Theory Courses
Term [Year] Title of Course No. of Credits
June [25-26] CE 488: Global Warming and Climate Change 3
June [25-26] CEWM 1165: Impact of Climate Change on Water Resources 3
Jan [25-26] CE 488: Global Warming and Climate Change 3
Jan [25-26] WR 565: Impact of Climate Change on Water Resources 3
Jul [24-25] CE 333: Fluid Mechanics and Hydraulic Machine 3
Jul [24-25] WR 511: Applied Hydrology 3
Jul [23-24] CE 2004D: Surveying 3
Laboratories
Term [Year] Title of Course No. of Credits
June [25-26] CE 412: Computational Lab 2
June [25-26] CE 24237: Engineering Surveying Lab 2
June [25-26] CE 24239: Materials Lab 2
Jan [25-26] CE 226: Surveying Lab II 2
Jan [25-26] CE 121: Engineering Mechanics Lab 2
Jul [24-25] CE 216: Fluid Mechanics Lab (Civil) 2
Jul [24-25] CE 334: Fluid Mechanics Lab (Mechanical) 2
Jul [24-25] CE 412: Computational Lab 2
Jul [24-25] CE 217: Engineering Geology Lab 2
Jan [24-25] CE 325: Geotechnical Engineering Lab 2
Jan [24-25] CE 326: Transportation Engineering Lab 2
Jul [23-24] CE2091E: Material Testing Lab 2
Jul [23-24] CE2094E: Geotechnical Engineering Lab 2
Learning Objectives :
Understand the science of global warming
To generate awareness on Climate Change and Sectors that would be affected
Identify impacts of climate change and explore climate models and projections
Mitigation and Adaptation in a New world
Learning Objectives :
Understand the climate processes, and in-depth knowledge about climate change (extreme events)
Apprehend the atmospheric thermodynamics processes.
Comprehend the concept of GCM, RCM, SREs and downscaling
Apply knowledge of climate model for future prediction in their research work
Learning Objectives :
The basic concept of fluid mechanics
Apply conservation laws to derive flow equations for different flow problems
Able to calculate major and minor losses associated with real engineering piping problems.
Predict the boundary layer thickness and other boundary layer properties.
Learning Objectives :
Understand the relationships between the atmospheric parameters such as temperature, humidity, vapour pressure, precipitation etc.
Predict hydrologic extreme events for hydraulic and hydrologic design
Develop forecasting models for operation of hydrologic systems
Assess surface water resources
Learning Objectives :
Explain the basic concepts and types of research
Develop research design and techniques
Present research to the scientific community
Develop an understanding of the ethical dimensions of conducting research
Learning Objectives :
Understand the Fundamentals of Surveying
Surveying Instruments and Tools
Linear and Angular Measurements
Tacheometry and Curve Setting Techniques
Understand Modern Surveying Techniques
