TSSA EDM-A Exam study plan

Map the full EDM-A exam blueprint into a one-page topic checklist, tagging each item by code-reference family (e.g., O. Reg. 209/01, CSA B44, ASME A17.1) and flagging the three highest-weight clusters.

Define the core elevating-device vocabulary in your own words (e.g., rated load, car buffer, governor tripping speed, rope traction, hydraulic jack) and cross-check each definition against the governing code clause number.

Build a personal formula and units sheet covering speed, load, rope safety factor, and buffer stroke relationships, marking every variable with its permitted unit.

Set up a spaced-repetition deck with the first 60 code-clause flashcards, each tagged to the domain-1 sub-topic it supports.

Trace the complete safety-chain logic for electric traction elevators from door-zone detection through final limit and slack-rope devices, drawing the chain as a labeled schematic from memory.

Compare the required stopping distances and buffer performance for different rated speeds, and state which buffer type applies at each speed band with the governing clause cited.

Reproduce the inspection and test sequence for a traction elevator (governor, safety gear, buffers, door interlocks) in the correct order, noting which tests are annual versus five-year.

Solve ten numeric problems on rope tension, counterweight balance, and traction ratio, showing every unit conversion.

Diagram the hydraulic elevator circuit from tank through pump, valve, jack, and rupture valve, labeling every pressure-relief and check device and its code requirement.

Explain the differences in inspection criteria between hydraulic and traction units, listing at least eight inspection points unique to hydraulic systems.

Describe the requirements for escalators and moving walks (comb plates, skirt panels, handrail speed, step demarcation) and match each to its clause.

Write a one-page comparison table of electric versus hydraulic versus escalator inspection focus areas.

Reconstruct the roles and responsibilities of the owner, contractor, licensed mechanic, and inspector under Ontario's elevating-device regulatory framework, and list the notification and record-keeping obligations for each.

Explain the permit and inspection lifecycle for a new installation and for an alteration, including the triggers that require a major alteration versus a minor one.

Summarize the incident-reporting and out-of-service tagging requirements, and state the conditions under which an elevating device must be taken out of service.

Complete 40 mixed practice questions on regulatory and inspection-process content, then rewrite every missed question as a corrected flashcard.

Interpret electrical schematics for elevator control circuits, tracing the safety circuit, door operator circuit, and motor control path and identifying each protective device.

Calculate fault current, verify overcurrent protection sizing, and explain grounding and bonding requirements for elevator machine rooms with cited clauses.

Diagnose five written fault scenarios (e.g., intermittent door reversal, car drifting at floor, governor not tripping) by listing the test sequence and probable causes.

List the required machine-room and hoistway environmental and access conditions, including lighting, guarding, and clearance dimensions.

Perform a clause-by-clause review of the two code families you scored weakest on in week 5, writing a plain-language summary of each requirement.

Create ten original scenario questions that combine mechanical and electrical content, then answer them under a 90-second-per-question limit.

Recite the key numeric thresholds (clearances, stopping distances, test intervals, safety-factor values) from memory and verify each against the source clause.

Audit your flashcard deck for gaps against the week-1 blueprint checklist and add any missing cards.

Complete two full-length timed mock exams under exam conditions, recording time per question and flagging every uncertain answer for review.

Categorize every mock-exam error by root cause (misread question, missing code knowledge, calculation slip, unit error) and rank the causes by frequency.

Re-study only the top three error categories, rewriting the relevant clauses and re-solving the missed items until each is correct twice in a row.

Practice rapid lookup of clause numbers for the 20 most commonly tested requirements, aiming for under 30 seconds each.

Review the entire flashcard deck and the numeric-thresholds sheet, retiring cards answered correctly three times and re-drilling the rest.

Take one final timed mock exam and compare the score and error profile against week 7 to confirm upward trend.

Rehearse the exam-day routine: permitted reference materials, time allocation per question, and a skip-and-return strategy for difficult items.

Write a one-page personal weak-spot summary and a 30-minute pre-exam review sheet containing only the facts you most often missed.