NJ Land Surveyor study plan

Inventory the NCEES FS topic outline and map each topic to a self-rated confidence score from 1 to 5.

Compute horizontal and vertical curve elements (tangents, external, middle ordinate, high/low point) for five worked problems without notes.

Convert bearings to azimuths and back, and close a five-course traverse by compass rule to within 1:5000 precision.

Set up a spaced-repetition deck covering unit conversions, area/volume formulas, and trigonometric identities, and seed it with 60 cards.

Solve 20 coordinate geometry problems (inverse between points, line-line intersection, point-to-line offsets) using only a calculator.

Derive and apply area computations by coordinate method and by DMD for three irregular parcel descriptions.

Calculate horizontal and vertical curve stakeout values for a compound curve and a crest curve with unequal tangent lengths.

Explain the difference between geoid, ellipsoid, and datum in writing, and state when each matters for a boundary survey.

Reduce a differential leveling field book including three-wire readings, and compute misclosure against the allowable tolerance for a stated order.

Compute angular misclosure and apply an equal-distribution adjustment to a closed traverse.

Perform a traverse area computation and check it against a second method.

Convert between grid, ground, and geodetic distances using combined factor, and state the sign conventions.

Solve 15 photogrammetry and remote sensing items covering scale, relief displacement, and flight line spacing.

Compute cut and fill volumes by average end area and by prismoidal formula for three cross-section pairs.

Work 10 GIS and mapping questions on coordinate systems, raster vs. vector, and metadata.

Complete a timed 55-question FS mock section and score it against the answer key.

Draft a boundary retracement analysis for a metes-and-describes parcel, ranking conflicting calls by the rules of construction.

Apply the hierarchy of evidence (natural monuments, artificial monuments, courses and distances, area) to four ambiguous scenarios and justify each ranking.

Summarize the elements of adverse possession, prescription, and unwritten rights as they affect a surveyor's opinion, without citing state-specific statutes.

List the standard contents of an ALTA/NSPS Land Title Survey and identify which items require client or title company input.

Explain riparian and littoral boundary doctrine, accretion, reliction, avulsion, and erosion, and apply each to a described fact pattern.

Describe the public land survey system hierarchy and compute aliquot part descriptions and closing corners for three townships.

Outline the subdivision platting process including dedication, easements, and governing review authority.

Identify the surveyor's standard of care and typical liability exposure, distinguishing negligence from breach of contract.

Design a horizontal and vertical alignment for a hypothetical subdivision road meeting stated design speed and sight distance criteria.

Compute earthwork quantities and mass-haul for a small site, and produce a balanced earthwork summary.

Size a storm drainage system using the rational method for a 5-acre drainage area, showing every step.

Review construction plan sheets for errors in plan/profile coordination and list every discrepancy found.

Complete two timed 55-question mock sections, one FS and one PS, under exam conditions with no references.

Re-drill every missed item from all prior weeks until each is answered correctly twice in a row.

Write out from memory the key formulas, legal rules, and design criteria most likely to be tested, then verify against references.

Build a final one-page exam-day sheet limited to items you have personally gotten wrong at least once.