Reference · 10 pages
FS exam guide
How the NCEES Fundamentals of Surveying exam is structured, what each subject area covers, and how to build a study plan around it.
- What the FS exam isThe FS exam is the first licensure examination in surveying, normally taken near graduation. What it tests, who sits it, and what passing gets you.
- Format and appointmentThe FS is computer-based at a test center, with a searchable on-screen reference and a permitted calculator. What that means for how you prepare.
- Subject areasThe FS spans mathematics, measurement theory, boundary principles, geodesy and geospatial topics. How to read the specification and allocate study time.
- Eight-week study planA concrete eight-week schedule for the FS exam, built around diagnosis, targeted study, timed practice and a deliberate taper before the appointment.
- Math prerequisitesTrigonometry, coordinate geometry, angle handling and basic statistics underpin most FS exam questions. A checklist of what fluency actually means.
- Pacing and guessingMost FS candidates lose marks to the clock rather than to ignorance. A pacing method, a flagging discipline, and the arithmetic of guessing.
- Common mistakesUnits, the wrong foot, degrees versus radians, PT = PC + L, and the sign of a latitude. The recurring errors that turn understood problems into wrong answers.
- Exam dayTest center procedure, identification, permitted items and the shape of the day. Removing the logistical surprises so you can spend attention on questions.
- After the FSPassing the FS is the first of four stages. How experience is typically accumulated and documented, and how the professional exam differs, in general terms.
- Free resourcesFederal manuals, geodetic publications, state DOT survey manuals and USGS material are free and substantial. What each covers and where it falls short.
Other sections
All reference- Public Land Survey SystemTownships, ranges, sections and aliquot parts as the BLM Manual of Surveying Instructions describes them — how the rectangular system was laid out, how corners were monumented, and how a retracement follows it.
- Datums & heightsHorizontal and vertical datums, the ellipsoid and the geoid, NAD 83 and NAVD 88, and the modernized reference frames that replace them.
- Coordinate systems & projectionsState Plane, UTM, low-distortion projections, and the grid-versus-ground arithmetic that decides whether a measured distance matches a published one.
- Survey types & practiceWhat an ALTA/NSPS survey is and is not, boundary versus topographic versus construction work, and the vocabulary a client, an attorney and a field crew each use for the same thing.