To equip and enrich the students for the requirements of the Industry, the Civil Engineering curriculum is designed to integrate the industry 4.o courses like AI, Data Analytics, 3D printing, IoT, BIM with the core domains like Surveying, Structures, Environmental, Water Resources, Transportation, Geotechnical and Construction Management.

Career Prospects
A career as a civil engineer offers several lucrative job avenues in government, public & private sectors.

  • Junior Engineer/Design Engineer in construction industries, infrastructure projects, underground utilities, water and environmental solutions, geotechnical, calamities and mitigations.
  • BIM Engineer/Modeller in Construction Industries.
  • GIS Engineer/Developer in Infrastructure projects.
  • Research fellows in research organizations and funded projects.
  • Entrepreneur/Contractor/Consulting engineer.

Building Information Modelling (BIM) and Digital Twin technologies are increasingly used in the planning, design, construction and management of buildings and infrastructure. This specialisation introduces students to digital approaches for developing, visualising and managing infrastructure projects across their lifecycle. The curriculum covers BIM-based modelling, 3D visualisation, digital construction workflows, project information management and the application of Digital Twin technologies.

Students learn how to integrate architectural, structural and building services data within digital models to support design coordination, construction planning and project monitoring. They also gain an understanding of data-driven tools used to assess building performance, monitor construction progress and manage infrastructure assets. These areas of study provide a foundation for applying digital technologies to contemporary civil engineering projects.

Career After B.Tech. Civil Engineering (Specialisation in Building Information Modelling & Digital Twin)

Graduates can pursue careers in digital construction, infrastructure design, project coordination, and technology-driven construction management. Potential career roles include:

  • Building Information Modelling (BIM) Engineer
  • BIM Coordinator
  • BIM Modeller
  • Digital Twin Engineer
  • Digital Construction Specialist
  • Construction Planning Engineer
  • Infrastructure Design Engineer
  • BIM Project Consultant

Geospatial Technology plays an important role in surveying, infrastructure development, land management, and urban planning. This specialisation introduces students to the collection, processing, analysis and interpretation of geographical and spatial data for civil engineering applications. The curriculum covers Geographic Information Systems (GIS), remote sensing, Global Navigation Satellite Systems (GNSS), digital mapping and spatial data analysis.

Students develop an understanding of how geospatial information is used to assess land characteristics, map infrastructure networks, analyse terrain conditions and support site selection and development planning. The specialisation also explores the application of geospatial tools in transportation planning, water resource management, environmental monitoring and disaster risk assessment.

Career After B.Tech. Civil Engineering (Specialisation in Geospatial Technology)

  • GIS Engineer
  • GIS Analyst
  • Geospatial Data Analyst
  • Remote Sensing Specialist
  • Survey Engineer
  • Geospatial Application Developer
  • Spatial Data Specialist
  • Infrastructure Planning Engineer

Planning and execution of turnpike projects involving construction of buildings, bridges, airports, dams, etc, involves Structural Engineers. Structural Engineers are specialized in particular fields, such as bridge engineering, building engineering, industrial structures etc. The curriculum of the program is well drafted to meet the trends of the growing infrastructure. Experts from Industry, Academics, alumni and employers feed in their inputs for the development of the curriculum content.

Curriculum Highlights

  • The curriculum is based on inputs from industry advisory board and feedback from student’s alumni, employers and educational experts.
  • Industry offered courses from L & T is incorporated in the curriculum
  • Involvement of Students in funded projects and consultancy activities.
  • Projects in collaboration with research centres and industries.

Career Prospects

  • A career as a structural engineer offers several lucrative job avenues in government, public & private sectors.
  • Construction designer/Structural consultant/BIM manager in construction industries, infrastructure projects.
  • Research fellows in research organizations like CSIR-SERC, CLRI, BARC and in projects funded by GoI.
  • Entrepreneur/Contractor/Consulting engineer.
  • PEO I: Demonstrate the knowledge acquired in the analysis and design of structures using national and International codes.
  • PEO II: Exhibit proficient skills in advanced structural analysis and design and carry out quality research for sustainable development.
  • PEO III: Practice professional and ethical norms while undertaking projects and consultancy works to fulfil the societal needs.

Graduates will have ability to:

  • PO 1: Independently carry out research /investigation and development work to solve practical problems.
  • PO 2: Write and present a substantial technical report/document.
  • PO 3: Operate advanced engineering tools for the critical analysis, to solve structural engineering problems.
  • PO 4: Design the structural systems by satisfying the safety and sustainability requirements in order to meet societal needs.

Environmental and Water Resources Engineering deals to settle the issues of water, air, and land in accordance with the need for a sustainable environment through which clean India Mission and development of smart cities can be implemented by the integrated interdisciplinary projects.

Career Opportunities

  • Government sectors such as State Pollution Control Boards (PCB), Central Pollution Control Board (CPCB), Public Works Department (PWD), Water Supply and Drainage Board
  • Industries and research organisations like NEERI, CWRDM, CLRI AND CSIR.
  • Private sectors
  • PEO I: Demonstrate the knowledge acquired for planning, designing and operation of environment and water resources systems.
  • PEO II: Exhibit proficient skills in the field and to conduct high-value research on environment and water resources.
  • PEO III: Practice professional and ethical norms with prioritization to public health and safety, natural resources protection, and environmental sustainability.

Graduates will have ability to:

  • PO 1: Independently carry out research /investigations and development work to solve practical problems.
  • PO 2: Write and present a substantial technical report/document.
  • PO 3: Demonstrate a degree of mastery in the area of environment and water resources engineering.
  • PO 4: Plan, analyze, design and monitor an environment system for sustainable development.
  • PO 5: Plan, design and manage water resources systems for optimal utilization and conservation in the changing climate scenario.

The Department of Civil Engineering offers both full time and part time Ph.D programmes in all major areas of Civil Engineering. Ph.D Research activities are carried out in the thrust areas of Water and WasteWater Treatment, Low Cost Building Materials, Optimization of Structural Elements Using Genetic Algorithm and Neural Networks, Behavior of Concrete materials under elevated temperature, Lateral Load behaviour of Tall Buildings, Advanced Building Materials, Earthquake resistant structures, Low cost alternate wall system, Confining of infill Masonry walls, Water quality prediction modelling, GIS in Watershed Management and Infrastructure Development, Application of Isotope in Water Resources, Bio-fuel Cells, Change deduction analysis of Urban area using GIS, Remote Sensing, Groundwater flow and contaminant transport, Nanotechnology in Water and Waste Water Treatment, Hydrological Modelling, Climate studies , Air Pollution,

The department has faculty from IITs, NITs, and leading international universities to guide the research scholars and has excellent research facilities for conducting research. In addition to generous funding for research by the university, the school also receives external grants from DST and other prestigious agencies.

The faculty regularly publishes their research work in peer reviewed international journals and conferences. The department frequently conducts national level and international level conferences/seminars to enhance academic and research interaction among researchers.