Sheri Walters’ journey to Director of Sports Medicine at Texas A&M University reflects a career defined by innovation, collaboration, and comprehensive integration. Walters discusses the "arms race" in collegiate athletics and how Texas A&M shatters silos through unit alignment and being intentionally present. Drawing from her EXOS experience, she highlights the impact of integrating sports medicine with strength and conditioning. Walters employs research-based cross-body training to maintain strength, prioritizing long-term rehabilitation over limb symmetry index testing. She explains how her Certified Strength and Conditioning Specialist® (CSCS®) and Certified Performance and Sport Scientist® (CPSS®) credentials enable her to elevate rehabilitation and speak the language of sport performance professionals. Walters underscores the importance of getting student-athletes back to team strength and conditioning as soon as tissues can tolerate it to promote physiological and psychological healing. She also shares how strength and conditioning coaches can optimize return to performance and reduce reinjury risk. Email Sheri at swalters@athletics.tamu.edu | Find Eric on Instagram: @ericmcmahoncscs and LinkedIn: @ericmcmahoncscs Catch Sheri’s session on bridging the gap in the collegiate setting LIVE at the 2025 NSCA Coaches Conference! Register to watch online at NSCA.com/Coaches. Fascinated by the intersection between strength and conditioning and sports medicine? Join other professionals in the Sports Medicine/Rehabilitation Specialist Interest Group (SIG) to discover more resources and engage in discussion.

This purpose of this article is to supply personal trainers with resistance training techniques, progressions, and cues that can assist their clients in overcoming sarcopenia and to eventually press to the overhead position pain free and with confidence.

This article in NSCA Coach shares a research-driven framework for dryland training in competitive swimming. Visit us online to learn more on sport performance and exercise science.

This article provides four exercises that are specifically designed to assist in building efficient posterior chain strength that can ultimately improve quality of life, ability, and performance for the older adult.

Explore the applied sport science research process in college baseball, and how academic research can be optimized to benefit player programming. This episode features Dr. David Szymanski, the Director of Baseball Performance at Louisiana Tech University, and co-editor of the recently published book NSCA’s Strength Training for Baseball. Hear about Szymanski’s career path, from college baseball player to coach and sport scientist. This episode covers a wide range of relevant topics, including exercise selection, performance technology, student pathways, and the emergence of performance director roles across Major League Baseball (MLB). Find David on Instagram: @drdavidszymanski or at his program website: LA Tech Sport Science| Find Eric on Instagram: @ericmcmahoncscs or Twitter: @ericmcmahoncscs

This NSCA Coach article discusses training modalities in bench press training and incorporating accessories to improve rate of force development (RFD) among athletes. Visit NSCA online to read more on strength training and exercise science.

Dr. Josh Secomb, lecturer in exercise and sport science (strength and conditioning) at the University of Newcastle, talks to the NSCA Coaching and Sport Science Program Manager, Eric McMahon, about being a self-aware and authentic coach. Topics under discussion include finding new areas to employ different skillsets as practitioners, the value of training progressions and understanding your athletes, and his unique opportunity to research and coach surfers. Find Dr. Secomb on Twitter: @37Seco | Find Eric on Instagram: @ericmcmahoncscs or Twitter: @ericmcmahoncscs

Static and dynamic conditioning of the core musculature is important in activities of daily living and in sport. This book excerpt includes sample static exercises to strengthen the core muscles responsible for stabilization against, or movement through, the four basic movement patterns.