Question 1
In the case of a snake bite, what should you not do?
Correct Answer:
Attempt to suck out the venom
Explanation:
Attempting to suck out the venom from a snake bite is not a recommended practice and can actually do more harm than good. This method has been widely discredited because it can introduce bacteria into the wound, potentially leading to infection, and may also result in additional tissue damage. The human mouth contains bacteria that could complicate the situation. Remaining calm helps to slow the spread of venom and keeps the victim's heart rate stable. Keeping the bitten limb still and at or below heart level minimizes the circulation of venom. Seeking medical help as soon as possible is crucial since professional treatment may involve antivenom or additional medical interventions. Thus, avoiding the attempt to suck out venom is critical for ensuring proper care and safety.
Question 2
What is one of the most crucial factors in accurately measuring a distance using a steel tape?
Correct Answer:
Proper temperature correction
Explanation:
Proper temperature correction is critical when measuring distances with a steel tape because the length of the tape can change depending on the temperature. Steel expands when heated and contracts when cooled. This means that if the temperature during measurement is different from the temperature at which the tape’s scale was calibrated, the measurement will be inaccurate. To ensure accuracy, surveyors must account for the temperature at the time of measurement and apply a correction factor to the distance measured. This correction can significantly impact the final results, especially over long distances, where even a small change in tape length can lead to substantial errors. In addition to temperature, other factors like alignment with a benchmark, tension on the tape, and using a stable base are also important for accurate measurements, but they do not influence the physical dimensions of the steel tape itself the way temperature does. Ensuring temperature correction allows for a more precise measurement that reflects true distance irrespective of environmental changes.
Question 3
What is three wire leveling?
Correct Answer:
A precise technique where rod readings are averaged from each wire
Explanation:
Three wire leveling is a precise technique used in leveling operations where measurements are taken using three wires—typically two outer wires and one central wire—on a leveling rod. The primary advantage of using three wires is that it allows for averaged readings to accommodate slight errors and improve accuracy. By taking readings from each wire separately, surveyors can calculate an average elevation, which reduces the impact of any individual reading that might be skewed due to slight misalignments or variations in rod placement. This method proves beneficial in ensuring that the readings are consistent and reliable, thus enhancing the overall precision of the leveling process. It contrasts with other leveling techniques, such as differential leveling or the SAMPLEuse of a single rod reading, which may not provide the same level of accuracy due to the increased potential for error.
Question 4
What is the formula to calculate the number of sides in a polygon if given the sum of interior angles?
Correct Answer:
n = (sum / 180) + 2
Explanation:
The formula for calculating the number of sides in a polygon based on the sum of its interior angles is derived from the relationship between the number of sides (n) and the sum of interior angles. The sum of the interior angles of a polygon with n sides can be calculated using the formula: Sum = (n - 2) * 180. To isolate n and formulate it in terms of the sum, you rearrange this equation. Starting with: Sum = (n - 2) * 180 you can divide both sides by 180: Sum / 180 = n - 2. By adding 2 to both sides, you get: n = (Sum / 180) + 2. This establishes that if you know the sum of the interior angles of a polygon, you can determine the number of sides by this formula. Therefore, the correct answer effectively captures this relationship, confirming that the number of sides is directly calculated from the sum of the interior angles.
Question 5
What is the significance of the crosshair in surveying instruments?
Correct Answer:
To assist in aiming at a target
Explanation:
The crosshair in surveying instruments plays a crucial role by aiding the operator in accurately aiming at specific targets or points within the field of view. Its primary function is to create a reference point that allows the surveyor to align the instrument precisely with the object being measured or observed. This alignment is essential for ensuring that readings and measurements are taken with high precision, reducing the likelihood of errors in data collection. While aiming at a target, the crosshair enhances the clarity of the surveyor's line of sight and allows for a visual means to assess whether the instrument is correctly aligned with the point of interest. This ensures that the collected data is reliable and consistent, which is particularly important in surveying where precise angles and distances are crucial for accurate mapping and data analysis. The other options reflect functions that are more specialized or indirect and do not capture the primary utility of the crosshair in instruments used for surveying. Thus, the crosshair's main significance lies in its ability to assist in direct aiming, which is foundational for accurate surveying practices.
Question 1
Exam overview

About this Exam

The Certified Survey Technician (CST) Level I certification is the premier entry-level credential in the field of land surveying.

Designed by the National Society of Professional Surveyors (NSPS), this certification validates that an individual possesses the basic knowledge and skills required to be a productive member of a surveying crew, whether in the field or in the office.

It is ideal for high school graduates looking to enter a skilled trade, career changers interested in geospatial technology, or current surveying employees wanting to standardize their skills and unlock career advancement opportunities.

Achieving Level I status demonstrates a commitment to professional development and mastery of the foundational concepts necessary to build a successful career in the surveying and engineering sectors

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Additional Information

What the Course Entails and Exam Details

The path to certification requires a comprehensive understanding of standard surveying operations and the theoretical principles supporting them. The examination covers eleven specific "work elements" that are crucial for entry-level competence.

Students must demonstrate proficiency in both mathematical applications and practical field operations.

The core syllabus and skills covered in the CST Level I program include:

  • Survey Computations: Basic mathematics, geometry, trigonometry, algebra, and coordinate geometry are applied to solve linear, angular, and elevation problems.
  • Field Equipment & Instruments: Knowledge of the care, cleaning, setup, calibration, and use of surveying tools and equipment, including basic total stations, electronic distance measurement (EDM), theodolites, data collectors, and GPS/GNSS receivers.
  • Field Operations: Understanding standard field duties, such as establishing survey control, line clearing, taping measurements, differential leveling, and reading a compass.
  • First Aid & Safety: Critical knowledge of first aid practices for medical emergencies and standard safety procedures, including OSHA standards, for surveying and construction sites.
  • Plan & Map Reading: The ability to interpret various types of surveying maps, plats, and blueprints to extract basic information and understand topographic features.
  • Drafting/CAD: Basic knowledge of drafting terminology, principles, and software tools (Computer-Aided Drafting) used to prepare survey maps.
  • Other Key Work Elements: Additional covered topics include Survey Control Points (horizontal and vertical datums), basic Survey Notes recording, Electronic Instruments usage, Survey Types, and Surveying History.

 

 

 

What to Expect in the Final Exam

The CST Level I exam is a robust assessment designed to test both speed and accuracy under time pressure. It is administered through a computerized system, and students receive their results immediately upon completion.

Understanding the structure and strict regulations of the test is essential for success.

  • Format: The exam consists of 200 multiple-choice questions.
  • Time Limit: You will be given four (4) hours to complete the entire examination. This averages to approximately 72 seconds per question, emphasizing the need for efficient time management.
  • Passing Score: The generally accepted passing threshold is approximately 70%, though the exact percentage needed to pass can vary slightly depending on the specific exam cycle and difficulty.
  • Open-Book Policy: This is an "open-book" exam, meaning you are allowed to bring specific approved reference materials into the testing room. These are typically limited to text references, dictionaries, and standard tables.
  • Specific Rules: While reference books are permitted, they must not contain worked-out examples or step-by-step solutions to problems. Furthermore, you are not allowed to bring your own scratch paper; this will be provided by the testing center and must be returned at the end of the exam.

 

 

How to Study and Exam Centers

Effective preparation requires a combination of self-study, reference material curation, and systematic practice. Because the exam covers a wide breadth of information, rote memorization is less important than knowing how to find information quickly.

Follow these actionable strategies to prepare:

  • Take Multiple Practice Exams: This is the most crucial step. Use a full-length, randomized Certified Survey Technician Level I Practice Exam to simulate the real testing environment. Practice will help you manage the strict time limit and identify areas where your reference books are lacking.
  • Master Your Calculator: The Survey Computations section is the largest part of the exam. You must be deeply familiar with your approved scientific or financial calculator to solve trigonometry and geometry problems quickly.
  • Curate Your Reference Materials: Since the exam is open-book, organizing your books with clear tabs and indexes is a major advantage. Essential references include a comprehensive fundamental surveying textbook, a first aid manual, and the NSPS definitions book.
  • Review Sample Questions: Analyze official NSPS sample questions to understand the phrasing, complexity, and specific focus areas of typical exam problems.

The exam is administered electronically and can be taken at various authorized locations.

  • Testing Locations: Candidates generally take the exam at certified schools, colleges with surveying programs, some Pearson VUE centers, or at testing sites organized by state surveying societies.
  • Online Proctoring: Online proctoring options may be available through specific portals authorized by the NSPS, allowing students to take the exam from a secure home or office environment with strict supervision.

 

 

Job Opportunities from the Course

Earning the CST Level I certification immediately enhances an individual's resume and provides verified proof of capability to potential employers.

This credential validates your fundamental skills and creates a structured path for professional growth, allowing for specialization as you gain experience. It unlocks several entry-level career paths in land surveying, construction, civil engineering, and geospatial technology.

The specific job titles and career paths this certification opens include:

  • Rod Person (Field)
  • Chain Person (Field)
  • Survey Technician I (Field or Office)
  • Instrument Person Trainee (Field)
  • CADD Technician (Office)
  • Junior Party Chief (Experienced Level I)
  • Construction Staking Technician

 

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