LARE Section 1 common mistakes
LARE Section 1 · Understand the traps and how to avoid them.
Answering legal and administrative questions by intuition about how a design office works, rather than by the actual statutory framework the exam tests (contract formation, lien rights, permitting authority, professional liability).
Most candidates have years of practical experience but have never read the statutes, ordinances, and standard contract language that govern practice. Familiarity feels like knowledge, so they skip the source documents.
What to do instead
Build a one-page reference for each governing topic: what creates a binding contract, who holds the seal and what it covers, which entity issues which permit, notice and lien deadlines, and the standard-of-care definition. Cite the actual source for each line and re-read the sources, not summaries, until you can state the rule without notes.
Treating the exam as a design-studio exercise and producing beautiful drawings that omit required technical content (grading with spot elevations and flow arrows, drainage calculations, construction details, specification notes, quantities).
Candidates rehearse the graphic skills they use daily and neglect the documentation skills they delegate or rarely perform under time pressure. The exam scores completeness of the solution, not presentation quality.
What to do instead
Practice full-length prompts under a timer with a fixed checklist taped to the desk: existing conditions, proposed contours, spot elevations at every break, drainage arrows and calculations, walls, utilities, planting, details, notes, and a quantity takeoff. Score your own work against the checklist before looking at any reference solution.
Misreading the prompt's program - solving for the wrong use, missing an explicit constraint, or ignoring a stated budget, phasing requirement, or client priority buried in the narrative.
Under time pressure candidates skim the prompt once and start drawing, anchoring on the first idea. Later constraints contradict the early layout, but sunk effort makes them reluctant to restart.
What to do instead
Spend the first several minutes doing nothing but extracting requirements into a numbered list with quantities and hard constraints, then restate the problem in one sentence before drawing. Re-read the list at each major decision point and be willing to discard a layout that violates a stated constraint.
Ignoring site engineering fundamentals - assuming drainage flows a certain way without checking contours, forgetting that water must be directed away from structures, or placing improvements where slopes exceed allowable grades.
Many candidates come from design backgrounds where engineering is done by consultants. They estimate rather than compute, and they do not verify slope percentages against standards.
What to do instead
Drill slope calculation until it is automatic (rise over run, converted to percent, checked against maximum and minimum allowable grades for walks, ramps, drives, and turf). On every practice plan, trace the drainage divide and flow path explicitly and mark inlet locations before laying out any program element.
Failing to reconcile horizontal and vertical information - plan dimensions that do not match the section, spot elevations inconsistent with contours, or a detail that cannot be built as drawn.
Plans, sections, and details are usually produced separately and candidates rarely cross-check their own work. The exam deliberately rewards internal consistency.
What to do instead
Before finishing any graphic response, run a consistency pass: pick three points and verify that plan, section, and spot elevations agree; check that every detail references a location on the plan; confirm that dimensions sum correctly. Make this pass a mandatory, timed step in every practice session.
Managing time badly - over-investing in one graphic problem or one cluster of questions and leaving later items blank or rushed.
Candidates want to perfect the item in front of them and lose track of the total budget. Unanswered items score zero regardless of quality elsewhere.
What to do instead
Set a per-item time budget before starting and use a visible timer with checkpoints. Practice answering every item at least minimally before returning to refine, and rehearse the discipline of abandoning a stalled problem at the checkpoint.
Skipping or under-preparing for the multiple-choice portion because the graphic portion feels harder, then losing easy points on terminology, project management, and plan-reading questions.
Candidates assume the graphic section is where the exam is won and allocate study time accordingly, even though the scored sections are weighted and each must be passed.
What to do instead
Allocate study time proportionally to the published section structure and take full-length practice sets for every section, including the question-based ones. Track accuracy by topic and drill the weakest topics rather than re-reading familiar material.
Using personal office conventions as the answer - drawing to a house style, using firm-specific symbols, or applying one jurisdiction's code - instead of the conventions and standards the exam expects.
Habit is efficient and feels correct. Candidates do not realize that an unlabeled or nonstandard symbol is unreadable to a grader who has never seen their office's drawings.
What to do instead
Adopt a neutral, fully labeled graphic vocabulary: north arrow, scale, legend for every symbol, labeled contours and spot elevations, and explicit notes. Practice with a fixed symbol set and verify that a stranger could read each sheet without explanation.
Not reading the referenced standards and reference materials, relying instead on memory of a prep course or on-the-job exposure.
The exam tests specific published content, and secondhand summaries drop the exact definitions and thresholds that questions hinge on. Candidates underestimate how literal the tested content is.
What to do instead
Work directly from the primary references on the exam's published list, taking structured notes with page citations. For each major topic, write the definition and the numeric thresholds from the source, then test yourself on them without notes.
Failing to prepare the exam-day logistics and tools - unfamiliar scales, missing drafting equipment, no plan for the software or delivery format, and no rehearsal under full time and format conditions.
Candidates study content but never simulate the actual conditions, so mechanical friction consumes time and attention that should go to the problems.
What to do instead
Run at least two full mock exams under real conditions using exactly the tools and format you will have on exam day. Verify each instrument, scale, and template in advance, and rehearse a setup routine so the first minutes of the exam are spent reading the prompt, not hunting for equipment.