NV Land Surveyor study plan
NV Land Surveyor · Give each week a clear focus.
8 weeks · About 6 hours per week
Surveying fundamentals (official NCEES FS content domains not enumerated in source) & Surveying methods and computations (official NCEES FS content domains not enumerated in source)
Convert between bearings and azimuths, including back bearings and magnetic vs. true north, until you can do 20 conversions without error
Compute latitudes and departures for a closed traverse and identify the linear misclosure and precision ratio
Adjust a closed traverse by the compass (Bowditch) rule and by the transit rule, and explain when each is preferred
Solve horizontal and vertical curve element problems (PC, PI, PT, R, T, L, E, M, and elevations along a vertical curve)
Your checkpoint
A worked problem set of 25 traverse and curve computations with answers, error checks, and a one-page formula sheet you wrote yourself
Surveying fundamentals (official NCEES FS content domains not enumerated in source) & Surveying methods and computations (official NCEES FS content domains not enumerated in source)
Solve coordinate geometry problems: inverse between points, area by coordinates, area by DMD, and intersection of two lines
Compute missing traverse elements (distance, bearing, or coordinates) given partial data for a closed or link traverse
Perform level-loop adjustments, including misclosure distribution and order-of-accuracy checks
Explain the difference between geodetic and plane surveying and state when each applies
Your checkpoint
A timed 40-question practice set on fundamentals and computations, scored, with every missed item rewritten as a corrected worked solution
Surveying applications (official NCEES FS content domains not enumerated in source) & Surveying methods and computations (official NCEES FS content domains not enumerated in source)
Compute horizontal and vertical curve stakeout values, including deflection angles and chord lengths for a simple curve
Solve earthwork volume problems using average end area, prismoidal formula, and borrow/pit volumes
Compute cut and fill from cross-section data and check your result against a second method
Derive coordinates of a point set by bearing-bearing or distance-distance intersection and verify by inverse
Your checkpoint
A stakeout and earthwork problem packet (15 problems) with a labeled sketch for each, completed without reference notes
Surveying fundamentals (official NCEES FS content domains not enumerated in source) & Surveying applications (official NCEES FS content domains not enumerated in source) & Surveying methods and computations (official NCEES FS content domains not enumerated in source)
Complete a full-length timed practice exam under exam conditions and record your score by domain
Rank your three weakest computational topics by error count and write a remediation list for each
Re-solve every missed item from the practice exam until each is correct without notes
Build a one-page reference card of formulas you repeatedly had to look up
Your checkpoint
A scored practice exam with a written error analysis table listing topic, error type (concept, computation, misread), and corrective action
Surveying applications (official NCEES FS content domains not enumerated in source) & Professional practice and ethics (official NCEES FS content domains not enumerated in source)
Describe the proper procedure for setting, checking, and recording a horizontal and vertical control network, including redundant measurements
Explain the purpose and required content of field notes, and identify what makes a note legally defensible
Apply the concepts of boundary evidence hierarchy (monuments over distances, distances over area) to short scenarios
Identify the roles of the surveyor, client, and reviewing agency in a typical boundary or ALTA survey
Your checkpoint
A written set of field-note standards for a fictional firm plus five boundary-evidence scenarios with a reasoned decision for each
Professional practice and ethics (official NCEES FS content domains not enumerated in source) & Surveying applications (official NCEES FS content domains not enumerated in source)
Apply the canons of ethics for land surveyors to at least ten short ethical dilemma scenarios and justify each answer
Explain the surveyor's duty regarding monument preservation and the legal consequences of removing or disturbing monuments
Describe the requirements for a record of survey or corner record and when each is required
Identify the elements of a valid contract for surveying services and the surveyor's standard of care
Your checkpoint
A 10-scenario ethics and professional-practice answer set, each with the governing principle cited in your own words
Surveying fundamentals (official NCEES FS content domains not enumerated in source) & Surveying applications (official NCEES FS content domains not enumerated in source) & Surveying methods and computations (official NCEES FS content domains not enumerated in source) & Professional practice and ethics (official NCEES FS content domains not enumerated in source)
Re-take a full-length timed practice exam and compare your domain scores to week 4
Drill any domain still below 70 percent with 30 targeted problems
Review and correct your one-page formula sheet and reference card for accuracy and completeness
Practice reading and interpreting a plat description: metes and bounds, curve data, and area closure
Your checkpoint
A second scored practice exam with a week-over-week comparison chart by domain and a final list of remaining weak topics
Professional practice and ethics (official NCEES FS content domains not enumerated in source) & Surveying fundamentals (official NCEES FS content domains not enumerated in source)
Complete a final mixed review of 60 problems drawn from all four domains, timed at exam pace
Recite from memory the key ethics and professional-practice principles and the core computational formulas
Review your error analysis tables and confirm every previously missed item is now solvable without notes
Plan exam-day logistics: allowed references, calculator policy, time allocation per question, and a pacing strategy
Your checkpoint
A final readiness summary: last practice score by domain, a confirmed no-notes pass on all previously missed items, and a written exam-day pacing plan
Milestones
Week 2: Score at least 70 percent on the 40-question timed fundamentals and computations set, and show a complete adjusted closed traverse with a stated precision ratio
Week 4: Complete a full-length timed practice exam with a recorded score by domain and a written error analysis identifying your three weakest topics
Week 6: Correctly resolve at least 8 of 10 ethics and professional-practice scenarios with a stated governing principle for each
Week 8: Score at least 80 percent on the final mixed timed set, with no domain below 70 percent and all previously missed items solved without notes