The Bachelor in Environment Engineering & Waste Management (BE Environment) at Bagmati University is a four-year, eight-semester undergraduate engineering program comprising 150 credit hours. It integrates environmental science and engineering with modern technologies to address environmental pollution, climate change, waste management, sustainable resource use, and environmental protection. The curriculum includes environmental monitoring, pollution control, water resources, solid-waste engineering, GIS and AI, environmental impact assessment, circular economy, sustainable engineering, and waste-treatment technologies. The program also includes laboratory work, field visits, industry placement, and project-based learning.
Duration
Discipline
Level
Affiliation
Last Updated
Semester I
Course Code | Course Title |
BSC411 | Mathematics - I |
BSC412 | Physics |
BSC413 | Basics of Electrical & Electronics |
BCT414 | Basic Computer Science |
BSC415 | Ecology and Environmental Biology |
BCE416 | Engineering Drawing and CAD-I |
BEN417 | Basic Environmental Engineering |
Semester II
Course Code | Course Title |
BSC421 | Mathematics-II |
BSC422 | Chemistry |
BSC423 | Applied Mechanics & Thermodynamics |
BSC424 | Introduction to Environmental Science & Sustainable Development |
BEN425 | Materials Science for Environmental Engineers |
BCE426 | Introduction to Survey |
BCE427 | Engineering Drawing and CAD-II |
Semester III
Course Code | Course Title |
BSC431 | Probability & Statistics |
BSC432 | Geology |
BHS433 | Environmental Laws, Ethics and Policies |
BEN434 | Bioengineering and Bioremediation |
BEN435 | Solid Waste Engineering-I |
BEN436 | Air Pollution and Climate Impact |
BEN437 | Basic Water Resources Engineering |
Semester IV
Course Code | Course Title |
BCT441 | Computational Geoscience: GIS & AI |
BHS442 | Environmental Sociology |
BCE443 | Water Supply & Sanitation Engineering |
BCE444 | Structural Mechanics |
BHS445 | Environmental Economics |
BEN446 | Environmental Monitoring and Instrumentation |
BEN447 | Waste Management and Treatment (Design-1) |
Semester V
Course Code | Course Title |
BEN451 | Energy Resource Engineering |
BEN452 | Sustainable Engineering and Green Design |
BEN453 | Pollution Control Technologies |
BEN454 | Environmental Impact Assessment |
BEM455 | Project Planning and Implementation |
BEM456 | Project Management |
Semester VI
Course Code | Course Title |
BEN461 | Zero Waste & Circular Economy |
BEN462 | Life Cycle Assessment (LCA) and Environmental Foot printing |
BSC463 | Research Methodology |
BEN464 | Sustainable Finance and Carbon Management |
BEN465 | Advanced Water Resources Engineering |
BEM466 | Project Management |
Semester VII
Course Code | Course TItle |
BEN471 | Disaster Risk Management |
BEN472 | Smart Solid Waste Management & Use of AI |
BEN473 | Waste Recovery and Resource Optimization (Design II) |
BEN474 | Sustainable Urban Planning |
Elective I | |
BEN475 | Project |
Semester VIII
Course Code | Course Title |
Elective II | |
BEM481 | Emerging Trends in Waste Management |
BEM482 | Environmental Management Systems |
BEM483 | Industry Placement |
Possible Elective Courses
Course Code | Course Title |
BEM901 | Hazardous Waste Management |
BEM902 | Landfill Design and Management |
BEM903 | Groundwater Contamination and Remediation |
BEM904 | Industrial Waste Treatment and Management |
BEM905 | Plastic Waste Management and Microplastics |
BEM906 | Composting and Organic Waste Processing |
BEM907 | E-Waste Management and Recycling |
BSC908 | Environmental Biotechnology |
BEM909 | Environmental Auditing and Corporate Compliance |
BEM910 | Climate Resilient Infrastructure Planning |
BEM911 | Climate Modeling and Emissions Forecasting |
After completing the program, graduates will be able to:
Apply engineering and scientific principles to solve environmental problems.
Design and implement sustainable waste-management and treatment systems.
Analyze and control air, water, soil, and other forms of environmental pollution.
Apply environmental monitoring and instrumentation techniques.
Design solutions for solid-waste collection, treatment, recovery, recycling, and resource optimization.
Apply principles of water supply, sanitation, and water-resource management.
Conduct Environmental Impact Assessments (EIA) and environmental risk assessments.
Apply GIS, AI, IoT, and other digital technologies to environmental monitoring and management.
Develop sustainable and climate-resilient environmental infrastructure.
Apply circular-economy, zero-waste, life-cycle assessment, and resource-efficiency principles.
Analyze environmental laws, policies, ethics, and economic considerations.
Conduct environmental research and develop evidence-based solutions.
Demonstrate project management, teamwork, communication, leadership, and problem-solving skills.
Apply professional and sustainable practices in environmental engineering.
Pursue careers as environmental engineers, waste-management engineers, environmental consultants, EIA specialists, pollution-control professionals, sustainability officers, environmental researchers, and environmental project managers.
