NOTCE common mistakes
NOTCE · Understand the traps and how to avoid them.
Answering occupational performance questions by naming a body function or impairment (for example, reduced grip strength or limited shoulder range) instead of describing what the person cannot do in an actual activity or life role.
The candidate studies anatomy, kinesiology, and pathology first and most heavily, so recall defaults to the impairment vocabulary that feels most concrete. Occupational performance is framed as the gap between the person's abilities and the demands of the activity, and the exam rewards that activity-and-participation framing.
What to do instead
Before selecting an option, silently rewrite it as a sentence about doing: 'The person cannot button a shirt, prepare a meal, or return to work.' If the option only names a body structure or function, treat it as incomplete for performance-focused items. Practise by converting ten impairment statements into activity limitations and participation restrictions each study session.
Choosing the intervention that matches the diagnosis rather than the one that matches the stated evaluation findings, environment, and client priorities in the scenario.
Candidates pattern-match a condition to a familiar protocol, such as splinting for a nerve injury or a sensory diet for a child, without checking whether the scenario's findings, setting, or client goals actually support that choice. Exam items deliberately include a plausible diagnosis-based distractor.
What to do instead
Read the stem twice: once for the condition, once for the constraints (setting, caregiver availability, client-stated goal, contraindications, stage of recovery). Eliminate any option that cannot be delivered in that setting or conflicts with a stated finding, then justify the remaining choice by citing a specific phrase from the stem.
Treating ethics and regulation items as personal opinion or general morality, ignoring the specific duty (informed consent, confidentiality limits, supervision, scope of practice, mandatory reporting, documentation) named in the scenario.
Candidates often have limited fieldwork exposure to formal complaint, consent, and reporting processes, so they answer from intuition about being a good practitioner rather than from the regulatory framework being tested.
What to do instead
Build a one-page reference of core duties: consent elements, when confidentiality must yield (risk of harm, abuse reporting, court order), supervision and delegation rules, and the difference between an ethical principle and a legal requirement. For each practice item, name which duty is triggered before looking at the options.
Ignoring the developmental stage, age, or life context given in pediatric and older-adult items and applying adult or generic expectations instead.
Most clinical training emphasizes adult rehabilitation, and candidates underweight milestones, play as a child's occupation, school participation, aging-in-place, and caregiver roles. Items are built so that the same activity means something different at different ages.
What to do instead
For every scenario, write the client's age and stage at the top of your scratch notes and ask what is expected at that stage. Review developmental milestones, the occupations of childhood (play, school, self-care, sleep), and older-adult priorities (falls, driving, home safety, caregiver burden) as distinct content areas.
Skipping the stem's measurable data (range of motion values, strength grades, standardized scores, timed test results) and answering from the general impression of the case.
Under time pressure, candidates skim for keywords and miss that two options are both reasonable until a specific number rules one out, such as a score below a cutoff or a strength grade that contraindicates a resistive approach.
What to do instead
Highlight every number and unit as you read, and state what it means in one clause (for example, 'grade 3 means antigravity only, so no resistance'). Practise interpreting common standardized scores and cutoffs so the numbers carry meaning rather than just attention.
Selecting the first plausible answer and moving on without reading all options, including 'which is the BEST' or 'FIRST' qualifiers and the final option that reverses the others.
Stem qualifiers are short and easy to miss, and plausible distractors are placed early. Candidates who answer from recognition rather than comparison are systematically drawn to the first familiar-sounding choice.
What to do instead
Adopt a fixed routine: read the question, cover the options, predict the answer, then read all options and mark each as true, false, or unsure. Re-read the qualifier (best, first, initial, most appropriate, contraindicated) immediately before committing.
Confusing the sequence of the occupational therapy process, for example screening versus evaluation, intervention planning versus implementation, or discharge planning versus discontinuation, and picking an action from the wrong phase.
The phases overlap in real practice, so candidates who learned from clinical experience rather than from the formal process model blur the boundaries, especially when an item asks what to do next.
What to do instead
Memorize the process as an ordered chain with the output of each step (referral, screening, evaluation, intervention plan, intervention, re-evaluation, discontinuation or transition). For 'next step' items, identify the current phase in the stem, then choose the action that belongs to that phase or the immediately following one.
Overlooking environmental and contextual factors, including physical accessibility, social support, cultural expectations, funding, and policy, and attributing the whole problem to the person.
Clinical training focuses on the individual's deficits, so the environment feels like background rather than a modifiable target. Items that hinge on a home modification, a workplace accommodation, or a funding constraint are then answered with a person-focused intervention.
What to do instead
For each scenario, list one environmental and one personal factor before evaluating options. Train yourself to ask whether changing the task, the tool, or the setting would solve the problem more directly than changing the person, and favour options that address the barrier actually described.
Misreading basic science content, such as confusing muscle actions, innervation, or the difference between a sign and a symptom, and then building a correct-sounding intervention on a wrong premise.
Foundational science is often revised in isolation from clinical application, so candidates can recite a fact but cannot apply it under a clinical framing, and near-miss distractors (agonist versus antagonist, upper versus lower motor neuron) look interchangeable.
What to do instead
Study basic science through applied questions: for each muscle or nerve, write one activity it enables and one impairment that would follow its loss. Use comparison tables for commonly confused pairs and test yourself by explaining why the wrong option is wrong.
Rushing the final minutes and changing correct answers on review without a specific reason grounded in the stem.
Anxiety and time pressure near the end of the exam produce second-guessing, and candidates who did not mark uncertain items during the first pass cannot tell which answers were reasoned and which were guesses.
What to do instead
Flag uncertain items during the first pass and leave them. On review, change an answer only when you can point to a word in the stem or a fact you had misapplied; otherwise keep the original. Practise with timed full-length sets to build a stable pace and reduce end-of-exam panic.