MSBTE 313321 Advance Surveying 3rd Semester K Scheme Civil Engineering Diploma Books/Notes Available in FREE

 

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MSBTE K Scheme – 313321 Advance Surveying

MSBTE K Scheme – Advance Surveying Notes PDF

The MSBTE K Scheme Advance Surveying subject is an essential part of the Civil Engineering diploma curriculum. It builds upon the basics of surveying (chain survey, compass survey, leveling, plane table survey) and introduces advanced methods, instruments, and modern technologies used in large-scale engineering projects.

Advance Surveying is not only about measuring land and plotting maps; it also deals with precise location determination, large construction projects, and scientific measurements for infrastructure development.

 

Why Advance Surveying is Important in MSBTE K Scheme?

• Foundation for Civil Projects – Essential for highways, railways, dams, tunnels, and bridges.
• Practical Relevance – Involves modern instruments like Total Station, GPS, EDM (Electronic Distance Measurement).
• High Accuracy – Teaches advanced methods for precise measurements over long distances and difficult terrains.
• Career-Oriented – Survey engineers are required in construction companies, government projects, GIS, mining, and infrastructure industries.

 

MSBTE K Scheme Advance Surveying – Syllabus Overview

The syllabus is designed to make diploma students industry-ready by focusing on both theory and practical knowledge.

 

 Unit 1: Tacheometry

• Principles of tacheometry
• Stadia method and tangential method
• Determination of horizontal and vertical distances
• Applications in rough terrain surveys

 

Unit 2: Curve Surveying

• Types of curves (horizontal and vertical)
• Simple circular curves – setting out methods (linear, tangential, offset method)
• Transition curves and vertical curves in highways and railways
• Importance in road and railway alignment

 

Unit 3: Trigonometrical Levelling

• Determining heights and distances using theodolite
• Observation of vertical angles
• Application in tower height, chimney, and building measurement

 

 Unit 4: Geodetic Surveying

• Difference between plane and geodetic surveying
• Triangulation and base line measurement
• Errors and adjustments in triangulation
• Applications in national and large-scale surveys

 

Unit 5: Hydrographic Surveying

• Meaning and importance of hydrographic (water) surveying
• Sounding methods for depth measurement
• Locating shorelines, harbors, and riverbeds
• Applications in ports, dams, reservoirs, and navigation projects

 

Unit 6: Photographic & Astronomical Surveying

• Principles of photographic surveying (Aerial Photography)
• Remote sensing basics
• Astronomical observations for determining latitude, longitude, and azimuth
• Application in satellite mapping and GPS

 

 Unit 7: Modern Surveying Instruments

• Total Station: features and applications
• GPS and GIS in surveying
• Electronic Distance Measurement (EDM)
• Advantages of modern methods over traditional techniques

 

Practical Work in Advance Surveying (MSBTE Oriented)

To strengthen hands-on learning, MSBTE includes practical experiments such as:

• Using a theodolite for horizontal and vertical angle measurement
• Setting out curves using different methods
• Height determination using tacheometry and trigonometric leveling
• Total Station survey practice
• GPS-based surveying and mapping
• Hydrographic survey using sounding methods

These practicals prepare students for real fieldwork in construction and infrastructure projects.

 

Importance of Advance Surveying for MSBTE Students

• For Civil Engineering Students – Essential for road, railway, tunnel, dam, and bridge design.
• For Government Jobs – Surveying is a core subject in PWD, Irrigation, Railways, and Town Planning Departments.
• For Industry – Knowledge of Total Station, GPS, and GIS makes diploma holders job-ready.
• For Higher Studies – Acts as the foundation for Geoinformatics, Remote Sensing, and GIS courses.

 

Real-Life Applications of Advance Surveying

• Highways & Railways – Alignment, curve setting, and gradient design.
• Dams & Reservoirs – Hydrographic survey for water storage and distribution.
• Urban Planning – GPS and GIS-based city planning, land use maps.
• Construction Projects – Tunnels, bridges, airports, and ports.
• Environmental Studies – Riverbed survey, coastal studies, and flood analysis.

 

Study Tips for Advance Surveying (MSBTE Exams)

• Focus on diagrams and field sketches (theodolite, Total Station, curves).
• Revise definitions and formulas for tacheometry, trigonometrical leveling, and curve setting.
• Practice numerical problems on tacheometry and curves.
• Prepare short notes on GPS, EDM, and Total Station for quick revision.
• Solve previous MSBTE question papers for repeated concepts.

 

Career Opportunities After Learning Advance Surveying

Students with knowledge of Advance Surveying can work as:

• Survey Engineer / Surveyor
• Highway and Railway Alignment Engineer
• GIS & Remote Sensing Specialist
• Hydrographic Surveyor
• Construction Project Surveyor
• Town Planning Assistant

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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