KY Land Surveyor study plan
KY Land Surveyor · Give each week a clear focus.
8 weeks · About 7 hours per week
Legal Principles of Land Surveying
Build a one-page timeline of Kentucky surveying statutes and administrative regulations, listing the citation, effective year, and one-sentence summary for each major act or amendment you can verify from primary sources
Explain in writing how the Public Land Survey System applies in Kentucky, including why the Virginia and Jackson Purchase metes-and-bounds areas differ from the rectangular system
Define each term in the statutory vocabulary of boundary law (monument, course, distance, adjoiner, senior right) and give one Kentucky-flavored example of each
Draft a 15-question self-quiz on statutory definitions and licensure rules, then score yourself and log every miss by cause
Your checkpoint
A dated 15-question self-quiz with an answer key, a scored result, and a written list of every missed concept with its citation
Legal Principles of Land Surveying & Boundary Determination and Retracement
Rank the rules of construction for conflicting boundary evidence (natural monuments, artificial monuments, courses and distances, area) and justify the ranking with case-law reasoning rather than memorized slogans
Analyze three hypothetical deed-conflict scenarios and write the controlling rule you would apply and the residual ambiguity you would flag to a client
Explain the distinction between a retracement survey and an original survey, and describe what a retracing surveyor may and may not do when evidence is ambiguous
Summarize the elements of adverse possession and prescription as they are commonly argued in Kentucky and identify which elements surveyors can and cannot opine on
Your checkpoint
A written conflict-resolution matrix covering at least 10 evidence-conflict pairings, each with the controlling rule, a justification, and the exception that would flip the outcome
Boundary Determination and Retracement
Describe a step-by-step field procedure for evidence recovery and monument rehabilitation that preserves the original position and documents condition before and after
Practice proportioning and proration methods on at least five worked examples, showing when each method is defensible and when it is not
Draft the structure of a boundary survey report that separates measured facts, recovered evidence, and professional opinion
Identify how riparian and littoral boundaries, avulsion, accretion, and reliction are typically treated and where the surveyor's role ends and the legal role begins
Your checkpoint
A complete boundary survey report template with a filled-in worked example for one hypothetical parcel, including evidence table, proportioning computation, and opinion section
Measurement and Geospatial Data Acquisition
Compare total station, GNSS static, RTK, and network RTK for boundary work, listing accuracy expectations, failure modes, and appropriate redundancy for each
Explain how to design and check a control network, including closure, redundant observations, and adjustment diagnostics you would actually review
Set up and document a field-to-office workflow that captures metadata (datum, epoch, observation log, equipment serials) required for defensible coordinates
Practice converting between geodetic and projected coordinates conceptually, identifying when a grid-to-ground scale factor matters for a boundary measurement
Your checkpoint
A written measurement plan for one hypothetical 40-acre boundary survey specifying instrument, method, redundancy, accuracy target, and the acceptance criteria you would apply before leaving the field
Survey Computations and Coordinate Systems
Work at least 10 traverse and coordinate-geometry problems by hand, including closure, area by coordinates, and inverse computations, without software
Explain Kentucky's coordinate reference framework, including which projections and datums are in use and how to state a coordinate unambiguously with datum and epoch
Compute and interpret scale factor, elevation factor, and combined factor for sample points and explain the effect of each on a measured distance
Diagnose an adjustment by inspecting residuals, reference variance, and error ellipses, and write what you would accept or reject and why
Your checkpoint
A computation workbook of 10 solved problems with intermediate steps shown, plus a one-page interpretation guide for reading an adjustment report
Mapping, Platting, and Land Development
Explain the platting process in Kentucky from preliminary plat through recording, identifying which approvals are local and which are statutory
List the elements a record plat must contain to be defensible and check a sample plat against that list
Describe subdivision design constraints (setbacks, easements, drainage, access) and how they interact with boundary geometry
Interpret a zoning and subdivision regulation excerpt and translate it into geometric requirements a surveyor must satisfy on a plat
Your checkpoint
A redline review of a hypothetical plat against a 20-item compliance checklist, with each deficiency tied to the requirement it violates
Professional Practice and Ethics & Survey Computations and Coordinate Systems
Apply the standards of professional conduct to at least five ethical scenarios (contingent fees, client pressure to alter a boundary opinion, undisclosed conflicts of interest, stamping work you did not supervise) and write the defensible course of action for each
Describe the scope of practice and licensure obligations that constrain what a Kentucky land surveyor may sign and seal
Explain the surveyor's duties regarding records, client confidentiality, and reporting of errors, and identify the practical consequences of each failure
Revisit and re-solve your five weakest computation problems from week 5 without notes
Your checkpoint
A five-scenario ethics decision log, each with the competing pressures, the controlling standard, the chosen action, and the reasoning
Legal Principles of Land Surveying & Boundary Determination and Retracement & Measurement and Geospatial Data Acquisition & Survey Computations and Coordinate Systems & Mapping, Platting, and Land Development & Professional Practice and Ethics
Assemble every self-quiz and workbook miss from weeks 1 through 7 into a single ranked weakness list and re-solve the top 20 items cold
Take one full-length timed practice exam under exam conditions and score it by domain to find where time is actually being lost
Rewrite your three most error-prone procedures (likely evidence ranking, proportioning, and adjustment review) as one-page decision aids you can recall under pressure
Complete a final review pass over your citation timeline and confirm every citation you plan to rely on is one you can verify
Your checkpoint
A scored timed practice exam with a per-domain breakdown and a final one-page recall sheet of the decision aids and citations you will use on exam day
Milestones
Week 2: You can state the controlling rule for any evidence conflict and defend it with reasoning, not just a ranked list
Week 4: You have produced a measurement plan and a boundary report template that a reviewer could follow without asking you questions
Week 6: You can review a plat against written requirements and explain each deficiency by citation
Week 8: Your timed practice score by domain shows no domain below a comfortable pass margin, and every remaining weakness has a named remediation step