Semester-wise syllabus for B.Tech in Water Resources Engineering

 

Year 1: Foundation in Civil Engineering & Basic Sciences 

Semester 1 

1. Mathematics-I 

   - Calculus, matrices, differential equations. 

2. Physics-I

   - Mechanics, thermodynamics, fluid basics. 

3. Chemistry/Environmental Science 

   - Chemical processes, water quality basics. 

4. Engineering Mechanics 

   - Statics, dynamics, equilibrium. 

5. Introduction to Civil Engineering 

   - Overview of civil engineering domains (water, structural, environmental). 

6. Lab-I 

   - Basic material testing (soil, aggregates, cement). 

 

Semester 2 

1. Mathematics-II 

   - Probability, statistics, Fourier transforms. 

2. Engineering Graphics & CAD 

   - Technical drawing, AutoCAD for hydraulic designs. 

3. Building Materials 

   - Concrete, steel, and sustainable materials. 

4. Programming in Python/C 

   - Basics for data analysis and modeling. 

5. Lab-II 

   - Surveying (leveling, theodolite), fluid properties experiments. 

 

Year 2: Core Water Resources Principles 

Semester 3 

1. Fluid Mechanics 

   - Bernoulli’s equation, pipe flow, open channel flow. 

2. Hydrology 

   - Precipitation, runoff, infiltration, hydrographs. 

3. Soil Mechanics 

   - Soil classification, permeability, compaction. 

4. Surveying & Geomatics 

   - GPS, GIS basics, terrain mapping. 

5. Lab-III 

   - Flow measurement (weirs, flumes), permeability tests. 

 

Semester 4 

1. Hydraulic Engineering 

   - Design of canals, spillways, and energy dissipators. 

2. Water Resources Systems 

   - Reservoir planning, water allocation, drought management. 

3. Environmental Engineering 

   - Water treatment, wastewater management. 

4. Structural Analysis 

   - Basics of beams, columns, and hydraulic structures. 

5. Lab-IV 

   - Water quality analysis (pH, BOD, COD), hydraulic modeling (HEC-RAS). 

 

Year 3: Advanced Water Systems & Design 

Semester 5 

1. Irrigation Engineering 

   - Canal networks, drip/sprinkler systems, water budgeting. 

2. Groundwater Engineering 

   - Aquifer properties, well hydraulics, contamination. 

3. Watershed Management 

   - Erosion control, rainwater harvesting, GIS applications. 

4. Elective-I 

   - Climate Change & Water Resources or Remote Sensing. 

5. Lab-V

   - Pump testing, irrigation system design, GIS mapping (ArcGIS). 

 

Semester 6 

1. River Engineering 

   - Flood control, river training, sediment transport. 

2. Hydropower Engineering 

   - Turbines, dam design, small hydropower systems. 

3. Water Policy & Economics 

   - Cost-benefit analysis, national water policies, transboundary issues. 

4. Elective-II 

   - Urban Water Management or Desalination Technologies. 

5. Lab-VI

   - Flood modeling (HEC-HMS), hydropower simulations. 

6. Mini-Project 

   - Example: Designing a rainwater harvesting system for a community. 

 

Year 4: Specializations & Industry Integration 

Semester 7 

1. Environmental Impact Assessment (EIA) 

   - Water projects, mitigation strategies, regulatory frameworks. 

2. Advanced Hydraulic Structures 

   - Dams, barrages, coastal protection systems. 

3. Elective-III 

   - Water-Energy-Food Nexus or Disaster Management in Water Resources. 

4. Project Management 

   - Agile methods, risk assessment, contract management. 

5. Lab-VII 

   - Coastal zone modeling, groundwater remediation experiments. 

6. Internship/Industrial Training 

   - Fieldwork with irrigation departments, NGOs, or consultancies. 

 

Semester 8 

1. Emerging Trends 

   - AI/ML in hydrology, smart water grids, green infrastructure. 

2. Professional Ethics & Water Laws 

   - IPR, environmental ethics, international treaties (e.g., UN Water Convention). 

3. Capstone Project 

   - Example projects: 

     - Designing a flood forecasting system using IoT sensors. 

     - Sustainable urban drainage system (SUDS) for a smart city. 

4. Viva/Comprehensive Exam 

   - Assessment of core water resources engineering concepts. 

 

Elective Options 

- Remote Sensing & GIS: Satellite data for water resource mapping. 

- Climate Change Adaptation: Drought/flood resilience strategies. 

- Groundwater Remediation: Contaminant removal techniques. 

- Coastal Zone Management: Erosion control, mangrove restoration. 

- Water-Energy Nexus: Hydropower optimization, thermal plant cooling.