MO Land Surveyor study plan

Map the Missouri boundary retracement decision tree: identify the controlling elements for original government corners, lost corners, and ambiguous evidence under Missouri case law.

Compare the statutory definition of practice and minimum standards (20 CSR 2030-6) against boundary retracement procedures, listing where they intersect.

Create a one-page checklist for field evidence collection that satisfies both retracement principles and Missouri minimum standards.

Solve 15 boundary retracement scenarios (paper problems) applying the hierarchy of evidence and document the reasoning for each.

Analyze 10 PLSS retracement problems focusing on proportioning, single and double proportion, and meander line issues.

Explain how Missouri treats federal land grants and the PLSS within its boundaries, including the role of the original surveys.

Draft a retracement report for a hypothetical subdivision lot that addresses original corners, occupation, and unwritten rights.

Compare PLSS corner restoration methods (e.g., BLM manual) with Missouri-specific case law and statutory requirements.

Outline the Missouri subdivision platting process from pre-application to recording, noting statutory deadlines and approval authorities.

Identify the minimum standards for plat content and survey accuracy in Missouri and apply them to a sample plat.

Review the Missouri statutes on corner perpetuation and monumentation, and list the requirements for filing corner records.

Create a compliance checklist for a subdivision plat that integrates PLSS, statutory, and local requirements.

Solve 10 coordinate transformation problems between NAD27, NAD83, and Missouri State Plane Coordinate System (SPCS) zones.

Explain the Missouri SPCS zones (East, Central, West) and the projection parameters, including scale factors and convergence.

Compare total station, GNSS, and digital level performance for typical Missouri survey tasks, listing accuracy and limitations.

Calibrate a total station and a GNSS receiver (simulated or real) and document the procedure and results.

Design a control survey for a 40-acre parcel that meets Missouri minimum standards for horizontal and vertical accuracy.

Perform a least-squares adjustment of a small network (simulated data) and interpret residuals and error ellipses.

Evaluate the impact of atmospheric corrections and instrument errors on GNSS-derived coordinates in Missouri.

Prepare a field procedure for GNSS static and RTK surveys that addresses Missouri-specific issues (e.g., tree cover, multipath).

Generate a topographic map from a point cloud or total station data, ensuring compliance with Missouri minimum standards for mapping.

Compute earthwork volumes for a small site using both average end-area and prismoidal methods, and compare results.

Set out a horizontal curve and a vertical curve for a hypothetical road, documenting the calculations and field checks.

Integrate boundary evidence into a topographic survey, showing how to depict encroachments and easements.

Analyze 10 ethics case studies relevant to Missouri surveyors, applying the NCEES Model Rules and Missouri statutes.

Draft a written response to a hypothetical complaint about professional negligence, including preventive recommendations.

Review Missouri statutes and rules on licensure, continuing education, and professional conduct, and summarize key obligations.

Create a business risk management plan for a small surveying firm, covering contracts, liability, and quality control.

Complete a full-length practice exam under timed conditions, simulating the Missouri PLS exam format.

Review all incorrect answers and create a personalized list of weak topics with references for further study.

Revisit the highest-weight domains (1, 2, 5) by solving 20 mixed problems from those areas.

Finalize a one-page quick-reference sheet of key formulas, statutes, and standards for last-minute review.