Load Management, Recovery, and Sleep Hygiene
This domain tests whether you can quantify training and competition load, interpret monitoring data sensibly, and build recovery plans that survive real esports schedules. Items favour reasoning over formulas.
Load concepts
- External load is the work performed: hours, matches, scrims, actions per minute, travel.
- Internal load is the athlete's response: session rating of perceived exertion multiplied by minutes gives arbitrary units, plus heart-rate variability, soreness, mood, and sleep.
- The same hours are not the same load. Six hours of ranked solo typically costs more than six hours of structured scrims with breaks.
- Acute-to-chronic ratios are popular but methodologically contested; use them as one signal alongside wellness and performance, never as a hard rule.
- Deload and off-season. Planned reduction after major events is part of the programme, not a reward.
Sleep and recovery
- Adults need roughly seven to nine hours; adolescents more. Consistency of schedule matters as much as duration.
- Caffeine has a half-life of about five hours; afternoon energy drinks compromise sleep even when the athlete feels fine.
- Competition arousal and late-night scrims delay sleep onset; build a wind-down that starts before the last match, not after it.
- Naps of 20-30 minutes help; long late naps impair night sleep.
- Travel across time zones needs a pre-planned light and sleep schedule, not adaptation on arrival.
Worked example
Two players each log six hours daily. Player A completes structured scrims with 15-minute breaks and rates the session 6 out of 10. Player B plays ranked continuously and rates it 8. External load looks identical; internal load does not: roughly 1,800 versus 2,880 arbitrary units. Player B also reports six hours of sleep. The plan reduces Player B's ranked volume, protects a fixed sleep window, moves caffeine before 14:00, and adds a 20-minute nap before evening scrims, then rechecks wellness and performance in two weeks.
Traps that cost marks
- Summing all screen hours as equivalent training.
- Treating wearable scores as diagnoses.
- Recommending sleep banking before an event as a substitute for consistent sleep.
- Adding recovery interventions without removing load.