Mode: Full Time only, Duration: 8 Semesters, Admission through JEE (Advanced)

Mode: Full Time, Part Time & Sponsored Full Time
Qualifying Degree: Read here
Duration: 4 Semesters (Full Time/ Sponsored Full Time)/ 6 Semesters (Part Time)
Admission through COAP (Full Time) & Interview (Part Time/ Sponsored Full Time)

Sponsoring Industry: L&T Construction
Duration: 4 Semesters
Admission through L&T BIS

Mode: Full Time, Part Time & Sponsored Full Time
Qualifying Degree: Read here
Duration: 4 Semesters (Full Time/ Sponsored Full Time)/ 6 Semesters (Part Time)
Admission through GATE (Full Time) & Interview (Part Time/ Sponsored Full Time)

Mode: Full Time, Part Time & Sponsored Full Time
Duration: Read Here
Admission through interview.

Construction Management; Construction Technology; Financial Analysis; Contract Administration, Quantitative Methods In Construction Management; Infrastructure Project Management Risk And Financial Management; Sustainable Construction, Green Building, Resilient Infrastructure, Design Management, Automation In Construction; BIM (Building Information Modeling) In Construction Projects;

Urban Air Quality Management; Indoor Air Pollution; Water And Waste Water Treatment; Emerging Water Contaminants (Nano Particles, Antibiotics); Urban Water And Waste Water Management; Non-Point Source Pollution; Membrane Biological Treatment Process; Modeling, Simulation And Optimization Of Environmental Systems; Environmental Impact Assessment; Human Health Risk Assessment; Solid Waste Management; Incineration Waste-To-Energy; Circulating Fluidized Bed Operations; Landfill Management; Carbon Sequestration; Sustainable Development (Urban Cities/Growth Centres); Environmental Risk Analysis, GIS And Remote Sensing Applications For Environmental Management. Aerosol Characterization, Local And Regional Air Quality, Climate Change And Health Impact.

Soil Mechanics And Foundation Engineering; Rock Mechanics, Rock Engineering And Underground Structures; Rock Dynamics; Geo-Environmental Engineering; Landfills; Ash Ponds And Ash Utilization; Geotechnical Re-Utilization Of Waste; Energy Geotechnology; Slope Stability And Dams; Ground Improvement; Geosynthetics; Reinforced Soils; Soil Dynamics And Earthquake Geotechnics; Foundations For Industrial Machines; Site Specific Response Studies; Engineering Geology; Seismic Hazard Analysis And Microzonation; Expansive Soils; Geophysical Methods; Geotechnology For Tracks And Pavements; Blast And Impact Analysis; Dynamic Behaviour Of Tunnels And Slopes; Landslides In Static And Dynamic Conditions; Offshore Geotechnology; Constitutive Modelling; Numerical Methods; Mechanics Of Granular Materials; Post- Geodisaster Reconnaissance Studies; Bioinspired Geotechnics.

Analysis And Design Of Structures; Tall Buildings; Bridges; Earthquake Engineering; Wind Engineering; Offshore Structures; Masonry, RCC And Steel Structures; Concrete Technology; Structural Dynamics; Structural Control; Wave Propagation; Constitutive Modeling; Computational Methods; Modeling Of Damage, Plasticity And Creep Of Concrete; Durability Of Concrete; Rebar Corrosion; Modeling Of Cements; Supplementary Cementitious Materials; Use Of Marble, Granite Or Other Waste Powder In Concrete; Composites; High Performance Concrete; Self-Compacting Concrete; Structural Health Monitoring; Smart Materials And Structures; Meta Material; Tensegrity Structures; Biomechanics; Engineered Bamboo Structures; Artificial Intelligence; Damage Assessment And Strengthening; Microstructural Modeling; Mechanics Of Composite Materials; Non-Destructive Testing And Evaluation Using Ultrasound; Subsurface Imaging Using Ultrasonic Wave Propagation; Piezoelectric Energy Harvesting; Radiation Damage; Nanomechanics; Multiscale Modeling; Fracture And Failure Modeling; Mechanics Of Glasses & Disordered Materials; Atomistic Modeling, Machine Learning.

Transport Planning; Transport Policy; Transportation Safety; Construction Work Zone Safety; Heterogeneous Traffic Flow Modeling; Traffic Safety And Capacity Of Hill Roads; Mass Transportation Planning; Urban Transport Infrastructure Planning And Design; Non-Motorized Transport Planning; Modeling Of Pedestrian Behavior; Activity-Travel Behavior Analysis; Network Modeling; Transportation Logistics And Optimization; Traffic Operations; Geometric Design Of Transportation Infrastructure; Characterization Of Pavement Materials; Pavement Design (Flexible And Rigid); Damage Modeling Of Bitumen And Bituminous Mixtures; Constitutive Modeling Of Pavement Materials; Recycling Of Civil Infrastructure Materials; Rheology Of Asphaltic Materials; Condition Assessment Of Highway Infrastructure; Pavement Management Systems; Highway Engineering; Airport Infrastructure.

Hydrology In Natural And Urban Environment; Hydrological Modeling And Simulation; Stochastic Processes; Data Mining In Hydrology; Flood Forecasting And Modeling; Snow And Glacier Hydrology; Snow Dynamics; Hydroclimatology; Climate Change Effects In Water Resources; Watershed Modeling; Large River Basin Modeling; Water Resources Systems, Planning And Management; Water Allocation; Water Resources Conflicts; Irrigation Management; Flow Through Porous Media; Groundwater Modeling; Ground Water Contamination & Remediation; Contaminant Transport Modeling; Leachate Pollution; Bioremediation; River Water Quality Modeling; Environmental Impact Assessment Of Water Resources Projects; Surface And Subsurface Drainage; Hydraulic Structures; Sediment Transport; Application Of Numerical Methods, CAD, FEM, GIS, And Remote Sensing In Water Resources Engineering. Slurry Pipeline, CFD Modeling Of Multiphase Flows, Economic Analysis Of Water Resources Projects; Anomalous Hydro Dynamics; Transport Phenomena.