and relationships • Fundamentals • Shot-to-shot explanation • Data book procedure • Score against a “doctrine” map produced by Quantico WTB staff
Evaluation of Shooting Positions • Assess and correct fundamental problems with shooter’s body position and the resulting impact on performance
Affective Measures • Trait worry about qualification trial • Trait anxiety about qualification trial • State worry (pre- and post-qualification) about qualification trial • State anxiety (pre- and post-qualification) about qualification trial
Sample Description SLR = Sustainment-Level Rifle Marksmanship ELR = Entry-Level Rifle Marksmanship
Prediction of Qualification Score(Perceptual-Motor vs. Cognitive/Affective)
Working Hypotheses • Three stages of skill acquisition: • Learning, practice, automatic • Cognitive measures should be most sensitive to Marines in the beginning to middle of the learning phase, and less sensitive to those past the mid-learning phase • Psychomotor variables should be the most sensitive to Marines past the initial learning stage