Civil Engineering Subjects- Civil engineering is concerned with the planning, design, and construction of public infrastructure. A civil engineer contributes to the design of new structures as well as the improvement, transformation, and modernization of existing infrastructure to meet current needs.
A civil engineering course is extensive, allowing students to grasp the subject's numerous principles while also providing hands-on experience. Each semester of the course is meant to assist students learn about a wide range of topics. Continue reading to learn about some of the most essential civil engineering topics covered in this site!Civil Engineering Highlights | |
Particulars | Details |
Course Level | Diploma, Undergraduate, Postgraduate, Doctorate |
Eligibility | Diploma: Class 10 UG: Class 12 along with entrance examination PG: BTech + GATE Doctorate: MTech |
Duration | Diploma: 3 years UG: 4 years PG: 2 years PhD: 3- 6 years |
Examination Type | Semester-wise |
Course Fee | INR 1 - 15 Lakhs |
Top Colleges |
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Average Salary | INR 3 - 7 Lakhs |
Job Scope |
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Entrance Exams |
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Top Recruiters |
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Civil Engineering Diploma Subjects |
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Applied Mathematics | Applied Physics | Applied Chemistry |
Engineering Drawing | Strength of Materials | Building Construction and Maintenance Engineering |
Professional Communication | Thermal Engineering | Concrete Technology |
Computer Application for Engineering | Hydraulics | Design of Steel and Masonry Structure |
Building Material | Design of Reinforced Concrete Structure | Construction Management, Accounts and Entrepreneurship Development |
Electrical, Electronics and Mechanical Engineering | Environmental Pollution and Control | Earthquake Engineering |
Semester 1 |
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Theory | |
Technical English | Engineering Mathematics– I |
Engineering Physics / Engineering Chemistry | Computer-Aided Engineering Drawing |
Computer Programming | - |
Practical | |
Physics lab/Chemistry Lab | Computer Programming Lab |
Communication Skills Lab-I | Engineering Practices Lab- |
Semester 2 | |
Theory | |
Engineering Mathematics – II | Engineering Chemistry / Engineering Physics |
Engineering Mechanics | Surveying |
Construction Materials | Personality Development & Soft Skills |
Practical | |
Physics lab/Chemistry Lab | Engineering Practices Lab-II |
Survey Laboratory | - |
Semester 3 | |
Theory | |
Numerical Methods | Mechanics of Solids |
Mechanics of Fluids | Construction Techniques, Equipment and Practices |
Environmental Engineering | Environmental Science and Engineering |
Practical | |
Computer-Aided Building Drawing | Construction Materials Laboratory |
Environmental Engineering Laboratory | Aptitude III |
Semester 4 | |
Theory | |
Strength of Materials | Mechanics of Soils |
Design of Concrete Structures - I | Hydraulic Engineering |
Engineering Elective-I | Open Elective-I |
Practical | |
Geo Technical Laboratory | Fluid Mechanics & Machinery Laboratory |
Survey Project | Aptitude IV |
Semester 5 | |
Theory | |
Structural Analysis – I | Design of Concrete Structures – II |
Transportation Engineering | Professional Elective-I |
Engineering Elective-II | Open Elective-II |
Practical | |
Communication Skills & Personality Development | Strength of Materials Laboratory |
Design Project-I | - |
Semester 6 | |
Theory | |
Structural Analysis – II | Design of Steel Structures – I |
Professional Elective-II | Professional Elective-III |
Engineering Elective-III | Open Elective-III |
Practical | |
Computer-Aided Structural Analysis Laboratory | Irrigation & Environmental Engineering Drawing |
Comprehension | Placement Preparatory Programme |
Semester 7 | |
Theory | |
Design of Steel Structures - II | Foundation Engineering |
Basics of Dynamics and Aseismic Design | Professional Elective- IV |
Professional Elective-V | Engineering Elective-IV |
Open Elective-IV | - |
Practical | |
Computer-Aided Design and Drafting | Design Project II |
Practical Training | - |
Semester 8 | |
Theory | |
Electronic Surveying | Engineering Geology |
Building Services | Municipal Solid Waste Management |
Modern Construction Materials | Irrigation Engineering |
Practical | |
Project & Viva-voce | - |
Professional Electives | |
Applied Hydrology | Remote Sensing Techniques and Applications |
Housing Planning and Management | Management of Irrigation Systems |
Environmental Impact Assessment | Industrial Waste Management |
Air Pollution Management | Construction Management |
Traffic Engineering Management | Prestressed Concrete |
Finite Element Analysis | Water Resources Engineering |
Pavement Design and Engineering | Ground Improvement Techniques |
Design of Steel Skeletal structures | Concrete Technology |
Bridge Structures | Storage Structures |
Tall Structures | Wind Engineering |
Industrial Structures | Prefabricated Structures |
Design of Steel-Concrete Composite Structures | Repair and Rehabilitation of Structures |
BTech Civil Engineering Distance Education Syllabus: I Sem |
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BTech Civil Engineering Distance Education Syllabus: II Sem |
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BTech Civil Engineering Distance Education Syllabus: III Sem |
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BTech Civil Engineering Distance Education Syllabus: IV Sem |
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BTech Civil Engineering Distance Education Syllabus: V Sem |
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BTech Civil Engineering Distance Education Syllabus: VI Sem |
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BTech Civil Engineering Distance Education Syllabus: VII Sem |
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BTech Civil Engineering Distance Education Syllabus: VIII Sem |
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Semester 1 |
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Theory of Elasticity | Advanced Reinforced Concrete Design |
Matrix Methods of Structural Analysis | Industrial Structures |
Advanced Foundation Engineering or Wind Analysis and Design of Tall Structures or Experimental Stress analysis | Advanced Concrete Technology or Bridge Engineering or Structural Dynamics |
Computer Applications in Structural Engineering | Design of Structures |
Semester 2 |
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Theory of plates and shells | Structural stability |
Finite Element Methods of Analysis | Earthquake Engineering |
Repair and Rehabilitation of Structures | Advanced Design of Structures |
Ground Improvement Techniques or Optimization Techniques or Reliability Analysis and Design | Prestressed Concrete or Design of steel bridges or Inelastic Design of Slabs |
Semester 3 |
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Dissertation (Preliminary) | - |
Semester 4 |
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Dissertation (Final) | - |
Subjects | Important Topics |
General Aptitude (Mandatory) |
Verbal Ability Syllabus
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Engineering Mathematics (Mandatory) |
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Structural Engineering |
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Geotechnical Engineering |
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Water Resources Engineering |
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Environmental Engineering |
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Transportation Engineering |
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Geomatics Engineering |
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Civil Engineering Important Books | |
Name of the book | Name of the author |
Structures: Or Why Things Don't Fall Down (Paperback) | J.E. Gordon |
Structural Analysis (Hardcover) | Russell C. Hibbeler |
Civil Engineering Formulas (Pocket Guide) | Tyler G. Hicks |
The Civil Engineering Handbook (New Directions in Civil Engineering) | Wai-Fah Chen |
Why Buildings Fall Down: Why Structures Fail (Paperback) | Matthys Levy |
Soil Mechanics & Foundation Engineering | R.F.Craig, Muni Budhu |
Environmental Engineering | G.O.I Manual, S.K. Garg |
Fluid Mechanics and Fluid Machines | Modi & Seth, R. K. Bansal, Cengel and Cimbala, K.Subramanyam, Jagdish Lal. |
Highway Engineering | Khanna & Justo, Kadiyali |
Railway Engineering | Saxena & Arora |
IIT Bombay GATE Cut off | IIT Madras GATE Cut off |
IIT Hyderabad GATE Cut off | IIT Delhi GATE Cut off |
IIT Kanpur GATE Cut off | IIT Dhanbad GATE Cut off |
IIT Guwahati GATE Cut off | IIT Goa GATE Cut off |