College golf represents one of the most demanding developmental environments in our game. Student athletes arrive on campus with impressive competitive resumes, technically sophisticated golf swings and years of tournament experience. Yet, collegiate golf immediately asks more of the student athlete. They must perform against larger fields of competition, adapt to unfamiliar golf courses, travel throughout the academic year, practice with purpose, train physically, recover quickly, manage nutrition and sleep and satisfy the academic expectations of their universities.
The challenge, therefore, is not simply preparing a golfer to play well. It is preparing a student athlete to perform at the highest level repeatedly within a complex environment. Programs such as Stanford women’s golf, Auburn men’s golf, USC men’s golf and Georgetown men’s golf illustrate different dimensions of that environment.
Stanford, under Anne Walker, has established one of the defining programs in women’s collegiate golf, winning NCAA championships in 2015, 2022, 2024 and 2026. Its 2025–26 team placed all five players in the lineup among the top 20 of the World Amateur Golf Ranking and finished with a 129–3 head-to-head record. Auburn, under Nick Clinard, won its second NCAA men’s championship in three seasons in 2026, completing a season with five victories and a 187–23–2 head-to-head record.
USC provides another perspective on development. Under Mark Hankins, the Trojans returned to the NCAA Championships in 2026 for the first time since 2019 after recording four tournament victories during the season. At Georgetown, Tommy Hunter’s long tenure demonstrates the importance of sustained program development, with five NCAA postseason appearances, four BIG EAST championships and extensive academic recognition among his players.
The purpose of examining programs such as these is not to suggest that they use identical performance systems. They do not, and there is no evidence that they should. Rather, they demonstrate an important principle for our profession: elite collegiate performance requires a plan. For the golf performance professional, that plan should extend well beyond the weight room.
The first mistake that could be made in collegiate performance programming is to begin with the program instead of the athlete. Every incoming player presents a different physical profile. One golfer may possess exceptional rotational mobility but lack lower body strength. Another may be extraordinarily strong but have difficulty expressing force rapidly. A third may demonstrate excellent physical testing numbers, but struggle to maintain those qualities through periods of travel, competition, academic pressure and reduced sleep.
This is where the Titleist Performance Institute's Body-Swing Connection remains important. Physical assessment can help identify mobility, stability, strength and power characteristics that may influence how an athlete moves. The purpose is not to use a physical screen to prescribe a golf swing. It is to understand the physical resources available to the athlete.
This distinction matters. A collegiate golfer should not be trained according to a generic definition of what a golfer is supposed to look like physically. The objective is to determine what the individual athlete needs to support his or her golf game.
What the student athlete requires is collaboration. The golf coach understands the player's competitive game and technical priorities. The strength and conditioning or golf performance professional understands their physical development. Athletic trainers and medical professionals manage health and return-to-play considerations. Nutrition, sport psychology, academic support and other specialists may contribute additional information.
When those disciplines communicate, the student athlete receives one performance plan rather than several disconnected programs competing for the same athlete.
Clubhead speed has understandably become an important topic throughout competitive golf. Distance matters. However, the pursuit of speed should not cause us to ignore the physical foundation from which speed is produced.
The NASM Optimum Performance Training model provides a useful conceptual progression. The OPT model organizes training across stabilization, strength and power, with five phases progressing from Stabilization Endurance through Strength Endurance, Muscular Development, Maximal Strength and Power. Importantly, NASM does not require every athlete to march through these phases on a fixed calendar. Training is adjusted according to goals and readiness.
For the collegiate golfer, this concept is valuable because it reminds us that power should be built upon capacity.
Stabilization and movement control create a foundation. Strength expands the athlete's ability to produce and tolerate force. Power develops the ability to express that force rapidly. The sequence may overlap, and an advanced collegiate athlete may train several qualities concurrently, but the underlying developmental logic remains important.
The scientific literature supports the emphasis on strength and power. Ehlert's systematic review of 25 strength and conditioning intervention studies found that programs frequently combining resistance training, plyometrics, stretching and core exercise produced meaningful improvements in golf performance. Among studies showing significant changes, average improvements in clubhead speed, ball speed and distance measures were approximately 4 to 6.4 percent.
Research specifically involving intercollegiate golfers also demonstrated that an 11-week conditioning program improved strength, power and flexibility measures by 7.3 to 19.9 percent and increased clubhead speed by 1.6 percent without adversely affecting consistency or putting-distance control.
More recent evidence gives us an even clearer picture. A 2024 systematic review and meta-analysis found significant associations between clubhead speed and lower-body strength, upper-body strength, jump performance and explosive strength. Jump impulse demonstrated the strongest association among the physical characteristics studied.
The message for collegiate performance is not that every golfer needs to become a powerlifter or spend the semester chasing vertical-jump records. The message is that physical capacity matters, and it must be developed deliberately and with a systematic approach for performance, longevity and reduced injury.
Neither strength nor power by themselves describe golf performance.
Golf requires the athlete to produce, accept, redirect and transfer force through a movement occurring in three dimensions. The feet interact with the ground. The lower extremities contribute force. The pelvis and thorax rotate and translate. The trunk must both move and stabilize. The upper extremities ultimately transfer energy through the club.
The Gray Institute's Applied Functional Science approach provides another useful lens for this challenge. Its 3D Functional Golf Coach curriculum integrates mobility, stability and power through the phases of Address, Backswing, Impact and Finish while emphasizing observation, progression and individualization. The broader 3D Functional Movement Coach framework similarly emphasizes adapting movement across all three planes rather than assuming that one exercise or movement solution fits every athlete.
For collegiate golfers, this means the training environment should progressively expose the athlete to multidirectional movement and force. Traditional squats, hinges, pushes, pulls and loaded carries remain valuable because they build general capacity. They can coexist with multiplanar lunges, rotational and anti-rotational patterns, medicine ball training, unilateral exercises, jumping and landing and movements requiring the student athlete to accelerate and decelerate.
The goal is not to make every exercise look like a golf swing. Golfers already practice the golf swing extensively. The goal is to develop a body capable of supporting the swing in three dimensions.
One lesson we can draw from elite collegiate programs is that successful teams are composed of successful individuals. Stanford's championship lineups have included athletes from different countries, backgrounds, playing styles and developmental histories. Auburn's players do not arrive with identical physical characteristics. USC's current roster reflects an international talent base, while Georgetown competes within a different institutional, competitive and scheduling environment.
A performance system must accommodate those differences.
GolfForever provides a useful contemporary example of how golf fitness is moving toward greater individualization and accessibility. Its platform incorporates assessment and personalized programming addressing movement, mobility, strength, balance, rotational power, warm-up and recovery. For a student athlete, the broader lesson is more important than any particular platform: programming should follow the athlete rather than requiring the athlete to conform to a standardized workout.
One athlete may require additional strength. Another may need more power. Another may need a carefully managed mobility intervention. A golfer returning from injury may temporarily prioritize movement quality and rebuilding capacity. A player entering the most demanding portion of the competitive schedule may need maintenance rather than additional training volume.
Assessment should therefore not be a one-time event conducted in August and forgotten by September. The athlete changes throughout the year, and the game plan should change with the athlete.
This becomes particularly important in college because golf has an unusual competitive calendar.
A student athlete may train early in the morning, attend classes, practice for several hours, complete academic work, travel across time zones, play practice rounds, compete for three or more consecutive days, return to campus and begin the process again. Physical training represents only one stressor within that ecosystem called college golf.
A successful performance plan must therefore account for the academic calendar, tournament schedule, practice volume, technical work, travel, recovery and the athlete's individual response to training.
The offseason may provide greater opportunities to develop maximal strength, address physical limitations and build new capacity. Preseason training can progressively increase power, speed and golf-specific integration. During the competitive season, the emphasis may shift toward maintaining strength and power while reducing unnecessary fatigue. Tournament weeks require still another strategy involving preparation, activation, hydration, nutrition, recovery and sleep.
The weight room should never compete with the golf course. This is one reason a game plan is so important. Without one, training can become a collection of workouts. With one, each training block has a purpose within the competitive year.
There is another dimension to collegiate golf performance that receives less attention than clubhead speed: availability.
A student athlete cannot develop technically, compete effectively or contribute to the team if he or she is consistently unable to practice. The value of physical preparation therefore extends beyond creating speed. Strength, movement capacity, workload management, recovery, nutrition and sleep all contribute to the larger objective of keeping the athlete capable of practicing and competing.
This changes the way we should think about performance.
If adding five miles per hour of clubhead speed comes at the expense of persistent fatigue, poor movement quality or reduced practice availability, the performance equation may be moving in the wrong direction. Conversely, an intervention that produces only a modest improvement in speed but allows the athlete to tolerate a greater volume of high-quality practice may have substantial competitive value.
The golf performance professional should therefore monitor more than gym numbers. Strength and power testing can be valuable, but so can communication about soreness, sleep, travel, practice volume, perceived fatigue and readiness. The objective is not merely to produce the best physical test. It is to prepare the student athlete to perform when the scorecard matters.
College golf also requires us to acknowledge something that distinguishes it from professional golf: these athletes are students.
The same golfer we ask to generate speed, lift weights, practice for hours and perform under tournament pressure may also have an examination the following morning. A laboratory, group project, internship interview or academic deadline does not disappear because the team has returned from a tournament.
Georgetown's history of Academic All-America and conference academic recognition provides one visible example of the dual expectations placed upon collegiate golfers. The performance plan should respect that reality rather than pretending the athlete's only responsibility is golf.
This requires communication among coaches, performance staff and the athlete. There will be periods when training can be pushed and periods when it should be reduced. The smartest program on paper can become the wrong program when it ignores the athlete's total workload.
Recovery is therefore not an absence of training. It is part of training.
The collegiate years also represent a remarkable developmental window.
Many athletes enter college at 18 and leave at 22 or 23. During that period, they can develop substantially as golfers, athletes, students and people. The objective should not simply be to prepare them for Saturday's lineup. A strong collegiate performance system should help athletes understand their own bodies well enough to manage their performance beyond college.
That means teaching, not simply prescribing.
Athletes should understand why they warm up, why strength matters, why power training differs from maximal-strength training, why recovery changes after travel, why nutrition affects adaptation and why the program changes across the season. They should learn which movement restrictions are personally relevant and which exercises produce meaningful responses for them.
By senior year, the athlete should possess considerably greater performance literacy than when he or she arrived on campus.
For players capable of progressing into professional golf, that knowledge becomes part of their competitive infrastructure. For those whose competitive careers conclude at graduation, it provides something equally valuable: an understanding of how to maintain physical health and continue enjoying the game throughout adulthood.
Stanford, Auburn, USC and Georgetown represent different histories, competitive environments, institutional cultures and approaches to collegiate golf. Their value to this discussion is not that one model should be copied. Their value is demonstrating the complexity of developing high-level student athletes.
The modern collegiate golfer needs more than practice time and a workout card.
The athlete needs an integrated game plan that begins with assessment, establishes movement capacity, develops strength, converts strength into usable power, manages workload, prioritizes recovery and adapts throughout the competitive and academic year. TPI helps us understand the relationship between the golfer's body and swing. NASM provides a progression from stabilization through strength and power. Gray Institute reminds us that human movement is three-dimensional and individual. GolfForever demonstrates how assessment, personalization and accessible programming can extend training beyond a traditional facility.
None of these systems replaces coaching. None replaces sound strength and conditioning. None provides a universal formula for every athlete. Their greatest value comes when qualified professionals integrate the appropriate principles into a coherent plan built around the individual student athlete. That may ultimately be one of the greatest advantages we can give a collegiate golfer.
We cannot guarantee a championship. We cannot guarantee a place in the lineup or a professional career after college. What we can do is create an environment in which the student athlete is physically prepared to practice, capable of adapting to training, resilient enough to manage the demands of the season and ready to perform when opportunity arrives.
The best game plan does not simply prepare the golf swing. It prepares the golfer.
Dr. Steven Lorick is an exercise physiologist specializing in golf performance and fitness. He holds a doctorate from the University of Southern California and an MBA from Georgetown University, with advanced credentials in performance and nutrition. A military veteran, he received the U.S. Congressional Award of Special Recognition as a member of the Presidential Escort and a leadership award from the President’s Council on Fitness, Sports and Nutrition.
References:
Brennan, A. et al. (2024) ‘Associations between physical characteristics and golf clubhead speed: A systematic review with meta-analysis’, Sports Medicine, 54.
Doan, B.K., Newton, R.U., Kwon, Y-H. and Kraemer, W.J. (2006) ‘Effects of physical conditioning on intercollegiate golfer performance’, Journal of Strength and Conditioning Research, 20(1), pp. 62–72.
Ehlert, A. (2020) ‘The effects of strength and conditioning interventions on golf performance: A systematic review’, Journal of Sports Sciences, 38(23), pp. 2720–2731.
Gray Institute (2026) 3D Functional Golf Coach Certification. Gray Institute.
National Academy of Sports Medicine (2026) The Optimum Performance Training Model. NASM.
GolfForever (2026) Golf Fitness Training System and GolfForever Certification. GolfForever.
Smith, C.J., Callister, R. and Lubans, D.R. (2011) ‘A systematic review of strength and conditioning programmes designed to improve fitness characteristics in golfers’, Journal of Sports Sciences, 29(9), pp. 933–943.