Programme Overview

Civil Engineering is a discipline that significantly contributes to shaping the built environment through innovative construction and design. Historically, civil engineers have played a vital role in developing critical infrastructure such as roads, bridges, dams, and water supply systems—enhancing the quality of life and supporting societal growth. In today’s rapidly advancing world, the construction industry is integrating cutting-edge technologies like Building Information Modeling (BIM), Geographic Information Systems (GIS), and sustainable design practices to make infrastructure more efficient, resilient, and eco-friendly. The B.E. Civil Engineering programme is designed to provide students with a strong foundation in structural engineering, geotechnical engineering, transportation systems, material testing, environmental engineering, and project management. Through a blend of theoretical knowledge and hands-on experience in state-of-the-art laboratories, students gain practical insights into real-world engineering challenges. Additionally, industry visits, internships, and collaborative projects with construction firms ensure students are career-ready and aligned with current industry demands. The programme also encourages innovation and research, preparing graduates for higher studies and specialized fields like urban planning, disaster management, and smart city development. With the nation’s growing focus on infrastructure and smart cities, civil engineers are poised to play a central role in building a sustainable future.

  • 4 Years

    Duration of programme

  • UG

    Level of Study

Key Highlights

Career-Oriented Curriculum
Experienced & Accomplished Faculty
Strong Alumni Network
Support for Research & Innovation
Robust Industry Collaborations

How will you benefit

Comprehensive Technical Foundation: Master core subjects like structural engineering, geotechnical engineering, transportation systems, and environmental engineering.
Field-Based Learning & Practical Exposure: Gain real-world experience through construction site visits, field surveys, and on-site training—an essential part of civil engineering.
Proficiency in Industry-Standard Software: Learn tools like AutoCAD, STAAD Pro, Revit, and GIS that are widely used in design, analysis, and planning of infrastructure projects.
Diverse Career Opportunities: Build a career in government departments (PWD, NHAI, Railways), private construction firms, consulting companies, or pursue entrepreneurship.

What will you study

Smart Structural Design: Master the analysis and design of buildings, bridges, and modern infrastructure using advanced tools and design codes.

Foundation & Earth Systems: Explore soil behavior, site investigation techniques, and the design of safe, reliable foundations for civil structures.

Mobility & Transport Systems: Learn the planning and design of roads, highways, and urban traffic systems to build smarter transportation networks.

Sustainable Environmental Solutions: Study eco-friendly methods for water treatment, air pollution control, and effective waste management.

  • PO-1- Fundamental Engineering Application: Apply the principles of mathematics, science, and core engineering fundamentals to solve complex problems in civil engineering domains such as structures, geotechnics, and construction.
  • PO-2- Analytical Thinking & Problem Solving: Identify and analyse civil engineering problems using critical reasoning, engineering sciences, and research literature to develop well-supported conclusions.
  • PO-3- Designing for Real-World Needs: Design civil engineering solutions, systems, or components that meet desired specifications with considerations for safety, sustainability, societal impact, and regulatory compliance.
  • PO-4- Scientific Investigation & Data Interpretation: Formulate and investigate complex engineering issues through experiments, data analysis, and interpretation to arrive at evidence-based conclusions.
  • PO-5- Technology Integration & Tool Mastery: Use modern engineering tools, simulation software, and IT resources effectively for civil engineering design, analysis, and project execution, understanding their capabilities and limitations.
  • PO-6- Societal Awareness & Professional Responsibility: Apply contextual knowledge to assess societal, health, safety, legal, and cultural considerations relevant to civil engineering practices and responsibilities.
  • PO-7- Environmental Consciousness & Sustainable Practice: Demonstrate an understanding of the environmental impact of civil engineering solutions and apply principles of sustainable development in professional work.
  • PO-8- Ethical Understanding in Engineering Practice: Adhere to ethical standards and professional responsibilities in civil engineering, demonstrating integrity in decision-making and project execution.
  • PO-9- Team Collaboration & Leadership: Function effectively both as an individual and as a leader or member in diverse and multidisciplinary teams, contributing positively to collaborative engineering tasks.
  • PO-10- Effective Technical Communication: Communicate civil engineering concepts, designs, and research findings clearly and effectively through technical reports, documentation, presentations, and interpersonal communication.
  • PO-11- Project Execution & Managerial Skills: Apply engineering and management principles to efficiently plan, manage, and execute civil engineering projects, considering economic and resource constraints.
  • PO-12- Continuous Learning & Technological Adaptability: Recognize the importance of lifelong learning and independently engage in continuous professional development to keep pace with evolving civil engineering technologies and practices.

  • PSO-1- Apply domain-specific knowledge to analyse, design, and execute civil engineering projects in the areas of structural engineering, hydraulics, and irrigation systems.
  • PSO-2- Design and implement civil engineering solutions that address environmental sustainability, ecological balance, energy conservation, and safety standards.
  • PSO-3- Plan and manage civil engineering projects by applying relevant codes of practice, modern construction techniques, and appropriate material selection.
  • PSO-4- Utilize modern tools, digital technologies, and innovative practices such as GIS, BIM, and remote sensing for effective planning, design, and monitoring of civil infrastructure projects.

  • PEO-1- Build successful careers by applying civil engineering knowledge to develop innovative, sustainable, and resilient infrastructure solutions while upholding ethical and professional standards.
  • PEO-2- Excel in research, development, and higher education by leveraging scientific methods and emerging technologies such as Building Information Modeling (BIM), Geographic Information Systems (GIS), and smart construction practices.
  • PEO-3- Foster entrepreneurial mindset and lifelong learning to adapt to technological advancements, address societal challenges, and lead multidisciplinary teams for impactful decision-making.
  • PEO-4- Exhibit leadership, teamwork, and effective communication skills to work in multidisciplinary and multicultural environments at national and international levels.

Curriculum

  • Engineering Mathematics-I
  • Engineering Physics
  • Basic Mechanical Engineering
  • Basic Civil & Engineering Mechanics,
  • Communication Skills
  • Health, Hygiene & Yoga
  • Rural Outreach

CAREERS AND EMPLOYABILITY

Structural Design Engineer
Construction Project Engineer
Transportation Systems Engineer
Geotechnical & Foundation Engineer

ELIGIBILITY CRITERIA

12th with Mathematics

Diploma in any Discipline

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