BSc in Environmental Management

BSc in Environmental Management at SchEMS, Kathmandu

The BSc in Environmental Management at SchEMS is an undergraduate environmental program affiliated with Pokhara University. SchEMS has offered the program since 1999, with an intake capacity of 96 seats.

The college also refers to the program as B.Sc. in Environmental Science and Management. Its academic coverage brings together environmental science, ecology, resource management, environmental policy, assessment, monitoring, climate change, conservation, field-based study, and research. Pokhara University includes Bachelor of Science in Environmental Management among its undergraduate Science and Technology programs.

Quick highlights

Field	Details
Course	BSc in Environmental Management
Level	Undergraduate
College	School of Environmental Science and Management (SchEMS)
Location	Kritimarg-32, Koteshwor, Kathmandu, Nepal
Affiliation	Pokhara University
Offered at SchEMS since	1999
Seat capacity	96
Academic area	Environmental science and management
Learning components	Fieldwork, research projects, case studies and laboratory work
Research component	Research Methodology, proposal writing and Thesis Work

SchEMS began its environmental undergraduate program in 1999 and later expanded its academic portfolio into postgraduate environmental study, management, and computing programs.

What students study in BSc Environmental Management

The course combines scientific study with the management, policy, planning, and social dimensions of environmental issues. Early subjects establish a base in biology, chemistry, physics, mathematics, geology, soil, microbiology, ecology, and environmental chemistry. Later study shifts toward biodiversity, hydrology, environmental engineering, economics, policy, environmental assessment, monitoring, governance, planning, disaster risk, watershed management, climate change, research, and thesis work.

This mix is significant because environmental management work rarely depends on a single discipline. Scientific measurements may need to be considered alongside policy, economics, project management, resource use, land and water systems, environmental governance, and community or social factors.

The curriculum reflects that breadth through subjects drawn from environmental science, mathematics, statistics, economics, sociology, management, and research.

Curriculum progression

Semester I

The first semester begins with general science, mathematics, communication, and earth-related environmental foundations.

Course Code	Subject	Academic Area
ENG 101	General English	Communication
MTH 102	Fundamental of Mathematics	Mathematics
ENV 103	Introductory Biology	Biological science
ENV 104	Introductory Chemistry	Chemistry
ENV 105	Introductory Physics	Physics
ENV 106	Environmental Geology and Soil	Earth and soil systems

These subjects provide the scientific base needed for later work in ecology, environmental chemistry, hydrology, environmental assessment, monitoring, and resource management.

Semester II

Semester II continues the science foundation while introducing environmental microbiology and ecology more directly.

Course Code	Subject	Academic Area
ENG 107	Communication and Technical English	Technical communication
MTH 108	Applied Mathematics	Mathematics
ENV 109	Environmental Microbiology	Environmental biology
ENV 110	Environmental Chemistry	Environmental chemistry
ENV 111	Ecology and Environment Science	Ecology

The semester connects basic scientific study with subjects that examine organisms, chemical processes, ecosystems, and environmental conditions.

Semester III

The third semester broadens the course beyond natural science by incorporating sociology, economics, and statistics.

Course Code	Subject	Academic Area
SOC 201	Environmental Sociology	Society and environment
ECO 202	Fundamental Economics	Economics
STS 203	Applied Statistics	Quantitative analysis
ENV 204	Biodiversity and Biotechnology	Biodiversity
ENV 205	Hydrology and Meteorology	Water and atmosphere

This stage introduces students to the human and economic dimensions of environmental management while continuing scientific study through biodiversity, hydrology, and meteorology.

Semester IV

The fourth semester moves further into environmental resources, engineering, economics, policy, and management.

Course Code	Subject	Academic Area
ENV 206	Environmental Resources and Sustainable Development	Resource management
ECO 207	Environmental Economics and Trade	Environmental economics
ENV 208	Environmental Engineering	Applied environmental science
MGT 209	Environmental Policy, Laws and Conventions	Policy and governance
MGT 210	Project Management	Management

Students at this stage encounter both technical and administrative aspects of environmental work. Environmental Engineering addresses applied technical concerns, while policy, laws, conventions, economics, and project management introduce the institutional and decision-making side of environmental management.

Semester V

Semester V concentrates strongly on environmental management practice and analytical approaches.

Course Code	Subject	Academic Area
ENV 211	Sustainable Tourism Management	Tourism and environment
ENV 212	Environmental Management System	Management systems
ENV 213	Environmental Assessment Techniques	Environmental assessment
ENV 214	Environmental Monitoring	Monitoring
ENV 215	Environmental Governance	Governance
ENV 216	Geo-information Management	Spatial information

Environmental Assessment Techniques and Environmental Monitoring are particularly relevant to students interested in assessing environmental conditions and studying changes in environmental quality. Geo-information Management adds a spatial component, while Environmental Governance deals with institutional and decision-making processes.

Semester VI

The sixth-semester subjects move into planning, risk, urban environmental issues, watersheds, and environmental technology.

The curriculum includes:

• Comprehensive Environmental Planning and Conflict Management

• Disaster and Risk Assessment Techniques

• Urban Development and Environmental Management

• Integrated Watershed Management

• Environmental Technology

These subjects connect environmental study with planning and management decisions involving settlements, watersheds, risks, technologies, and competing environmental interests.

Semester VII

The later part of the curriculum brings together aquatic systems, climate change, health, research, proposal development, and thesis work.

Course Code	Subject	Academic Area
ENV 301	Aquatic Environmental Management	Aquatic systems
ENV 302	Climate Change and Society	Climate and society
RCH 303	Research Methodology	Research
ENV 304	Environmental Health and Sanitation	Environment and health
ENV 305	Emerging Issues Seminar and Proposal Writing	Research preparation
ENV 306	Thesis Work	Independent research

The inclusion of Research Methodology, proposal writing, and Thesis Work places formal research within the undergraduate curriculum rather than treating research only as an additional activity.

Main academic areas

Although the curriculum contains many individual subjects, several larger themes run through the course.

Environmental science foundations

Biology, chemistry, physics, geology, soil science, microbiology, environmental chemistry, ecology, hydrology, and meteorology establish the scientific side of the degree.

These subjects help students understand the physical, chemical, biological, and ecological processes that environmental management decisions may need to address.

Biodiversity and natural resources

Biodiversity and Biotechnology, Environmental Resources and Sustainable Development, Integrated Watershed Management, and Aquatic Environmental Management introduce different forms of natural-resource and ecosystem study.

The curriculum therefore covers both terrestrial and aquatic environmental concerns rather than concentrating only on pollution or urban environmental issues.

Environmental assessment and monitoring

Environmental Assessment Techniques and Environmental Monitoring provide a clear applied strand within the program.

This area also connects with the wider environmental work undertaken by SchEMS, which includes Environmental Impact Assessment (EIA), Strategic Environmental Assessment (SEA), environmental baseline studies, climate adaptation studies, GIS and remote sensing, and environmental data analysis and management.

Policy, governance, economics, and management

Environmental management involves institutional and economic decisions as well as science. The curriculum addresses this through:

• Environmental Economics and Trade

• Environmental Policy, Laws and Conventions

• Project Management

• Environmental Management System

• Environmental Governance

• Comprehensive Environmental Planning and Conflict Management

• Sustainable Tourism Management

These subjects give the course a management and policy dimension alongside its scientific content.

Climate change and disaster risk

Climate Change and Society appears in the later curriculum, while Disaster and Risk Assessment Techniques addresses environmental hazards and risk.

SchEMS also works in areas including climate finance, climate change loss and damage, climate adaptation studies, and environmental and climate considerations in development projects.

Research and quantitative study

Mathematics and Applied Statistics provide quantitative foundations. Research Methodology, Emerging Issues Seminar and Proposal Writing, and Thesis Work develop the research side of the course.

The progression from statistical study to research methodology and thesis work gives students opportunities to work with environmental questions in a more structured research setting.

Fieldwork and practical learning

The BSc program incorporates field-based learning, research projects, and environmental case studies. These activities connect classroom topics with observation, environmental data, assessment, and applied environmental problems.

Practical work is particularly relevant to subjects such as:

• environmental monitoring;

• environmental assessment;

• ecology;

• environmental chemistry;

• hydrology;

• biodiversity;

• geo-information management;

• environmental planning;

• watershed management;

• environmental research.

The practical orientation also fits the later research sequence, where students study Research Methodology, prepare proposals, and undertake Thesis Work.

Environmental Monitoring and Research Laboratory

The School of Environmental Science and Management (SchEMS) maintains an Environmental Monitoring and Research Laboratory for its environmental programs.

The laboratory supports practical environmental investigation in areas such as:

• air-quality assessment;

• water-quality assessment;

• soil-quality assessment;

• vegetation analysis;

• faunal analysis;

• environmental experimentation;

• environmental data analysis.

This gives BSc students an institutional setting for laboratory-based environmental study alongside fieldwork and research activities.

How the curriculum connects science and management

A defining feature of the course is the movement between scientific subjects and decision-oriented subjects.

A student studying environmental chemistry or ecology, for example, also encounters environmental economics, policy, laws, project management, environmental governance, and planning. Likewise, environmental monitoring and assessment sit alongside conflict management and resource-management subjects.

Study Area	Curriculum Connection
Natural science	Biology, chemistry, physics, geology, microbiology
Ecology	Ecology and Environment Science, biodiversity
Quantitative study	Mathematics and Applied Statistics
Water and climate	Hydrology and Meteorology, Climate Change and Society
Assessment	Environmental Assessment Techniques
Monitoring	Environmental Monitoring
Policy	Environmental Policy, Laws and Conventions
Governance	Environmental Governance
Planning	Environmental Planning and Conflict Management
Spatial study	Geo-information Management
Research	Research Methodology, proposal writing, Thesis Work

This combination makes the program relevant to students interested in both understanding environmental systems and studying how environmental decisions are planned, assessed, monitored, and managed.

Environmental research context at SchEMS

Environmental study has been part of SchEMS since the college's establishment in 1999. Beyond academic teaching, its environmental work spans technical investigations, research, and professional training.

Areas associated with this work include:

• Environmental Impact Assessment;

• Strategic Environmental Assessment;

• environmental baseline studies;

• climate adaptation studies;

• climate finance;

• climate change loss and damage;

• environmental and climate considerations in development projects;

• GIS and remote sensing;

• data analysis and management.

These institutional areas overlap with several subjects in the BSc curriculum, particularly environmental assessment, monitoring, governance, climate change, geo-information management, and research.

Library and academic resources

SchEMS has a library containing textbooks and reference materials for its academic programs, along with encyclopedias, academic journals, newspapers, magazines, research guides, scholarly resources, and specialized databases.

For an environmental student, these resources can support coursework in science and management as well as seminar preparation, research methodology, proposal writing, and thesis work.

The college also has campus-wide Wi-Fi and an IT laboratory that supports computer-based academic work, research, assignments, reports, presentations, and access to digital resources.

Student activities connected with environmental interests

SchEMS runs several student clubs, including an Urban Gardening Club known as the ECO CLUB. The club maintains urban and rooftop gardens on the college premises. Other student activities include sports, debate, CSR, and cultural clubs.

For students in environmental studies, the ECO CLUB provides an extracurricular activity that is directly related to environmental and urban-gardening interests.

Who may consider BSc Environmental Management?

The course may suit students whose interests extend across both environmental science and the management of environmental issues.

Its subject mix is particularly relevant to students interested in:

• ecology and biodiversity;

• environmental chemistry and microbiology;

• water, climate, and meteorology;

• environmental assessment;

• environmental monitoring;

• environmental policy and governance;

• natural-resource management;

• GIS and geo-information;

• disaster and risk assessment;

• watershed and urban environmental management;

• environmental research.

Students should also expect quantitative and scientific coursework. Mathematics, statistics, chemistry, physics, biology, and environmental science appear alongside management, policy, economics, and research subjects.

Skills connected with the course

The curriculum and practical components can support the development of several academic and applied abilities.

Skill Area	Related Study
Scientific observation	Biology, chemistry, ecology and environmental science
Quantitative analysis	Mathematics and Applied Statistics
Environmental assessment	Environmental Assessment Techniques
Environmental monitoring	Monitoring and laboratory activities
Policy analysis	Environmental Policy, Laws and Conventions
Resource planning	Environmental Resources and environmental planning
Spatial understanding	Geo-information Management
Risk assessment	Disaster and Risk Assessment Techniques
Research	Research Methodology, proposal writing and Thesis Work
Technical communication	Communication and Technical English

The level of competence a student develops will depend on coursework, field participation, research practice, laboratory work, and individual academic engagement.

Career and further study direction

The academic areas covered by the BSc relate to work involving environmental science, assessment, monitoring, conservation, environmental management, policy, and sustainability.

Possible employment settings identified for graduates include:

• environmental organizations;

• NGOs and INGOs;

• government agencies;

• sustainability-focused industries.

These are possible professional directions rather than guaranteed outcomes. Actual opportunities depend on a graduate's skills, research experience, further qualifications, role requirements, and available positions.

Students interested in postgraduate environmental study can also consider the MSc in Environmental Science and Management at SchEMS, which continues the college's environmental academic stream at the graduate level.

What distinguishes the academic structure

The curriculum develops in stages rather than treating environmental management as a single subject.

The early semesters are science-heavy, covering biology, chemistry, physics, mathematics, geology, microbiology, and ecology. Sociology, economics, statistics, biodiversity, hydrology, and meteorology then broaden the academic base.

The middle part of the course moves into environmental resources, sustainable development, engineering, economics, policy, project management, assessment, monitoring, governance, and geo-information.

The later subjects bring in environmental planning, conflict management, disaster risk, urban environments, watersheds, environmental technology, aquatic systems, climate change, environmental health, research methodology, proposal writing, and thesis work.

For a student comparing environmental degree options, this progression is useful to understand: the course is neither purely laboratory science nor purely management. It combines scientific study with environmental assessment, policy, planning, governance, and research.

Frequently Asked Questions

What is BSc in Environmental Management at SchEMS?

It is an undergraduate environmental program at SchEMS that combines environmental science with resource management, policy, assessment, monitoring, climate-related study, fieldwork, and research. The college also refers to the program as B.Sc. in Environmental Science and Management.

Which university is the BSc Environmental Management program affiliated with?

The program at SchEMS is affiliated with Pokhara University. Pokhara University includes Bachelor of Science in Environmental Management among its undergraduate Science and Technology programs.

When did SchEMS start offering the environmental BSc program?

SchEMS has offered its B.Sc. in Environmental Science and Management program since 1999.

How many seats are available for BSc Environmental Management at SchEMS?

The stated intake capacity is 96 seats.

What subjects are studied in the first semester?

Semester I includes General English, Fundamental of Mathematics, Introductory Biology, Introductory Chemistry, Introductory Physics, and Environmental Geology and Soil.

Does the course include environmental assessment and monitoring?

Yes. Environmental Assessment Techniques and Environmental Monitoring are included in the curriculum, along with Environmental Management System, Environmental Governance, and Geo-information Management.

Is climate change included in the BSc curriculum?

Yes. Climate Change and Society appears in the later part of the curriculum. Disaster and Risk Assessment Techniques is also included.

Does the program include research and thesis work?

Yes. The curriculum includes Research Methodology, Emerging Issues Seminar and Proposal Writing, and Thesis Work.

What laboratory facilities support environmental study at SchEMS?

SchEMS has an Environmental Monitoring and Research Laboratory that supports work related to air, water and soil assessment, vegetation and faunal analysis, environmental experimentation, and data analysis.

What career areas are connected with the degree?

Graduates may consider opportunities in environmental organizations, NGOs and INGOs, government agencies, and sustainability-focused industries. Career outcomes depend on individual skills, experience, further qualifications, and available opportunities.