SURCON Professional study plan

Derive and explain the relationships among geodetic, geocentric and astronomical latitude, and compute the deflection of the vertical for two worked station examples

Convert coordinates between geodetic and projected grid systems by hand using Transverse Mercator / UTM formulae, and check results against a software solution

Compute the effect of geoid-ellipsoid separation on ellipsoidal versus orthometric heights for three sample points

Identify the reference ellipsoid, origin and orientation of a national geodetic datum, and quantify how a datum shift alters computed coordinates

Outline the statutory steps of cadastral survey and land registration in your jurisdiction, sequencing them from client instruction to issuance of title

Calculate satellite geometry metrics (DOP) and assemble an error budget for a static and an RTK GNSS survey

Adjust a small trilateration/traverse network by least squares, and interpret residuals, standard errors and error ellipses

Reduce raw field booking data to bearings and distances, then compute linear misclosure, accuracy ratio and bowditch-adjusted coordinates

Compute parcel area by coordinate method and verify it against the double-meridian method

Compare fixed, general and natural boundary doctrines and state which applies to a given parcel description

Draft a cadastral survey plan to specification, showing beacon numbering, bearings, distances, areas and boundary annotations

Describe and apply the procedures for subdivision, amalgamation and re-establishment of lost beacons

Analyse four land registration instruments (deed of assignment, certificate of occupancy, mortgage, survey plan) and extract the survey-relevant clauses

Explain how registration systems (deeds vs title registration) affect the evidentiary weight of a boundary survey

Apply survey regulation requirements on accuracy standards and records retention to three scenarios

Compute photographic scale, flying height, ground coverage and overlap from camera focal length and format

Solve relief displacement, parallax and object-height problems from stereo-pair data

Design an aerial photography mission (flight lines, exposure interval, side and forward overlap) for a stated mapping scale

Perform exterior orientation reasoning: compute ground coordinates from measured image coordinates and orientation parameters

Evaluate accuracy expectations of a photogrammetric mapping project against a stated specification

Compute NDVI and other spectral indices from given band reflectance values and interpret the output for land-cover classes

Convert between pixel size, spatial resolution and map scale, including area and file-size estimates for a raster dataset

Select sensor platform, bands and revisit frequency for three specified applications, justifying each choice

Differentiate supervised and unsupervised classification workflows and estimate the error matrix and kappa accuracy

Explain atmospheric and geometric correction steps and their effect on derived products

Select and justify map projection, datum and coordinate system for four named mapping tasks

Apply cartographic generalization and symbolization rules to reduce a detailed dataset to a specified map scale

Design and execute a vector GIS workflow using overlay, buffer and spatial query to answer a land-suitability question

Evaluate spatial data quality (positional accuracy, logical consistency, completeness, lineage) for a supplied dataset description

Produce a map layout meeting cartographic standards: title, scale bar, north arrow, legend, graticule and source note

Interpret statutory provisions on survey practice, boundary determination and registration in answering scenario questions

Resolve four professional-ethics dilemmas by applying a code of conduct and stating the duty owed to client, public and profession

Assess liability exposure in cases of negligence, encroachment and erroneous survey plans, and recommend preventive controls

Draft the surveyor's role and evidence in a boundary dispute, including what records would be tendered

Apply rules on professional competence, continuing development and conflict of interest to given fact patterns

Complete two full timed mock examinations under exam conditions and score each domain separately

Diagnose the three weakest sub-topics from mock results and re-work 15 targeted practice items in each

Reconstruct from memory the formula sheet, key definitions and regulatory citations for all five domains

Refine answer technique: allocate time per mark, structure calculation answers and show units and assumptions