NESTA Triathlon Coach study plan
NESTA Triathlon Coach · Give each week a clear focus.
8 weeks · About 6 hours per week
Exercise Physiology for Multisport Athletes & Triathlon Fundamentals and Race Formats
Define the three energy systems and state the dominant system for sprint-distance, Olympic, 70.3, and iron-distance racing
Explain VO2max, lactate threshold, and economy, and describe how each limits performance in swim, bike, and run segments
Compare the physiological demands of draft-legal sprint racing versus non-drafting long-course racing
Map the standard race formats (super-sprint through iron distance, plus duathlon and aquathlon variants) to their typical durations and intensity profiles
Build a one-page glossary linking each physiological term to a coaching decision it informs
Your checkpoint
A one-page comparison table of the four main race distances listing duration, dominant energy system, typical intensity (% FTP and threshold pace), and two coaching implications per distance
Exercise Physiology for Multisport Athletes & Periodization and Annual Training Planning
Calculate training zones for swim pace, bike power/heart rate, and run pace from field or lab test data
Describe how to run and interpret a threshold test for each discipline and identify common testing errors
Outline the three periodization models (traditional, block, reverse) and state when each suits an age-group athlete
Sequence base, build, peak, and taper phases across a 20-week macrocycle and justify the durations
Explain how to place recovery weeks and how to adjust load when life stress spikes
Your checkpoint
A 20-week macrocycle outline with phase durations, weekly hour ranges, and a written rationale for zone boundaries in all three disciplines
Periodization and Annual Training Planning & Brick Workouts, Transitions, and Race-Day Execution
Write three consecutive build weeks with progressive volume and intensity and a recovery week that follows sound loading principles
Design a taper that reduces volume while preserving intensity, and justify the timing for sprint, Olympic, and 70.3 events
Explain the purpose and physiological rationale of brick training and when to schedule bricks in a build block
Draft a full race-week schedule covering travel, course preview, gear check, and sleep planning
Identify two signs of overreaching in a training log and describe the adjustment you would make
Your checkpoint
A complete 4-week build-plus-taper block for a fictional Olympic-distance athlete, including weekly hours, key sessions, one brick session, and a race-week day-by-day plan
Swim Technique and Open-Water Training
Break down freestyle into catch, pull, rotation, and recovery and name one common fault for each phase
Prescribe three corrective drills and explain which fault each drill addresses
Explain open-water skills: sighting frequency, drafting positions, wetsuit fit, and mass-start positioning
Design a pool-to-open-water progression across four sessions that builds confidence and pacing control
Set swim pacing targets from a time trial and convert them to open-water expectations with a realistic adjustment
Your checkpoint
A four-session swim progression plan with drill prescriptions, a sighting drill set, and target paces derived from a stated 400 m or 1000 m time trial
Cycling Technique, Equipment, and Training & Running Technique and Training
Describe bike fit fundamentals (saddle height, reach, cockpit) and explain how fit changes affect power and comfort over long courses
Explain cadence selection, gearing choices, and pacing strategy for hilly versus flat courses
Analyze running gait mechanics and identify three common form faults with a cue for each
Compare run training methods (long slow distance, tempo, intervals, hill repeats) and assign each a place in a weekly plan
Explain how to manage run durability and off-the-bike running in training
Your checkpoint
A combined bike-and-run weekly template for a build week, with session purpose, intensity target, and one technique cue per session
Sports Nutrition and Hydration & Injury Prevention, Recovery, and Athlete Health
Calculate carbohydrate and fluid intake targets for a 70.3 race and justify them against published endurance guidelines
Explain sodium needs, hyponatremia risk, and how to rehearse a nutrition plan in training
Identify the five most common multisport overuse injuries and describe one prevention strategy for each
Describe recovery modalities and rank them by evidence strength
Outline return-to-training decision rules after illness or minor injury
Your checkpoint
A race-day nutrition and hydration plan for a 70.3 athlete with hourly carb/fluid/sodium targets, plus a one-page injury-prevention checklist covering the five injuries
Brick Workouts, Transitions, and Race-Day Execution & Coaching Practice, Ethics, and Athlete Communication
Script a transition practice session covering T1 and T2 setup, mounting, dismounting, and shoe handling
Explain the ethical boundaries of coaching: scope of practice, referral to medical professionals, and confidentiality
Draft a communication cadence with an athlete covering check-ins, feedback, and handling missed sessions
Describe how to set goals collaboratively using outcome, performance, and process goals
Identify two coaching scenarios that require referral and state the referral path
Your checkpoint
A transition practice session plan with timed drills and target split improvements, plus a one-page athlete communication agreement covering check-in frequency, feedback format, and referral policy
Triathlon Fundamentals and Race Formats & Exercise Physiology for Multisport Athletes & Periodization and Annual Training Planning
Synthesize all ten domains into a single athlete case plan from intake to race day
Review weak areas identified in earlier deliverables and close at least two knowledge gaps
Complete a full-length practice assessment under timed conditions and score it by domain
Revise the personal study notes into a condensed one-page reference sheet per domain
Write a post-race review template you would use with an athlete
Your checkpoint
A complete 16-week athlete case plan (intake, testing, periodized plan, nutrition plan, transition practice, race-day plan) plus a scored practice assessment with a written gap-closure summary
Milestones
Week 2: Can state zone boundaries for all three disciplines and explain the physiological basis for each boundary without notes
Week 4: Can write a compliant 4-week build-plus-taper block and defend every session choice against periodization principles
Week 5: Can diagnose a described swim, bike, or run technique fault and prescribe a drill or fit change in under five minutes
Week 6: Can produce race nutrition targets and an injury-prevention checklist that match current endurance guidelines
Week 8: Scores at least 80% overall on the timed practice assessment with no domain below 70%