B.Tech Civil Engineering (2024 Scheme)

Build a strong mathematical foundation through calculus, algebra and analytical techniques used in engineering.

Study mechanics, optics, electricity and modern physics concepts essential for engineering applications.

Learn engineering chemistry including materials, corrosion, water treatment and construction-related applications.

Study forces, equilibrium, motion and mechanics principles applied in engineering structures.

Explore the fundamentals, scope and applications of Civil and Mechanical Engineering with an overview of modern engineering practices.

Develop logical thinking and programming skills using Python for engineering problem-solving.

Gain practical experience with basic engineering tools, workshop practices and manufacturing processes.

Develop awareness of physical fitness, mental well-being and healthy lifestyle practices.

Develop communication, teamwork, leadership and professional skills required for engineering careers.

Study advanced mathematics including differential equations, vector calculus and numerical methods used in engineering.

Study engineering physics concepts related to mechanics, materials and physical sciences.

Understand engineering chemistry principles related to construction materials and environmental applications.

Learn engineering drawing standards and prepare technical drawings using CAD software.

Study the fundamentals of electrical circuits, electronic components and basic electrical systems.

Learn entrepreneurship, innovation, intellectual property rights and business fundamentals for engineers.

Develop awareness of physical health, mental well-being and healthy lifestyle practices.

Strengthen communication, teamwork, leadership and professional ethics.

Develop practical skills in civil engineering drafting, building drawings and computer-aided drafting techniques.

Study stress, strain, bending, torsion and deformation of structural members used in civil engineering.

Study advanced mathematical concepts including differential equations, probability and numerical methods used in civil engineering.

Learn the behavior of fluids, fluid flow principles and their applications in hydraulic engineering.

Study the analysis of beams, trusses and structural members subjected to different loading conditions.

Learn land surveying techniques, mapping, GPS and modern geomatics tools used in civil engineering.

Understand the fundamentals of artificial intelligence, data analytics and their engineering applications.

Learn engineering economics, project costing and financial decision-making for engineering projects.

Develop professional ethics and understand sustainable engineering practices for modern infrastructure.

Perform practical surveying exercises using conventional and modern surveying instruments.

Conduct experiments to understand fluid flow, hydraulic principles and flow measurement techniques.

Study advanced mathematical methods for solving structural and engineering problems.

Learn the engineering properties of soil and their applications in foundation and geotechnical engineering.

Analyze indeterminate structures, frames and advanced structural systems under various loading conditions.

Study the design and analysis of reinforced concrete structural elements based on engineering standards.

Understand engineering economics, project costing and financial planning for infrastructure projects.

Learn ethical engineering practices and sustainable development principles for civil engineering projects.

Perform laboratory tests on cement, concrete, steel and other construction materials to evaluate their properties.

Develop practical skills in civil engineering modeling, drafting and structural analysis using engineering software.

Choose any ONE Professional Elective offered by the Civil Engineering department to specialize in areas such as Concrete Technology, GIS, Engineering Geology or Advanced Structural Engineering.

Study the occurrence, movement and management of water resources for sustainable civil engineering projects.

Learn the planning, design and maintenance of highways, railways and transportation systems.

Understand water supply, wastewater treatment, pollution control and environmental protection systems.

Study shallow and deep foundation design for safe and stable civil engineering structures.

Perform laboratory experiments to determine soil properties and analyze foundation behavior.

Conduct practical tests on concrete to evaluate its strength, durability and quality.

Choose any ONE Professional Elective offered by the Civil Engineering department to specialize in areas such as Structural Engineering, Hydraulics, Construction Technology, Town Planning or Disaster Management.

Learn construction cost estimation, quantity surveying, valuation methods and contract documentation.

Study the analysis and design of steel structures according to engineering design standards.

Understand project planning, scheduling, resource management and construction project execution.

Perform experiments related to pavement materials, traffic engineering and transportation system analysis.

Conduct practical experiments on water quality analysis, wastewater treatment and environmental monitoring.

Choose any ONE Professional Elective offered by the Civil Engineering department to specialize in advanced areas such as Concrete Structures, Foundation Engineering, Waste Management or Traffic Engineering.

Choose any ONE Open Elective from the university's approved interdisciplinary courses to broaden your knowledge beyond Civil Engineering.

Choose any ONE Professional Elective offered by the Civil Engineering department to specialize in advanced areas such as Structural Engineering, Transportation Engineering, Geotechnical Engineering, Water Resources or Environmental Engineering.

Choose any ONE Open Elective from the university's approved interdisciplinary courses to broaden your knowledge in areas such as Intelligent Transportation Systems, Environmental Safety, Watershed Management or Engineering Finance.

Choose any ONE Professional Elective to gain expertise in advanced topics such as Earthquake Engineering, Water Quality Management, Contract Management, Steel Structures or Urban Transportation Planning.

Choose any ONE Open Elective from the university's approved interdisciplinary courses to enhance your interdisciplinary knowledge in areas such as Waste Management, Rainwater Harvesting, Building Planning or Hydrogeology.