1) Can explain the distance surveying conducted on level ground or on an inclined ground, and can calculate using the results of the survey.
2) Can explain single measurement method, measurement of angle by repetition, and direction method. Can calculate using the results of the survey.
3) Can explain direct leveling method that uses lifting type or instrumental height system. Can calculate using the results of the survey.
4) Can calculate the area or the volume using the results of the survey.
Outline:
Lectures will be carried out mainly on basic surveying, concept of surveying, method of surveying, the relationship between theoretical background and mathematical knowledge of surveying, and on error and accuracy.
Style:
Classes will be conducted in a lecture style in line with the textbook. Practice questions will be given as appropriate to check the students' understanding, and report assignments will be given to deepen their understanding.
The overall evaluation will be based on 60% on written exams, 30% on assignments, and 10% on attitude toward class activities. The minimum score for a pass will be 60%.
Notice:
Bring your scientific calculator.
This course will amount to 90 hours of study in total. These hours include the learning time guaranteed in classes and the standard self-study time required for pre-study / review, and completing assignment reports.
Students who miss 1/3 or more of classes will not be eligible for evaluation.
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Theme |
Goals |
| 1st Semester |
| 1st Quarter |
| 1st |
About studying surveying |
Can explain the significance of studying surveying and its need in the civil engineering field.
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| 2nd |
Distance survey (Eslon tape measure, steel scale, measurement by pace) |
Can explain distance survey that uses Eslon tape measure, steel scale, or measurement by pace.
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| 3rd |
" (electro-optical distance measuring instrument, error) |
Can explain error due to distance surveying that uses electro-optical and radio waves, tape measures, etc.
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| 4th |
Angle measurement (structure and reading of transits and total stations) |
Can explain the structure and reading of transits and total stations.
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| 5th |
" (single measurement method) |
Can explain angle measurement using single measurement method. Can use them to calculate.
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| 6th |
" (survey using direction method) |
Can explain angle measurement using direction method. Can calculate using them.
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| 7th |
" (survey using direction method and vertical angle) |
Can explain angle measurement using direction method and vertical angle. Can calculate using them.
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| 8th |
" (angle setting and error) |
Can explain the handling of errors due to angle measurement.
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| 2nd Quarter |
| 9th |
Leveling (datum level, classification, instrument and equipment) |
Can explain datum level, classification, instrument and equipment for leveling.
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| 10th |
" (inspection, adjustment, and lifting type) |
Can explain lifting type for leveling. Can use it to calculate.
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| 11th |
" (instrumental height system, indirect measuring) |
Can explain instrumental height system and indirect measuring for leveling. Can use them to calculate.
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| 12th |
" (reciprocal leveling, cross leveling, precise leveling, error) |
Can explain reciprocal leveling, cross leveling, precise leveling, and error for leveling.
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| 13th |
Calculate area (coordinates and triangular division method) |
Can explain coordinates and triangular division method to calculate the area. Can use them to calculate.
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| 14th |
" (line offset method, planimeter method) |
Can explain line offset method and planimeter method to calculate the area. Can use them to calculate.
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| 15th |
Mass calculation (cross-section method, mesh method, contour method) |
Can explain cross-section method, mesh method, and contour method for mass calculation. Can use them to calculate.
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| 16th |
Final exam |
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