(493 found)
Stability and Weightlifting—Mechanics of Stabilization—Part 1
January 1, 2016
This article covers the anatomy and mechanics of spinal stabilization and how to properly brace for both maximal and sub-maximal lifts. Because of the forces that are generated by, and transmitted through, the body during resistance training, having a sound understanding of stabilization is paramount for safe and effective training.
Coaches Exercise Science Exercise Technique Program design biomechanics strength training weightlifting
Bridge: Olympic Lifting Alternatives, with Dr. Andy Galpin
May 1, 2015
This video demonstrates Andy Galpin’s take on Olympic lifting variations for athletes short on time or lacking mobility, which can be used in a group setting.
Coaches Exercise Technique Exercise technique programming Olympic lifts coaching Olympic lifts how to coach Olympic lifts how to coach Olympic lifts in a group setting how to coach the power clean
Reexamining the Approach to Training for Sports by Investigating the Subdisciplines of Kinesiology
April 1, 2014
This article argues that strength and conditioning coaches should investigate the subdisciplines of kinesiology as an approach to strength and conditioning for primarily anaerobic sports such as football and volleyball.
Coaches Exercise Science Organization and Administration strength and conditioning workouts kinesiology strength and conditioning sport training
Career Development for Women as Strength and Conditioning Coaches
December 23, 2015
This article discusses career development and progression for women in the field of strength and conditioning. Coach Andrea Hudy provides her personal insight as she touches on goal setting, core values, and professionalism.
Coaches Professional Development Strength and Conditioning Coach Jobs strength coach jobs strength conditioning jobs
Quantifying Training and Competition Load
August 6, 2021
This excerpt from NSCA’s Essentials of Sport Science highlights the importance of quantifying training load for both programming and monitoring an athlete’s progression or regression over time.
Personal trainers TSAC Facilitators Coaches Program design Training Load Player Load RPE GPS
A Closer Look at the 10 Pillars of LTAD: The Practitioner’s Pillars of LTAD for Strength and Conditioning Professionals – Part 2
February 11, 2022
As the second of a three part series, this article will focus on the Practitioner Pillars of LTAD, including relevant monitoring and assessment tools, as well as systematical progressions and individualized training programs for successful long-term physical development.
Coaches Exercise Science Exercise Technique Program design Testing and Evaluation Professional Development LTAD Load Monitoring Movement Competency Puberty RPE hs-coaching
Outlining the Performance-Based Mode
July 29, 2013
In this video from the NSCA's 2013 National Conference, Jon Torine, Human Performance Director for Functional Movement Systems, talks about building the performance-based model for your athlete.
Coaches Program design Organization and Administration Functional Movement Movement for Athletes Programming for Athletes Youth Athletes LTAD
Thoracic Mobility and Athletic Performance
August 5, 2019
Gain a thorough understanding of thoracic spine anatomy, the causes and effects of limited thoracic mobility, and the diverse strategies that may enhance thoracic mobility from the Arizona Diamondbacks Major League Baseball (MLB) Strength and Conditioning Team.
Coaches Exercise Science Exercise Technique Trunk Rotation Mobility Thoracic Baseball Exhalation Sagittal Plane Rotation MLB
Enhancing Motor Learning with Sled Training
November 1, 2012
Sled exercises provide a training stimulus that closely mimics real-world physical demands of sports. This article provides examples of how to implement sled training into a program.
Coaches Exercise Technique Program design personal trainer sled workouts power sled motor skills sled drag sled push prowler sled training
Acute to Chronic Workload Ratio Monitoring for Athlete Performance
November 1, 2015
High chronic workloads have been shown to be associated with a reduced risk of non-contact, soft tissue injuries, while large spikes in acute training loads have been associated with an increased risk of these types of injury. Analyzing the acute:chronic workload ratio allows a coach to optimize training for the athlete and to continue in advancing fitness goals without overtraining.
Coaches Exercise Science Program design strength and conditioning exercise program design overtraining workload
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