While analyzing the speed requirements of different sports may, at first, seem to be a massive challenge, asking a few key questions can make the task much simpler.

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

In the private sector, you are always auditioning. Joe Neal, owner of 2SP Sports Performance based near Detroit, MI, shares a blueprint for serving athletes from youth to the professional ranks. Those foundational principles support off-season training for National Hockey League (NHL) and Major League Baseball (MLB) players. Neal reflects on his untraditional path from an underserved college baseball athlete to a business owner. Along the way, his coaching was guided by self-experimentation, creative training techniques, and relentless learning. He explains what makes a strong private-sector program: coaches should be prepared, moving, and communicating, not buried in screens or programming. Neal also breaks down how he uses technology to individualize training, track progress, and support better decisions without losing supervision. He emphasizes long-term development, where overlooked athletes can keep growing, stay healthier, and outperform early expectations. Listen for practical lessons on culture, coaching, business, and private-sector development across every level of sport. Connect with Joe on Instagram: @joeneal2 or by email: joe@2spsports.com | Find Eric on Instagram: @ericmcmahoncscs and LinkedIn: @ericmcmahoncscs Join the NSCA Entrepreneur Special Interest Group (SIG) on LinkedIn to connect with other coaches and explore ideas for building and leading in the private sector.

Ankle sprains are an extremely common injury of both sports and everyday life. In the post-rehabilitation setting, it is important to first identify and then address deficits in ankle, hip, and knee range of motion and strength.

This article discusses the idea of Confucian adaptability as a framework for cultivating interpersonal skills for personal trainers.

Take a deep dive into force plate research and trends with “Force Plate Coach”, Dr. John McMahon from the University of Salford in England. In this episode, John discusses his path from Royal Marine Commando into strength and conditioning and biomechanics teaching and research. Listen in as John connects with NSCA Coaching and Sport Science Program Manager, Eric McMahon, on the past, present, and future of force plates in sport and the ways we can improve our testing and evaluation of athletes. This episode mentions the following paper from NSCA’s Strength and Conditioning Journal: McMahon, JJ, Suchomel, TJ; Lake, JP, and Comfort, P. Understanding the Key Phases of the Countermovement Jump Force-Time Curve, Strength and Conditioning Journal 40(4): 96-106, 2018 Find John on Instagram: @forceplatecoach, on Twitter: @ForcePlateCoach, and on YouTube: @ForcePlateCoach| Find Eric on Instagram: @ericmcmahoncscs or Twitter: @ericmcmahoncscs

This article seeks to provide personal trainers with eight brief modifications that clients can benefit from if they suffer from both acute and chronic lower back pain (LBP).

Emerging evidence suggests that omega-3 fatty acids may play a beneficial role in preservation of, and increases in, skeletal muscle mass. This is of particular relevance to the elderly who display age-related declines in muscle mass and function.