Course Content and Outcome Guide for BCT 101
- Course Number:
- BCT 101
- Course Title:
- Prin of Construction Surveying
- Credit Hours:
- Lecture Hours:
- Lecture/Lab Hours:
- Lab Hours:
- Special Fee:
Course DescriptionProvides a collaborative learning framework in which learners practice the basic concepts of construction surveying. Includes set up and use of auto level, total station, leveling rod and steel tape. Also included are field note assembly and interpretation, and elevation and distance measuring techniques. Vertical and horizontal angle calculations are also covered. Includes grid method for generating contour maps. Prerequisite: Prior completion of BCT 104 or instructor permission. Audit available.
Intended Outcomes for the course
To carry out building construction tasks requiring reliable differential leveling, calculation of horizontal and vertical angles and generation and interpretation of contour maps.
Clearly and concisely document fieldwork, in a Transit Notebook
Outcome Assessment Strategies
1. Complete 4 " Field Labs" in which learners will work collaboratively with at least one other student to gather the information necessary to generate a plot plan. Learners will perform accurate measuring, differential leveling, turning of horizontal and vertical angles, and collection of contour data.
2. Learners will sketch a plot plan complete with property corner elevations, interior angles, bearings, and title block.
3. Learners will individually successfully complete two written "Mastery Projects" covering the concepts, themes and issues of the course.
Course Content (Themes, Concepts, Issues and Skills)
- History of surveying
- Surveying instruments and equipment
- Bearings and back bearings
- Azimuths and back azimuths
- Accuracy and Precision
- Differential Leveling
- Right Angle Trigonometry
- Closed traverse
- Contour Lines
1. Set-up and use an auto level and total station.
2. Measure distances using pace, stadia, tacheometry, and steel tape.
3. Write legible notes in a surveyors journal.
4. Interpret, add, subtract and convert azimuths and bearings.
5. Understand and use basic right angle trigonometry.
6. Measure vertical elevations by completing a leveling loop
7. Accurately measure horizontal angles in the field
9. Set-up full scale field grid and collect contour data
10. Sketch a plot plan with contour lines