ID Land Surveyor study plan
ID Land Surveyor · Give each week a clear focus.
8 weeks · About 6 hours per week
Principles and Practice of Surveying
Inventory the full NCEES PS exam topic list and map each topic to a personal confidence score from 1 to 5
Define the legal and ethical framework: distinguish the surveyor's duty to the public, licensure boundaries, and standards of care in boundary work
Build a one-page reference sheet of the surveyor's core math constants and unit conversions used in field and office calculations
Practice 15 unit-conversion and significant-figure problems under timed conditions
Your checkpoint
A scored topic inventory spreadsheet covering every PS content area plus a one-page constants and conversions reference sheet
Principles and Practice of Surveying
Solve coordinate geometry problems: inverse and forward computations, bearings, azimuths, and area by coordinates
Compute horizontal and vertical curves from given elements, including stationing, offsets, and sight distances
Work through traverse adjustment by compass rule and transit rule, then compare results
Explain the hierarchy of evidence in boundary retracement and apply it to two hypothetical deed-versus-occupation conflicts
Your checkpoint
A worked problem set of 20 coordinate geometry, curve, and traverse adjustment problems with a written evidence-hierarchy summary
Principles and Practice of Surveying
Interpret deeds, plats, and descriptions: metes and bounds, lot and block, and aliquot parts, identifying ambiguities and controlling calls
Compute area and closure for an irregular parcel described only in narrative form
Distinguish simultaneous versus sequential conveyances and their effect on junior-senior rights
Draft corrected boundary descriptions for two defective deed scenarios
Your checkpoint
Two corrected boundary descriptions with a written justification citing controlling elements for each
Principles and Practice of Surveying
Review the Public Land Survey System: township and range numbering, section subdivision, and the rules for meander lines and closing corners
Reconstruct aliquot part boundaries and compute acreage for fractional sections
Identify the correct corner monumentation and perpetuation procedures for lost and obliterated corners
Complete a timed 40-question mixed practice set spanning the first four weeks
Your checkpoint
PLSS reconstruction worksheet for three fractional sections plus a timed practice score log with error analysis
Principles and Practice of Surveying
Apply horizontal and vertical datum concepts: geoids, ellipsoids, orthometric versus ellipsoidal heights, and datum transformations
Compute state plane coordinates, scale factors, and combined factors for a sample baseline
Explain GPS/GNSS positioning modes, error sources, and the role of RTK and network corrections in boundary surveys
Compare total station, level, and GNSS methods for a stated accuracy requirement and justify the choice
Your checkpoint
A datum and GNSS decision memo answering a realistic project scenario with computed scale and combined factors
Principles and Practice of Surveying
Design and check a level loop and a traverse for allowable misclosure against project accuracy standards
Compute earthwork volumes by average end area and prismoidal methods and reconcile the difference
Explain construction layout procedures for horizontal and vertical control, including stakeout tolerances
Interpret topographic mapping, contour characteristics, and LiDAR or photogrammetric deliverables for accuracy and fitness of use
Your checkpoint
A construction layout and earthwork package: level loop adjustment, traverse closure check, and volume computation with a written accuracy statement
Principles and Practice of Surveying
Review the business and professional practice content: contracts, liability, records retention, and the surveyor's role in the project team
Analyze case-style scenarios on negligence, standard of care, and conflict of interest
Revisit the lowest-scoring topics from the week 1 inventory and close at least three knowledge gaps
Complete a full-length timed practice exam under exam-day conditions
Your checkpoint
A full-length timed practice exam score report with a prioritized list of remaining weak areas
Principles and Practice of Surveying
Drill weak areas identified in the full-length exam until each reaches a target accuracy threshold
Rehearse the reference materials and calculator functions permitted on exam day
Practice pacing strategy across question blocks and decision rules for skipping and returning
Recite the key legal, ethical, and boundary principles from memory in a self-quiz
Your checkpoint
A final readiness summary showing target accuracy met on every previously weak topic plus a written exam-day pacing plan
Milestones
Week 2: Score at least 70 percent on a self-graded set of 20 coordinate geometry, curve, and traverse problems, and correctly classify evidence priority in both boundary conflict scenarios
Week 4: Achieve 65 percent or higher on the timed 40-question mixed set and correctly reconstruct all three fractional section acreages within 1 percent
Week 6: Produce a level loop and traverse closure within stated allowable misclosure and explain the volume difference between average end area and prismoidal methods
Week 7: Complete the full-length practice exam within time and record a score baseline with a written list of the five weakest topics
Week 8: Reach the target accuracy threshold on every previously weak topic and demonstrate a complete, timed exam-day pacing plan