*Semester 1: Fundamentals* 

1. *Mathematics I*: Algebra, calculus, trigonometry. 

2. *Physics*: Mechanics, thermodynamics, fluid basics. 

3. *Chemistry*: Inorganic, organic, and environmental chemistry basics. 

4. *Environmental Studies*: Ecosystems, biodiversity, natural resources. 

5. *Engineering Drawing & CAD*: Technical drafting, AutoCAD basics. 

6. *Communication Skills*: Technical writing, presentations. 

 

*Practical*: Basic lab experiments in physics, chemistry, and environmental science. 

 

*Semester 2: Core Principles* 

1. *Mathematics II*: Differential equations, statistics for environmental analysis. 

2. *Environmental Chemistry*: Water/air/soil chemistry, pollutants. 

3. *Fluid Mechanics*: Flow dynamics, pumps, pipelines. 

4. *Ecology & Biodiversity*: Conservation, sustainable practices. 

5. *Computer Applications*: MS Office, basics of MATLAB/Python. 

6. *Workshop Practice*: Introduction to environmental equipment and tools. 

 

*Practical*: Fluid mechanics experiments, environmental sampling techniques. 

 

*Semester 3: Environmental Systems* 

1. *Water Supply Engineering*: Sources, treatment, distribution systems. 

2. *Air Pollution & Control*: Pollutants, monitoring, filtration technologies. 

3. *Waste Management*: Solid waste, recycling, landfill design. 

4. *Environmental Microbiology*: Role of microbes in pollution control. 

5. *Lab I*: Water quality testing (pH, BOD, COD, turbidity). 

6. *Field Visit*: Water treatment plants, recycling facilities. 

 

*Practical*: Air quality monitoring (PM2.5, SO₂, NOₓ). 

 

*Semester 4: Advanced Technologies* 

1. *Wastewater Engineering*: Treatment methods, sewage systems. 

2. *Environmental Impact Assessment (EIA)*: Methods, case studies. 

3. *Renewable Energy Systems*: Solar, wind, biogas technologies. 

4. *Soil Mechanics & Geotechnology*: Soil pollution, remediation. 

5. *Lab II*: Wastewater analysis, soil testing. 

6. *Elective I*: Climate Change / Environmental Law & Policy. 

 

*Practical*: GIS applications in environmental mapping. 

 

*Semester 5: Specialization & Management* 

1. *Solid Waste Management*: Incineration, composting, circular economy. 

2. *Environmental Auditing*: Compliance, ISO 14001 standards. 

3. *Remote Sensing & GIS*: Environmental data analysis. 

4. *Project Management*: Budgeting, timelines, documentation. 

5. *Lab III*: Environmental modelling software (e.g., SWMM, AERMOD). 

6. *Elective II*: Environmental Hydrology / Green Building Design. 

 

*Practical*: Design of a small-scale EIA report. 

 

*Semester 6: Industry Integration* 

1. *Internship*: 6–8 weeks in industries like water treatment, NGOs, or pollution control boards. 

2. *Major Project*: Solve real-world problems (e.g., river remediation, waste-to-energy systems). 

3. *Emerging Trends*: Green technologies, carbon footprint reduction. 

4. *Viva Voce*: Project defence and comprehensive exams. 

 

*Electives (Semesters 4–5):* 

- Climate Change Adaptation 

- Environmental Law & Policy 

- Industrial Safety & Hazard Management 

- Environmental Hydrology 

- GIS & Remote Sensing 

 

*Key Labs & Practical’s:* 

- *Water Quality Analysis*: BOD, COD, heavy metal testing. 

- *Air Pollution Monitoring*: Gas sensors, particulate matter analysis. 

- *Soil Testing*: Nutrient analysis, contamination studies. 

- *Wastewater Treatment*: Coagulation, filtration, disinfection. 

- *GIS Software*: Mapping pollution hotspots. 

 

*Supportive Courses:* 

- Environmental Economics 

- Occupational Health & Safety (OSHA standards) 

- Sustainable Development Goals (SDGs) 

- Disaster Management