CT Land Surveyor study plan

Define and distinguish the core retracement concepts: original vs. subsequent survey, unwritten rights, and the hierarchy of boundary evidence, in your own written notes.

Rank the classes of boundary evidence (monuments, courses and distances, area, adjoining deeds, possession) and justify the ranking with at least two case-style scenarios.

Practice applying the rule of monument control by working through five constructed deed-vs-monument conflict problems and writing the resolution rationale for each.

Build a one-page checklist for reading a deed that flags ambiguities, missing calls, and references to unrecorded monuments.

Explain proportional measurement and when it applies versus when it does not, citing the conditions that must hold before redistributing excess or deficiency.

Work ten problems on excess/deficiency distribution along lines and in area, showing the arithmetic step by step.

Describe how to recover and evaluate evidence at a corner: physical monument, accessory, collateral evidence, and testimony, and list what makes each credible.

Draft a field procedure for a retracement of a platted lot that documents evidence before disturbing anything.

Convert between bearings, azimuths, and reverse directions across all four quadrants without error in a 30-item self-test.

Compute closed traverse latitudes, departures, linear error of closure, and precision, and adjust a traverse by compass and transit rules.

Compute areas by coordinate (shoelace) method and by double meridian distance, and verify one against the other.

Apply intersection and resection computations (bearing-bearing, distance-distance, bearing-distance) to at least four constructed cases.

Identify and correct common blunder sources in deed-based computations: quadrant errors, transposed digits, and misread minutes.

Map the chain of title of a sample parcel from a constructed abstract, identifying every conveyance, encumbrance, and gap.

Distinguish the types of deed descriptions (metes and bounds, lot and block, strip, and reference descriptions) and state the failure modes of each.

Explain adverse possession, prescription, and boundary by agreement or acquiescence as doctrines, and note how each interacts with record title.

Outline the role of a surveyor's plat and map in the recording system and what must appear on a recordable map.

Draft a short client-facing memo explaining why a survey does not itself convey or guarantee title.

Explain the geoid, ellipsoid, and datum relationships and convert between geodetic, state plane, and ground coordinates in at least five worked examples.

Compute scale factor, elevation (sea-level) factor, and combined factor, and state when each correction is required for a boundary survey.

Describe horizontal and vertical control network design, including order and class concepts, and select appropriate monumentation for a project.

Perform a GNSS static or RTK observation planning exercise: satellite geometry, session length, and check-shot design.

Compute a state plane coordinate from geodetic position and back, showing each intermediate value.

Explain the photogrammetric geometry of overlapping imagery, parallax, and stereoscopic measurement, and compute scale and relief displacement for given flight parameters.

Compare LiDAR, orthoimagery, and traditional photogrammetry for boundary-evidence and topographic-mapping use, stating accuracy limits of each.

Design a subdivision layout for a constructed parcel: street geometry, lot areas, setbacks, and drainage considerations, and check it against zoning-style constraints you define.

Prepare a construction stakeout plan for a building and utility line, including setting-out computations, checkpoints, and an as-built verification step.

Write a quality-control checklist for a topographic and boundary survey deliverable.

Apply a structured ethical decision framework to at least four constructed dilemmas: undisclosed error, client pressure to alter a boundary, undisclosed conflict of interest, and competence limits.

Draft a compliant engagement letter and scope of services that defines deliverables, exclusions, and reliance limits.

Summarize the surveyor's regulatory obligations in Connecticut: licensure, continuing education, seal and signature use, and record retention, citing the applicable statute or regulation for each.

Build a table of Connecticut minimum standards for boundary surveys, tying each standard to the field or office procedure that satisfies it.

Explain the certificate of location or similar Connecticut-specific deliverable and when it is required.

Take a timed 100-question mixed practice exam weighted to the domain percentages and score it by domain.

Re-study the two weakest domains from the practice exam and re-solve every missed item to a correct written rationale.

Rehearse the highest-risk computations (traverse closure, excess/deficiency, scale factors) under time pressure until each is completed accurately.

Assemble a one-page formula and doctrine sheet from your own notes for final review.

Confirm exam-day logistics and set a final-week review schedule that revisits every domain at least once.