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B.E. Civil Engineering Programme

B.E. Civil Engineering Programme

The semester-wise pattern for students admitted to integrated first degree, B.E. Civil Programme are as follows:
 Year       First Semester      Second Semester
 First Year 

Biology laboratory

General Biology

Chemistry Laboratory

General Chemistry

Mathematics I

Physics Laboratory

Mechanics, Oscillations & Waves

Engineering Graphics

Mathematics II

Workshop Practice

Computer Programming

Electrical Sciences

Technical Report Writing

Probability and Statistics

Thermodynamics

 Second Year      

Mathematics lll

Humanities Electives

Mechanics of Solids

Fluid Mechanics

Surveying

Civil Engineering Materials

Principles of Economics or Principles of Management

Humanities Electives

Analysis of Structures

Construction Planning & Technology

Soil Mechanics

Highway Engineering

Environmental Studies

 Third Year

Open/Humanities Electives

Design of reinforced  Concrete Structures

Hydraulic Engineering

Foundation Engineering

Discipline Electives

Open/Humanities Electives

Water & Waste Water Treatment

Engineering Hydrology

Design of Steel Structures

Discipline Electives

 Fourth Year

      Open Electives

Practice School – II    or

Thesis or  Thesis and Electives

 

List of Discipline Elective Courses: 
  • Applications of Artificial Intelligence in Civil Engg.
  • Computer Applications in Civil Engineering
  • Introduction to Environmental Engineering
  • Green Buildings and Energy Conservation 
  • Airport, Railways and Waterways
  • Computational Geomechanics
  • Operation Research for Engineers
  • Disaster Management 
  • Advanced Structural Design 
  • Design of Prestressed Concrete Structure 
  • Multicriterion Decision Making in Engg. and Management
  • Computer Applications in Civil Engineering
  • Geotechnical Earthquake Engg. and Machine Foundation
  • Introduction to Bridge Engineering
  • Analysis and Design of FRP Reinforced Concrete Structures
  • Urban Hydrology 
  • Geosynthetics and Reinforced Soil Structure
  • System Modeling and Analysis
  • Earthquake Resistant Design and Construction
  • Numerical Analysis
  • Design of Foundation Systems