Build your workout plan
Formula used
Weekly training volume uses sets multiplied by repetitions. The generator reports a range because each exercise has minimum and maximum target repetitions.
Estimated calories use the standard MET equation: calories per minute equals MET multiplied by 3.5 and body weight, then divided by 200.
Estimated one-repetition maximum can use the Epley formula. Multiply lifted weight by one plus repetitions divided by thirty for an approximate 1RM.
How to use this calculator
Choose your primary fitness goal and current training experience. Select where you train and mark every available equipment type.
Set weekly frequency, preferred days, and session duration. Choose a workout split that matches your schedule and recovery capacity.
Select muscles you want to emphasize. Add cardio preferences and choose practical limits such as low-impact or no-jumping movements.
Adjust sets, repetitions, rest, tempo, RPE, and RIR. These values control workout density and the planned effort for each session.
Add preferred or excluded exercises when needed. Advanced options can shape progression, intensity methods, and future exercise substitutions.
Generate the plan and review every day. Replace unsuitable movements, record completed work, then save or export the weekly schedule.
Example workout data
| Goal | Level | Days | Style | Sets | Reps | Rest |
|---|---|---|---|---|---|---|
| Muscle gain | Beginner | 3 | Full body | 3 | 8–12 | 75 seconds |
| Strength | Intermediate | 4 | Upper/lower split | 4 | 4–6 | 120 seconds |
| Endurance | Beginner | 3 | Circuit training | 3 | 12–20 | 45 seconds |
Workout planning guide
A useful workout plan starts with consistency. Your schedule should fit normal life instead of competing with every other responsibility.
Training frequency should reflect recovery and experience. Beginners often progress well with fewer structured sessions and repeated movement practice.
Exercise selection should cover major movement patterns. Squats, hinges, pushes, pulls, carries, and core work create a balanced foundation.
Volume describes the amount of training performed. More volume is not always better because recovery capacity also limits productive work.
Intensity can describe load or perceived effort. RPE offers a simple way to regulate effort when daily readiness changes.
RIR estimates how many good repetitions remain. Leaving several repetitions in reserve can help maintain technique and manage fatigue.
Progressive overload should remain gradual. Add repetitions first when possible. Then increase resistance after the target range feels controlled.
Rest periods affect performance and workout length. Heavy strength work generally benefits from longer rest than lighter endurance circuits.
Warm-ups should prepare movements used during training. They do not need excessive complexity or exhausting pre-workout exercise.
Cool-down work can help create a consistent finish. Gentle movement and comfortable stretching often work better than aggressive flexibility work.
Cardio can support general fitness and endurance. Its volume should complement resistance training instead of making every session unnecessarily difficult.
Rest days are part of training design. Easy walking and light mobility provide activity without creating another hard workout.
Tracking helps reveal useful patterns over time. Record loads, repetitions, completed sessions, and notes about exercise quality or progress.
Exercise substitutions should preserve the main movement goal. Replace a chest press with another suitable press rather than an unrelated exercise.
Technique quality should guide every progression decision. Controlled repetitions make comparisons between workouts more useful. Consistent form also reduces misleading performance changes.
Training variety can support motivation without destroying structure. Keep several core movements stable while rotating smaller accessory exercises occasionally.
Advanced methods are optional tools. Supersets, drop sets, AMRAP, and EMOM increase density. They can also increase fatigue quickly.
Deload weeks reduce training stress temporarily. They can help after demanding blocks. They also suit periods of accumulated fatigue.
Calorie estimates should remain secondary. They vary with body size, exercise choice, intensity, rest periods, and individual physiology.
A generated plan is a starting framework. Adjust it when equipment, recovery, technique, or scheduling makes another choice practical.
Progress should stay sustainable weekly. Good training remains repeatable, measurable, and adaptable over time.