ENADE Arquitetura e Urbanismo common mistakes
ENADE Arquitetura e Urbanismo · Understand the traps and how to avoid them.
When asked to justify a zoning or land-use answer, the candidate cites the general principle of the 'social function of the city' or the master plan's general objectives instead of the specific parameter (lot coverage, floor-area ratio, setback, minimum lot size) defined for the zone in question.
Exam prompts often quote a scenario that closely resembles a textbook discussion of urban policy, so candidates reach for the broad constitutional/statutory language they memorized and never convert it into the numeric or dimensional index the zone actually imposes; the result reads as a civic essay rather than an urbanistic calculation.
What to do instead
Before writing, extract from the prompt the zone, use, and lot data, and build a small parameter table (permeability rate, occupancy coefficient, floor-area ratio, setbacks, height limit). Answer by applying each index to the given numbers and only then add one sentence of legal grounding. Practice by taking a real municipal zoning table and solving five hypothetical lots per session.
Treats the floor-area ratio, occupancy coefficient, and permeability rate as interchangeable or as simple percentages of the lot, so the calculated built area or impermeable area is wrong even when the candidate knows the definitions verbally.
These indices are usually learned as verbal definitions in legislation courses, and the arithmetic relationships between them (built area = ratio x lot area; footprint = coefficient x lot area; the two are independent) are rarely drilled. Under time pressure the candidate substitutes whichever formula comes to mind.
What to do instead
Drill a fixed worksheet: given lot area, ratio, coefficient, and permeability, compute maximum built area, maximum footprint, maximum number of floors implied, and maximum impermeable surface, then check that footprint <= built area and that the number of floors is an integer. Do this for ten lots of varying size until the formulas are automatic.
Describes a heritage intervention in purely preservationist terms (freeze the building, restore original features) without distinguishing the doctrinal categories of preservation, restoration, rehabilitation, retrofit, and adaptive reuse, or without justifying reversibility and minimum intervention.
Candidates conflate all conservation actions under 'restore', a habit reinforced by everyday vocabulary. They then fail to state which doctrinal principle authorizes a given new element (a structural reinforcement, a new stair, a contemporary addition) and cannot argue why the intervention is defensible.
What to do instead
Memorize a compact decision framework: identify the value being protected (material, documentary, use value), choose the least invasive action that sustains it, and state reversibility and distinguishability explicitly. Practice writing three-paragraph justifications for hypothetical interventions (seismic reinforcement, new accessibility lift, roof replacement) naming the action category and the principle invoked.
When a heritage question involves a listed building, the candidate answers only with aesthetic or historical arguments and omits the procedural layer: what the listing level permits, which body must approve the intervention, and what documentation (inventory, condition survey, intervention project) is required before work begins.
Studio culture emphasizes design intent, so the administrative and legal steps feel like paperwork rather than exam content. Candidates also mix up the roles of the federal heritage institute, state and municipal bodies, and the approval sequence.
What to do instead
Build a one-page flowchart of the approval chain for each listing level (federal, state, municipal) and rehearse it against scenarios: repainting a facade, adding a mezzanine, demolishing an annex. Always end heritage answers with a short procedural paragraph naming the approving body and the required instruments.
Answers a thermal-comfort question by naming a strategy (cross ventilation, shading, thermal mass) without linking it to the climate context, the building's use and occupancy schedule, and the specific comfort variable it addresses, so the recommendation is generic and sometimes counterproductive.
Comfort content is often studied as a list of passive strategies detached from psychrometric reasoning. Without a habit of reading the climate data and the occupancy pattern first, candidates apply the same solution to hot-humid and cold-dry situations.
What to do instead
Adopt a fixed answer template: climate zone and dominant stressor, occupancy hours, comfort variable at risk, passive strategy, and expected mechanism plus its failure condition (for example, thermal mass helps only with adequate diurnal swing and night ventilation). Practice on five Brazilian climate contexts, writing one paragraph each with the failure condition included.
Confuses daylighting metrics and units, mixing illuminance (lux) with luminance (candela per square meter) and with daylight factor percentages, or asserting that a given daylight factor guarantees visual comfort regardless of orientation and sky condition.
The quantities share vocabulary and are usually memorized as numbers without physical meaning. Candidates also treat the daylight factor as an absolute performance guarantee, ignoring that it is a ratio under an overcast sky and says nothing about glare.
What to do instead
Anchor each quantity to a physical definition and a typical value: illuminance for a task, luminance of a surface, daylight factor as interior-over-exterior illuminance under overcast sky. Then, for any recommendation, add one glare-control measure (external shading, light shelf, high-reflectance ceiling) and state the orientation assumption.
Uses structural or construction terminology imprecisely, for example describing a slab as 'supported by the beam' when the load path runs the other way, or calling any rigid frame a 'truss', so the load-path explanation in a technology answer is internally inconsistent.
Terms are absorbed from studio conversation rather than from free-body reasoning, and candidates rarely draw the load path. Under exam pressure they narrate the sequence in the order the elements are built rather than the order forces travel.
What to do instead
For every structural answer, sketch the load path arrow by arrow from the surface to the foundation before writing, and name each element by its structural role (one-way slab, beam, column, footing). Keep a personal glossary of ten frequently confused pairs (beam/slab, truss/portal frame, retaining wall/shear wall) and test yourself weekly.
In a topography or grading question, computes slope as a percentage of the horizontal distance in one item and as an angle in another, or proposes a ramp or drainage grade that violates the accessibility limit, without stating which convention was used.
Slope is taught in both conventions and the exam prompt rarely restates the convention. Candidates also recall the accessibility maximum ramp grade loosely and apply it to terrain drainage, where different limits apply.
What to do instead
State the convention in the first line of every calculation ('slope = vertical/horizontal, expressed in percent'). Keep a small card of the relevant limits: maximum accessible ramp grade and required landings, minimum drainage grade for paved surfaces, and typical cut-and-fill ratios. Recompute each answer twice with the opposite convention to confirm consistency.
Answers a formation-general question on ethics, environment, or technology-and-society by asserting a personal opinion or a slogan ('technology always improves life', 'sustainability is everyone's duty') without identifying the conflicting values, the affected parties, or a concrete trade-off.
These items look like opinion prompts, so candidates relax analytical discipline. They also underestimate how much weight the general-formation section carries in the final score and prepare for it only superficially.
What to do instead
Use a three-step structure for every such item: identify the stakeholders and their interests, name the values in tension (efficiency versus equity, privacy versus security, cost versus environmental cost), then take a position and state the condition under which it would change. Practice on ten short scenarios, keeping each answer to a tight paragraph.
Produces a project or urban-design justification that lists programmatic elements and inspirations but never states the parti, the circulation logic, and how the proposal responds to the site (orientation, access, topography, neighboring uses), leaving the design intent unverifiable.
Studio reviews reward visual presentation, so candidates describe what the drawing shows rather than the reasoning behind it. In a written exam this becomes an inventory of rooms and references with no argument connecting site analysis to formal decisions.
What to do instead
Write every justification in a fixed four-part order: site reading and constraints, parti in one sentence, circulation and access logic, and the two or three decisions that follow from the site reading. Rehearse by writing 120-word justifications for three of your own studio projects and checking that each site constraint appears again as a design decision.