BEAM 2026

BEAM Abstracts

Keynote – Integrating Physical Readiness into a Holistic Performance Framework

Panel Presentation – The Importance of Real Fit Testing

Technical Session – 3D Anthro and Data Capture

Technical Session – Anthopometric Databases

Technical Session – Applying Anthropometry to Design

Technical Session – Center of Gravity and Mass Properties

Technical Session – Cockpit Fit

Technical Session – Digital Human Modeling

Technical Session – Ejection Seat Injury Prevention

Technical Session – Personal Protective Equipment

Technical Session – Spine Biomechanics

Tim Marler, Ph.D.

Senior Space Enterprise Optimization Leader

The Aerospace Corporation 

Dr. Marler’s is the Senior Space Enterprise Optimization Leader at Aerospace Corporation. He leverages optimization methods in support of all aspects of space enterprise development and operations. In addition, he supports space-related policy analysis.  He is also a professor of policy analysis at the RAND School of Public Policy, where he teaches optimization and advises research, ranging from computational models for simulating effects of disinformation on hybrid warfare, to optimal use of advanced training technologies in the U.S. Air Force. Historically, Dr. Marler’s work has spanned a broad range of topics and sectors. Previously, he was a Senior Engineer at RAND Corporation, where his work revolved around emerging technology and science-and-technology policy, with a focus on military training technologies and infrastructure, virtual reality/augmented reality, machine learning, and biotechnology. At the University of Iowa, he was the assistant director of the Virtual Soldier Research lab, co-director of the Advanced Manufacturing Technology lab, and an adjunct professor. Additional experience ranges from software design to manufacturing, at Ford Motor Company, Amana, Pacific Northwest National Lab, and Hon.  Having started multiple companies and worked as an entrepreneur, Marler also has interest in technology transfer. He currently serves on the Department of Commerce’s Materials and Equipment Technical Advisory Committee within the Bureau of Industry and Security.

Dr. Marler’s intends to speak on how digital human modeling and emerging technologies are shaping the future of Space Force training and mission readiness.

Catherine MacDonell

Tactical Strength and Conditioning Specialist

Catherine is a highly experienced Tactical Strength and Conditioning Specialist with an extensive career in military human performance. Since 2014, she has served as a lead strength coach across all branches of the United States military. She currently works within a multidisciplinary human performance team supporting the U.S. Space Force, where she contributes to the physical readiness, performance optimization, and standardization of service members in high-demand operational roles.

Throughout her career, Catherine has played a key role in the development and advancement of military fitness and performance programs. Her contributions include curriculum development for The University of Health and Performance, shaping the U.S. Marine Corps Force Fitness Instructor schoolhouse, and supporting applied research initiatives with the Air Force Research Laboratory and Operational Support Team, enhancing physical capacity and psychological resilience. She has also served on the advisory board for Headquarters Marine Corps Training Command, providing strategic guidance on fitness policy, program design, and performance initiatives.

Catherine’s work integrates physical conditioning with psychological performance strategies to develop resilient, motivated, and adaptable service members. Her approach emphasizes leadership development, emotional resilience, and sustainable performance, ensuring individuals and teams are prepared to excel in complex and demanding operational environments.

Presentation Topic: Building a Framework for Sustainable Success in Human Performance Teams