CO Land Surveyor study plan

Build a one-page error budget for boundary retracement (instrument centering, target centering, EDM, angular closure) and compute propagated uncertainty for a 6-point closed traverse

Draft a step-by-step retracement checklist that orders evidence from best to weakest (original monuments, undisturbed accessory evidence, record measurements, collateral parol evidence)

Summarize Colorado boundary-relevant statutes and case law themes (monument control, acquiescence, adverse possession elements, junior-senior rights) into a citation table with holding and practical effect

Solve 10 proportional-adjustment and lost-corner re-establishment problems using single- and double-proportion methods, documenting each assumption

Reconstruct PLSS hierarchy (principal meridian, baseline, standard parallels, township, section, aliquot parts) and label a self-drawn township diagram with all corner types

Differentiate corner types (original, existent, obliterated, lost, meander, closing) and select the correct re-establishment procedure for each

Apply PLSS subdivision and proportioning rules to 8 practice scenarios including fractional lots, meander lines, and government lots along a navigable boundary

Explain the distinction between Colorado state-owned and federally administered land status relevant to cadastral records

Compute state plane coordinates in the Colorado Central and North zones from geodetic positions, including scale factor, elevation factor, and combined factor

Convert between geodetic, geocentric, and grid coordinates and identify the datum, epoch, and projection parameters in use

Assemble the control hierarchy for a project (CORS/NGS passive marks, OPUS solution, local traverse) and state accuracy standards for each tier

Interpret an NGS datasheet, including stability, recovery notes, and superseded positions

Design and reduce a GNSS static or RTK session, including PDOP planning, baseline length limits, and redundancy checks against an independent control source

Perform a full least-squares adjustment of a small network by hand or spreadsheet, reporting residuals, reference variance, and error ellipses

Propagate coordinate uncertainty into stakeout tolerances and justify whether a given tolerance is achievable with the chosen equipment

Diagnose common blunders (antenna height, wrong datum, scale factor omission) from residual patterns

Reduce field observations (horizontal angles, distances, level loops) and compute closures against NGS and Colorado minimum standards

Build a horizontal and vertical alignment with stationing, curve data (simple, compound, spiral), and superelevation transitions

Generate a grading plan with spot elevations, contours, and earthwork volumes by average end area and by prismoidal method

Set up a construction stakeout workflow including batter boards, offset stakes, and as-built verification

Trace a Colorado subdivision and platting process from pre-application through final plat recording, identifying the surveyor's statutory duties at each step

Draft compliant legal descriptions (metes and bounds, aliquot parts, and combination descriptions) and critique three defective descriptions

Identify Colorado-specific practice requirements: licensure, firm registration, seal and signature rules, records of survey, and monumentation obligations

Outline a quality-control and field-note retention system that satisfies professional and statutory expectations

Work through the NCEES-style ethical decision framework and apply it to 12 scenarios involving conflicts of interest, competency limits, and third-party reliance

Map Colorado Board rules on unprofessional conduct, mandatory reporting, and continuing education to concrete field and office behaviors

Resolve boundary disputes using the hierarchy of evidence and prepare a written opinion letter suitable for a client or attorney

Analyze the surveyor's role as expert witness, including deposition preparation and standards-of-care testimony

Complete two full-length timed practice exams under exam conditions and score each domain separately

Re-teach the three weakest domains using condensed notes and rework every missed item to a correct, explained solution

Memorize and self-quiz the high-yield reference set (PLSS rules, adjustment formulas, curve formulas, Colorado statutes) to 90 percent recall

Finalize an exam-day logistics and time-allocation plan