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Integrating sports science into a college football performance programme

“The goal isn’t to tell coaches what they can’t do. It’s to help them do more by planning smarter” Introduction Mitchell Cholewinski has taken an unconventional route into sports science. Beginning his academic career in physics and chemical engineering before completing a PhD in exercise science and nutrition, he has developed a unique systems-based approach…

The international player: Managing the transition between club and country

When a player crosses the white line for their national team, the club’s carefully managed workload plan goes with them into a context they can’t control. Training loads shift, recovery protocols change, and the data that underpins day-to-day decision-making at club level can suddenly become difficult to access or act on. From monitoring gaps and…

Rethinking how we use GPS data: Should non-normative be the norm?

Performance foundations and future series Performance support appears stronger than ever, with advances in staffing, technology, and analytics evolving alongside athletic capabilities. Yet growing misconceptions and external pressures risk driving practices that stray from core performance goals. This series will ask some difficult questions about current practices in performance and highlight how a focus on…

How sEMG aids exercise selection, technique, and progression within rehabilitation

What key outputs do you focus on when you first introduce sEMG into a rehab process? How do those metrics directly influence your exercise selection and progression? sEMG has most improved my early stage rehabilitation outcomes by helping identify inefficient recruitment patterns and compensatory activation strategies. If these patterns are not addressed, they tend to…

How 3D motion capture aids problem solving during rehabilitation

The Performance Rehabilitation team is a centralised athlete health service within the UK Sports Institute. Our mission is to support optimal rehabilitation across the UK high performance system. We want athletes to come back physically and psychologically stronger, and we help the high performance system achieve this. One of the tools we’ve embedded into our…

Use cases for VBT within rehabilitation: when and how to best utilise it

What forms of improper neuroplasticity typically develop after ACL reconstruction? How can velocity-based training help counter them early in rehab? After ACL reconstruction, the problem goes beyond weak quadriceps: it’s a rewired nervous system. One of the key changes is reduced corticospinal excitability to the involved limb. The brain simply doesn’t “drive” that leg as…

Training the match-changing moments: Making context matter in GPS data

“Context is key” is a mantra in sports science and physical performance. With our ever increasing volume of data, it is more important than ever. However, there is often a gap between acknowledging the importance of context and effectively applying it in our analysis and decision making. As a sports scientist, I’ve spent countless hours…

Beyond speed bands: Connecting GPS data to match events

Performance analysis in rugby union has evolved considerably, but significant gaps remain in how practitioners interpret and apply physical performance data. While GPS technology is ubiquitous, current approaches often fail to capture the contextual complexities that define match demands. Recent reviews and discussions highlight that the utility of the insights from GPS data has not…

Taking a systematic approach to evaluating new tools and tech

In elite sport, we strive to operate in environments that are evidence-informed and development-focused. However, when it comes to integrating new practices—whether that’s adopting new technology, applying a fresh training methodology, or trialling a recovery strategy—organisations often face a barrage of options with little guidance on how to separate meaningful innovation from fleeting trends. This…

Isokinetic dynamometry + Special Strength Methods: Adaptation-led rehab

Even with the widespread advancement in and adoption of sport technology, the full training potential of isokinetics continues to fly under the radar. This may leave athletes with immature structural adaptations and incomplete force generating capacities, ultimately blunting their sport specific action capabilities. In elite rehab and return to play, athletes often regain strength outputs…