NASM Home Gym Design study plan
NASM Home Gym Design · Give each week a clear focus.
8 weeks · About 6 hours per week
Equipment Selection and Specification
Map every equipment category in the exam outline (resistance, cardio, free weights, racks, benches, storage, accessories) to at least two concrete home-gym product types each
Explain the trade-offs between plate-loaded, selectorized, and cable/functional trainers in terms of footprint, cost per station, and exercise coverage
Calculate required clearances and user envelopes for a barbell bench press, a squat rack, and a treadmill using manufacturer-style dimensions you record yourself
Draft a one-page equipment specification template capturing dimensions, weight, power requirements, warranty, and anchor/fixing method
List the five specification errors that most often cause a home-gym install to fail inspection or force a return
Your checkpoint
A completed equipment specification sheet for three candidate items (one rack, one cardio machine, one storage unit) with dimensions, clearances, power/fixing needs, and a written justification for each.
Equipment Selection and Specification & Space Planning and Room Layout
Compare free-weight vs machine-based setups for a 20 square metre room and justify a recommended mix
Translate equipment clearances into a scaled floor plan showing working zones, circulation paths, and door swing arcs
Identify the minimum ceiling height for overhead pressing, pull-ups, and treadmill use, and flag conflicts in a sample room
Specify flooring type and subfloor build-up for impact, point-load, and vibration control in a concrete and a timber-floor scenario
Produce a bill of quantities listing every item needed to complete the proposed layout
Your checkpoint
A dimensioned, scaled layout drawing (hand-drawn or spreadsheet-generated) for a 20 square metre room with equipment positions, clearances, circulation width, and a matching bill of quantities.
Client Assessment and Needs Analysis & Space Planning and Room Layout
Build a client intake checklist covering goals, training experience, injury history, household members, and intended training frequency
Convert a client's stated goals into equipment and space requirements, documenting the reasoning for each requirement
Assess a sample room for structural constraints: load-bearing walls, ceiling height, window placement, ventilation, and access route width
Design two alternative layouts for the same client and score each against safety, cost, and usability criteria
Write the questions you would ask to uncover constraints a client is unlikely to volunteer
Your checkpoint
A completed needs-analysis and constraints report for one fictional client, including two scored layout options and a written recommendation.
Safety, Flooring, and Structural Considerations
Explain how live and dead floor loads differ and describe how to check whether a residential floor can carry a loaded rack plus user
Identify when a structural engineer or building professional must be consulted and describe what information to hand over
Specify anchoring and fixing methods for racks, mirrors, and wall-mounted storage on masonry, stud, and concrete substrates
List electrical and ventilation requirements for cardio equipment, including circuit capacity, moisture, and heat build-up
Draft a safety checklist covering equipment inspection, emergency access, first-aid provision, and lone-training protocols
Your checkpoint
A written safety and structural assessment for the week 3 client layout, including load calculations, fixing specifications, and an escalation note stating exactly when an engineer is required.
Safety, Flooring, and Structural Considerations & Budgeting, Procurement, and Project Management
Cost the week 4 layout line by line, separating equipment, flooring, delivery, installation, and contingency
Compare buying new, buying refurbished, and phased purchasing, and quantify the trade-offs for a fixed budget
Build a procurement schedule sequencing delivery and installation so no item arrives before its space is ready
Identify the contract terms, warranty exclusions, and return windows that matter most for large gym equipment
Draft a risk register covering lead times, damage in transit, structural surprises, and budget overrun
Your checkpoint
A full project budget with a line-item cost breakdown, a procurement and installation schedule, and a risk register with at least six risks and mitigations.
Budgeting, Procurement, and Project Management & Client Assessment and Needs Analysis
Create a project plan with phases, owners, dependencies, and a realistic completion date for the sample project
Design a client sign-off process with staged inspections at delivery, installation, and handover
Prepare a handover pack covering equipment manuals, warranty registration, maintenance schedule, and safe-use guidance
Practise writing a change-order note for a mid-project scope change and its budget and schedule impact
Review the needs analysis from week 3 and confirm the final design still meets the client's stated goals
Your checkpoint
A complete project plan and handover pack for the sample project, including a change-order template and a signed-off final design summary.
Client Assessment and Needs Analysis & Space Planning and Room Layout & Equipment Selection and Specification & Safety, Flooring, and Structural Considerations & Budgeting, Procurement, and Project Management
Work through timed practice questions across all five domains and log accuracy by domain
Re-derive the clearance, load, and budget calculations you got wrong without looking at notes
Summarise each domain onto a single reference card of formulas, thresholds, and decision rules
Identify the three weakest sub-topics and schedule targeted review for each before week 8
Your checkpoint
A domain-by-domain accuracy report from a full timed practice set, plus three single-page reference cards for your weakest domains.
Client Assessment and Needs Analysis & Space Planning and Room Layout & Equipment Selection and Specification & Safety, Flooring, and Structural Considerations & Budgeting, Procurement, and Project Management
Complete two full timed mock exams under exam conditions and record scores by domain
Review every missed question and write the underlying rule or calculation it tested
Recite from memory the clearance rules, load-check process, and budget structure without notes
Finalise a one-page exam-day strategy covering time allocation and question triage
Your checkpoint
Two scored mock exams with a written error log and a final one-page exam-day strategy sheet.
Milestones
Week 2: Can produce a scaled layout with correct clearances for a rack, bench, and cardio machine in under 45 minutes without notes.
Week 4: Can explain live vs dead load, state when an engineer is required, and specify correct fixings for three substrate types from memory.
Week 5: Can build a full project budget and procurement schedule from a layout in under 60 minutes with no missing cost categories.
Week 6: Can describe a complete project lifecycle from intake to handover, including sign-off stages and change control.
Week 7: Scores at least 75% on a full timed practice set, with no single domain below 65%.
Week 8: Scores at least 80% on both timed mock exams and can state the rule behind every previously missed question.