ENADE Análise e Desenvolvimento de Sistemas common mistakes
ENADE Análise e Desenvolvimento de Sistemas · Understand the traps and how to avoid them.
Treating the Enade objective questions as if they were simple multiple-choice recall items and answering from memory without reading the full stem and alternatives.
Candidates carry habits from technical certification exams where recognition of a keyword is enough; Enade items often hinge on a qualifying clause (e.g., 'exceto', 'nesse contexto') buried late in the stem.
What to do instead
Read the entire stem first, underline the command verb and any restriction, then read all alternatives before choosing; discard alternatives by explicit reason rather than by gut feeling.
Writing the discursive (dissertative) answer as a loose opinion essay, ignoring the specific verbs of the prompt (e.g., 'justifique', 'compare', 'proponha').
Candidates misread the discursive section as free-form and do not map the prompt's requirements to a structure before writing.
What to do instead
Before writing, extract the prompt's demands into a short checklist (define, justify, exemplify, conclude) and ensure each item is visibly addressed in a separate paragraph.
Running out of time on the discursive questions because all effort was spent on the objective section.
Objective items feel safer and candidates keep rechecking them; the discursive section is long and requires planning time that is not budgeted.
What to do instead
Set a hard time cap for the objective block, reserve at least the last third of the exam for discursive answers, and practice full-length timed simulations.
Answering the 'componente específico' questions with generic software-engineering slogans instead of engaging the concrete scenario given (e.g., a requirements conflict, a database normalization problem).
Candidates memorize buzzwords from study summaries and try to fit the scenario to the buzzword rather than analyzing the situation described.
What to do instead
For each specific-component item, identify the actual entities, constraints, and trade-offs in the scenario and justify the choice against those constraints, not against a memorized definition.
Ignoring the cross-cutting 'formação geral' competencies (interpretation of texts, charts, and social/environmental issues) and preparing only for technical content.
Candidates assume a computing exam is purely technical and underestimate the weight and reading load of the general-formation items.
What to do instead
Practice interpreting graphs, tables, and argumentative texts weekly, and rehearse connecting technical topics to societal, ethical, and environmental implications.
On Enamed/health-area style items, choosing the clinically or procedurally plausible action without checking it against the stated protocol or evidence in the stem.
Professional experience and intuition dominate, and candidates answer 'what I would do' rather than 'what the described guideline supports'.
What to do instead
Anchor each answer to the explicit criterion in the stem (protocol, guideline, level of evidence) and reject options that are merely common practice when the stem specifies a standard.
Confusing the pedagogical and the technical dimensions in Enade das Licenciaturas items, answering a didactic question with content knowledge or vice versa.
Candidates from teaching-track programs split attention between subject mastery and pedagogy but do not practice classifying which dimension a stem is testing.
What to do instead
Label each practice item as 'content', 'didactic-pedagogical', or 'contextual/social' before answering, and build separate study sets for each dimension.
Describing a teaching plan or classroom intervention without specifying objectives, methodology, and evaluation, producing an incomplete discursive answer.
Candidates know the content but lack a consistent template for pedagogical proposals and write them in narrative form.
What to do instead
Use a fixed structure for pedagogical answers: context, objectives, methodology/activities, resources, evaluation, and justification, and practice applying it to varied prompts.
Leaving questions blank instead of eliminating alternatives and marking a reasoned best guess.
Fear of penalty or perfectionism; candidates do not realize that in most Enade-style scoring a blank scores the same as a wrong answer.
What to do instead
Adopt an elimination protocol: cross out clearly wrong options, pick the best remaining one, and never leave an objective item blank.
Skipping the official answer-key review and the reading of the exam's own framing (competencies assessed per question), so the same reasoning errors repeat across simulations.
Candidates treat mock exams as score checks rather than diagnostic tools and do not connect mistakes to the competency being tested.
What to do instead
After each simulation, log every error with the competency it targeted and the reasoning flaw, then redo those items a week later to confirm the fix.