CIVIL SURVEYOR COURSE IN HARIPUR,MANSEHRA IN CHARSADDA

This course introduces the fundamentals of surveying to provide a broad
overview of surveying equipment (Total Station, Digital Level), procedures, measurements
corrections and reductions, indicative data and calculations necessary to create a
topographic map or site plan for engineering and design projects. This course covers three main topics: 1) ground survey measurements, 2) global positioning
System (GPS)) and geodetic (remote sensing) techniques and automated mapping with
Geographic Information Systems (GIS)
The basics of land surveying include leveling, distances and angle
measurements to calculate orthometric heights relative to a vertical datum and 2-D Cartesian coordinates in a horizontal datum for engineering projects. Photogrammetry topics include photo scaling and coordinate calculation.
This course introduces surveying, civil engineering, and environmental engineering students to the basics of plane surveying.
Covers basic surveying topics such as coordinate systems, contouring, introduction to road planning and basic surveying equipment and how to use it.
Surveyors are in high demand in a variety of industries, including oil and gas, mining, infrastructure, construction and civil engineering. Civil engineering is most often associated with the education of land surveyors.
This course covers the long-term need for skilled workers in the industry. Surveyors are in high demand in other countries as well. Study materials will be received by students of our institution.
The course introduces students to traffic engineering systems and basic aspects of engineering metrology. The course covers the following transportation engineering topics: introduction to transportation systems, roadway design, transportation system analysis and modeling techniques, flow theory, planning, route planning, demand estimation, and economics. Surveying topics include: linear measurement, leveling, theodolite, and horizontal and vertical curves.
Completion of this course requires field training. The institute has all the necessary equipment and facilities for imparting field training in surveying. International students can also choose to complete this training in their home country.
This course program includes extensive field practice in the use of electronic and optical instruments used to measure distances, elevations, and angles from one point to another. electronic laser and DTSA light.
Our industry experts as part of our Curriculum Committee review the course syllabus from time to time and update it based on the latest industry requirements and trends across the globe.
The main surveying tools used around the world are theodolite, tape measure, total station, 3D scanners, GPS/GNSS, spirit level and rod. Most tools screw onto a tripod when in use. Tape meters are often used to measure smaller distances. 3D scanners and various forms of aerial photography are also used. A theodolite is an instrument for measuring angles. It uses two separate circles, protractors or alidades to measure angles in the horizontal and vertical planes. Binoculars mounted on studs are vertically aligned with the target object. The entire top rotates for horizontal alignment. The vertical circle measures the angle that the telescope makes to the vertical, known as the zenith angle. A horizontal circle uses a top and bottom plate. At the start of the survey, the surveyor points the instrument in a known direction(s) and clamps the bottom plate in place.
Content of the civil surveyor course
Introduction Civil surveyor
Survey classification
Principles of surveying
Chain survey
Rendering of a chain survey
Compass survey
Bearing system
Drawing scales
Types of scales
Leveling
Technical terms
The purpose of settlement
A simple desktop survey
Plane table survey methods
Editing levelsThis course introduces the fundamentals of surveying to provide a broad
overview of surveying equipment (Total Station, Digital Level), procedures, measurements
corrections and reductions, indicative data and calculations necessary to create a
topographic map or site plan for engineering and design projects. This course covers three main topics: 1) ground survey measurements, 2) global positioning
System (GPS)) and geodetic (remote sensing) techniques and automated mapping with
Geographic Information Systems (GIS)
The basics of land surveying include leveling, distances and angle
measurements to calculate orthometric heights relative to a vertical datum and 2-D Cartesian coordinates in a horizontal datum for engineering projects. Photogrammetry topics include photo scaling and coordinate calculation.
This course introduces surveying, civil engineering, and environmental engineering students to the basics of plane surveying.
Covers basic surveying topics such as coordinate systems, contouring, introduction to road planning and basic surveying equipment and how to use it.
Surveyors are in high demand in a variety of industries, including oil and gas, mining, infrastructure, construction and civil engineering. Civil engineering is most often associated with the education of land surveyors.
This course covers the long-term need for skilled workers in the industry. Surveyors are in high demand in other countries as well. Study materials will be received by students of our institution.
The course introduces students to traffic engineering systems and basic aspects of engineering metrology. The course covers the following transportation engineering topics: introduction to transportation systems, roadway design, transportation system analysis and modeling techniques, flow theory, planning, route planning, demand estimation, and economics. Surveying topics include: linear measurement, leveling, theodolite, and horizontal and vertical curves.
Completion of this course requires field training. The institute has all the necessary equipment and facilities for imparting field training in surveying. International students can also choose to complete this training in their home country.
This course program includes extensive field practice in the use of electronic and optical instruments used to measure distances, elevations, and angles from one point to another. electronic laser and DTSA light.
Our industry experts as part of our Curriculum Committee review the course syllabus from time to time and update it based on the latest industry requirements and trends across the globe.
The main surveying tools used around the world are theodolite, tape measure, total station, 3D scanners, GPS/GNSS, spirit level and rod. Most tools screw onto a tripod when in use. Tape meters are often used to measure smaller distances. 3D scanners and various forms of aerial photography are also used. A theodolite is an instrument for measuring angles. It uses two separate circles, protractors or alidades to measure angles in the horizontal and vertical planes. Binoculars mounted on studs are vertically aligned with the target object. The entire top rotates for horizontal alignment. The vertical circle measures the angle that the telescope makes to the vertical, known as the zenith angle. A horizontal circle uses a top and bottom plate. At the start of the survey, the surveyor points the instrument in a known direction(s) and clamps the bottom plate in place.
Content of the civil surveyor course
Introduction Civil surveyor
Survey classification
Principles of surveying
Chain survey
Rendering of a chain survey
Compass survey
Bearing system
Drawing scales
Types of scales
Leveling
Technical terms
The purpose of settlement
A simple desktop survey
Plane table survey methods
Editing levels
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