Syllabus
The course curriculum of Civil Engineering may differ from one college to another. The syllabus of the course highlights the complete year-wise subjects list of three different fields such as 2 years Diploma in Civil Engineering, 4 years B.Tech in Civil Engineering, and 2 years M.Tech in Civil Engineering.
For Diploma in Civil Engineering:
A diploma in Civil Engineering can be 2 years or 3 years as per institute.
Year I | Year II | Year III |
---|---|---|
Professional Communication | Electrical & Mechanical Engineering | Design of Steel & Masonry Structure |
Applied Mathematics I | Strength of Material | Design of Reinforced Concrete Structure |
Applied Physics | Hydraulics | Transpiration Engineering |
Applied Chemistry | Public Health Engineering | Estimating, Costing & Valuation |
Applied Mechanics | Thermal Engineering | Construction Management, Accounts & Entrepreneurship Development |
Engineering Drawing | Building const. & Maintenance Engineering | Surveying II |
Computer Application for Engineering | Concrete Technology | Civil Engineering Drawing |
Workshop Practice | Civil Engineering Drawing | Irrigation Engineering |
Building Material | Surveying | Environmental Pollution & Control |
Earthquake Engineering | ||
Civil Lab-III (RCC & Highway) | ||
Field Exposure |
For B.Tech in Civil Engineering:
B. Tech in Civil Engineering is of 4 years comprising 8 semesters.
Year I:
Semester I | Semester II |
---|---|
Engineering Maths I | Engineering Physics |
Engineering Chemistry | Engineering Maths II |
Basic Electronics | Engineering Mechanics |
Basic Thermodynamics | Basic Electrical Engg |
Engineering Graphics | Communication Skills |
Engineering Chemistry Lab | Computer Fundamental and Programming Engg. Physics Lab |
Material Science Lab | Basic Electrical Engg Lab |
Basic Electronics Engg. Lab | Communication Skills Lab |
Workshop Practice II | Computer Fundamental and Programming Lab, Workshop Practice I |
Year II:
Semester III | Semester IV |
---|---|
Differential Equations, Probability, and Statistics | Numerical Analysis |
Engineering Economics | Theory of Structure |
Strength of Material | Soil Mechanics |
Fluid Mechanics | Surveying |
Civil Engineering Materials and Building Construction | Engineering Geology |
Fluid Mechanics Lab | Soil Mechanics Lab |
Civil Engineering Material and Building Construction Lab | Surveying Lab |
Extra-Curricular Activity I | Extra-Curricular Activity II |
Year III:
Semester V | Semester VI |
---|---|
Dynamics of Behavioural Science in Industries | Steel Structure Design |
Open elective I | Environment Engg. I |
Concrete Structure Design | Transportation Engg. II |
Transportation Engg. I | Irrigation Engg. and Hydrology |
Theory of Structure Lab | Structural Drawing |
Survey Camp | Minor Project |
Transportation Engg. Lab | Environment. Engg. Lab |
Year IV:
Semester VII | Semester VIII |
---|---|
Foundation Engineering | Design of Hydraulic Structure |
Project Management and Quantity Surveying | Departmental Elective II |
Solid Wastes and Environmental Pollution | Departmental Elective III |
Departmental Elective I | Departmental Elective IV |
Industrial training Viva | Major Project II |
Major Project 1 | |
Seminar |
For M.Tech in Civil Engineering:
M.Tech in Civil Engineering is of 2 years. The syllabus for this course varies according to the specialization chosen by the student. here we have provided the syllabus for a few of those specializations.
Building Technology and Construction Management | Structural Engineering | Environmental Engineering | Transportation Engineering | Water Resources Engineering |
---|---|---|---|---|
Advanced Concrete Technology | Advanced Reinforced Concrete Design | Advanced Air Quality Management | Advanced Railway Engineering | Advanced Fluid Mechanics |
Building Acoustics and Noise Control | Advanced Structural Analysis | Advanced Wastewater Treatment | Analysis & Structural Design of Pavements | Design of Hydraulic Systems |
Building Services | Analysis & Design of Plates & Shells | Environmental Impact & Risk Assessment | Geometric Design of Highways | Ground Water Assessment & Development |
Computer Applications in Construction | Bridge Engineering | Environmental Legislation & Policy | Highway and Airport Pavement Materials | Hydraulic Structures & Hydro Power Engineering |
Construction Contracts and Specifications | Material Technology | Industrial Pollution Prevention & Clean Technologies | Mass Transit Systems | Hydrology and Hydraulics of Surface and Sub-Surface Water |
Construction Engineering and Management | Structural Dynamics & Earthquake Engineering | Principles of Environmental Management | Planning & Design of Airports | Hydrologic Element and Analysis |
Functional Design of Buildings | Finite Element Method | Water and Wastewater Engineering | Traffic Engineering & Traffic Flow Theory | Open Channel Flow |
Modern Construction Materials | High Rise Structures | Transportation Systems, Analysis & Modelling | Water Quality Modelling & Management | |
Quality and Safety Management | Stability of Structures | Transportation Systems Planning | Water Resources Management |