CAPET study plan

Map the load-bearing joints and tissues in esports posture (cervical spine, thoracic spine, wrist/finger flexors and extensors, shoulder girdle, lumbar spine) and explain how sustained static loading differs from ballistic loading in traditional sport.

Build a one-page taxonomy of esports overuse conditions (De Quervain tenosynovitis, medial epicondylopathy, carpal tunnel syndrome, thoracic outlet syndrome, cervical facet irritation, non-specific low back pain) listing mechanism, typical presenting complaint, and red-flag differentiators for each.

Compare prevention strategies (load pacing, microbreaks, eccentric and isometric strengthening, mobility work) and state the evidence quality behind each.

Draft a 4-week progressive wrist and shoulder conditioning block that a player could actually follow without gym access.

Design a pre-participation screening battery for an esports athlete covering range of motion, grip and pinch strength, provocative orthopedic tests, and pain-provocation history.

Differentiate screening (baseline risk profiling of asymptomatic players) from assessment (diagnostic workup of a symptomatic player) and justify which belongs to which professional role.

Construct a return-to-play decision framework for a player recovering from wrist or cervical injury, naming measurable criteria and the people who must sign off.

Sequence the acute-to-rehabilitative management pathway for a flare-up, from load reduction through graded exposure back to full scrim volume.

Explain the neuromuscular demands of esports (reaction time, fine motor precision, hand-eye coordination, sustained attention) and distinguish them from gross athletic qualities.

Evaluate training methods for reaction time and visuomotor precision, and identify which claims are supported versus marketing.

Design a cognitive and physical warm-up protocol of 10-15 minutes that raises arousal without inducing fatigue before a match.

Interpret common performance metrics (APM, reaction time, accuracy under time pressure) and explain their limitations as talent or readiness indicators.

Build a weekly load-monitoring template that captures practice hours, scrim intensity, tournament density, and subjective wellness, and define thresholds that trigger a deload.

Analyze sleep hygiene for late-night competitors: circadian displacement, blue-light exposure, caffeine timing, and pre-sleep arousal from ranked play.

Calculate fluid and carbohydrate needs for a multi-hour competition day and identify when supplements are worth considering versus unnecessary.

Flag supplement claims that carry doping or contamination risk and state the practical screening step before recommending anything.

Distinguish burnout, depression, anxiety, and normal competitive stress by onset, duration, and functional impact, and state when referral is required.

Apply performance-psychology techniques (arousal regulation, pre-performance routines, attentional cueing, self-talk) to concrete esports scenarios such as a losing streak or a clutch round.

Design a team-level psychosocial safety practice that reduces tilt contagion and public blame after losses.

Identify ethical boundaries of a performance role: what a non-clinician may and may not address.

Evaluate workstation variables (monitor height and distance, chair support, desk height, peripheral placement, lighting, ambient temperature) against neutral-posture principles.

Recommend equipment adjustments for a player presenting with wrist, neck, or shoulder discomfort and justify each change mechanistically.

Trace the cultural and competitive history of esports from arcade and PC LAN roots through league institutionalization, and explain how that history shapes current player expectations and working conditions.

Compare competitive titles and genres by physical and cognitive demand profile, since a MOBA, an FPS, and a fighting game load the athlete differently.

Define scope of practice and referral pathways among coach, physiotherapist, strength coach, sport psychologist, dietitian, and team manager, and resolve a conflict-of-interest scenario involving a player's medical privacy.

Apply data-privacy and consent principles to athlete monitoring data, including who sees load and wellness data and for what purpose.

Assess minors and young players with additional safeguards, including parental consent and protection from excessive competitive load.

Critique a screening or monitoring program for bias, overreach, and unclear ownership.

Synthesize the heaviest domains into an integrated case plan for a fictional player presenting with wrist pain, sleep disruption, and declining performance.

Rehearse timed, mixed-domain item sets and review every missed item by writing the underlying principle rather than memorizing the answer.

Audit weak domains against the exam weighting and reallocate remaining hours to the lowest-scoring areas.

Produce a personal one-page reference sheet of thresholds, frameworks, and decision rules to review on exam day.