Kathmandu University School of Science

Kathmandu University School of Science (KUSOS)

Kathmandu University School of Science (KUSOS), also known as the School of Science (SoS), is an academic school of Kathmandu University based in Dhulikhel, Kavre, Nepal. It brings together science, applied science, computing, pharmacy, biotechnology, environmental studies, mathematics, physics, and agriculture through departmental and school-run programs.

Academic study extends from bachelor's degrees to master's, MPhil, research-based graduate study, and PhD programs. The school connects its academic departments with research centers, laboratories, student services, project work, and university-level facilities available on the Dhulikhel campus.

Quick Highlights

The Kathmandu University School of Science operates within Kathmandu University and combines departmental teaching with common academic, administrative, research, and student-support structures.

Academic Identity and Development

Kathmandu University was established in 1991, and several science disciplines developed within the university during its early years. Mathematics and Physics are among the long-running academic units associated with the School of Science. Pharmacy developed its Bachelor of Pharmacy program in 1994, while Biotechnology and Agriculture emerged as later academic units. The Department of Agriculture was established in 2020.

This development has produced a school whose programs follow different academic models. Mathematics and physics rely strongly on quantitative and analytical work. Biotechnology and pharmacy combine scientific theory with laboratory study. Bioinformatics connects biological sciences with computing, statistics, and information technology. Environmental programs include scientific, field, analytical, and research components. Agriculture combines classroom study with laboratories, field or farm activities, workshops, projects, and applied agricultural subjects.

The range of disciplines means prospective students need to examine the individual program, its curriculum, and its practical requirements rather than treating all School of Science degrees as academically similar.

School Structure and Academic Administration

Academic activity is organized through the Office of the Dean and a structure that includes a Faculty Board, Subject Committee, Research Committee, Office of the Associate Dean, and Internal Quality Assessment and Accreditation Cell.

Functional areas include Student's Welfare and Admission, Research, Development and Innovation, Internship and Placement, and graduate-program coordination for PhD and MPhil study. Administrative work covers areas such as accounts, administration and procurement, information technology and library services, examinations, student welfare, and related academic services.

This structure separates several responsibilities students encounter during their studies. Academic departments handle discipline-specific teaching and research, while university and school units manage areas such as registration, examinations, student records, research procedures, administration, and student support.

Program curriculum and departmental academic matters therefore remain closely connected with the relevant department, while examinations, institutional records, scholarships, and broader administrative processes may involve school-level or university-level offices.

Departments at Kathmandu University School of Science

KUSOS is organized around six main departments:

• Department of Biotechnology

• Department of Environmental Science and Engineering

• Department of Mathematics

• Department of Pharmacy

• Department of Physics

• Department of Agriculture

The school also runs academic programs outside these six departmental headings, including Computer Science and graduate or research study in Chemistry.

Department of Biotechnology

The Department of Biotechnology combines biological science with laboratory, technological, and computational study. Its undergraduate programs include the Bachelor of Science in Bioinformatics and B.Tech Biotechnology.

Bioinformatics is interdisciplinary by design. It brings together biology, computer science, statistics, mathematics, and information technology for the analysis and interpretation of biological data. The program includes areas such as genomics, molecular phylogenetics, algorithms in bioinformatics, machine learning, systems biology, mathematical modelling, and computational approaches to biological questions.

Biotechnology follows a broader biological and technological curriculum that includes microbiology, genetics, biochemistry, cell biology, molecular biology, immunology, biochemical engineering, bioprocess engineering, plant and animal cell culture, recombinant DNA technology, medical biotechnology, bioinformatics, and industrial biotechnology. Practical and laboratory subjects are included throughout the curriculum.

Graduate and research study extends beyond bachelor's level. Academic pathways include MS by Research in Biotechnology, M.Tech Biotechnology, and PhD in Biotechnology.

Bioinformatics students also have access to multidisciplinary laboratory areas covering microbiology, molecular biology, animal cell culture, plant tissue culture, immunology, biochemistry, bioinformatics, and bioprocess study. Computing support includes access to high-performance computing resources for work requiring substantial computational capacity.

Department of Environmental Science and Engineering

Environmental study at KUSOS combines natural science, environmental analysis, field-based learning, data interpretation, environmental management, and research.

At undergraduate level, students can study the Bachelor of Environmental Science. Its academic areas include ecology, conservation biology, soil science, environmental pollution, environmental law and policy, biodiversity, geology and geomorphology, meteorology and climate science, GIS and remote sensing, hydrology, environmental economics, environmental impact assessment, environmental modelling, research methods, and watershed management.

Practical components extend beyond conventional laboratory work. Depending on the subject, environmental study may involve surveys, GIS and remote-sensing exercises, hydrology practicals, pollution laboratories, environmental data analysis, project work, and field observation.

Graduate study includes MSc in Environmental Science and environmental science specializations. Natural-resource-oriented graduate study is represented through M.Sc Environment and Natural Resources, while research-focused pathways include M.S. by Research in Glaciology.

The department also supports MPhil in Environmental Science and PhD in Environmental Science. Its graduate research scope includes environmental science, natural resources, glaciology, and related environmental research areas.

Department of Mathematics

Mathematics at KUSOS covers mathematical theory, computation, statistics, modelling, and data-oriented study.

The undergraduate portfolio includes the B.Sc. in Computational Mathematics and Bachelor of Data Science.

Computational Mathematics blends mathematical foundations with computing. The program connects mathematical methods with computational applications rather than treating mathematics and computer science as isolated areas. Related departmental study includes mathematics, statistics, numerical methods, modelling, algorithms, and computing.

Graduate progression includes the MSc in Computational Mathematics. Research-degree options include M.Phil. in Mathematics, M.Phil. in Statistics, PhD in Mathematics, and PhD in Statistics.

The department also contributes mathematics teaching across other science and engineering programs. Calculus, statistics, differential equations, numerical techniques, linear algebra, modelling, and quantitative reasoning appear throughout several KUSOS curricula.

Department of Pharmacy

The Department of Pharmacy provides undergraduate, graduate, professional, research, and doctoral study.

Its undergraduate degree is the Bachelor of Pharmacy. The department began the four-year BPharm program in 1994. Its academic work covers pharmacy and pharmaceutical sciences through theory, laboratory work, practical training, and professional study.

Graduate options include pharmaceutical-analysis and pharmacognosy-related study, industrial pharmacy, pharmaceutical care, and research in pharmaceutical sciences. Students considering postgraduate pharmacy can explore the Master in Pharmacy.

The department also offers PharmD (Post Baccalaureate) and doctoral study through the PhD in Pharmacy.

Pharmacy students use dedicated laboratory and academic facilities, while the wider university environment provides library, internet, student services, accommodation options, sports facilities, and other campus support.

Department of Physics

The Department of Physics works across fundamental, applied, experimental, computational, and research-oriented physics.

Its undergraduate program is the B.Sc. Applied Physics. The program was introduced in 2009 and follows an eight-semester structure. It combines core physics and mathematics with laboratory study, computational work, projects, and areas of applied physics.

Applied Physics includes specialization possibilities in low-temperature plasma physics, material science, environmental physics, and computational physics. The department has general and advanced physics laboratories as well as specialized research facilities for low-temperature plasma.

The graduate pathway includes MS by Research in Physics and the M.Sc. in Physics. Research-oriented students can continue through MPhil in Physics and PhD in Physics.

The academic environment includes theoretical study, experimentation, scientific computation, research, seminars, and interdisciplinary interaction with other science and engineering fields.

Department of Agriculture

The Department of Agriculture was established in 2020. Its principal undergraduate program is BSc Agriculture (BScAg).

Agriculture is structured as an interdisciplinary program. Curriculum areas include agronomy, horticulture, genetics, soil science, agricultural economics, crop science, animal science, agricultural microbiology, agricultural marketing, environmental science and agroecology, crop protection, post-harvest technology, aquaculture, organic farming, agricultural technology, climate-smart agriculture, farm machinery, agricultural extension, GIS applications, research methods, entrepreneurship, internship, and project work.

The program uses a combination of:

• classroom instruction;

• laboratory work;

• workshops;

• project-based learning;

• field and farm visits;

• practical agricultural work;

• research-oriented assignments;

• internship or community-based experience;

• and final-year project work.

Graduate study also extends to M.Sc. Agriculture Horticulture.

Agriculture differs from many laboratory-centered science degrees because field settings, farming systems, practical production, environmental factors, rural contexts, and agricultural technology are integrated directly into the discipline.

School-Run Programs

Not every KUSOS program is placed under one of the six departmental headings. The school-run category includes B.Sc. in Computer Science, along with graduate and research study in Chemistry.

Computer Science adds a computing-focused undergraduate route alongside the quantitative study available through Mathematics and Data Science and the interdisciplinary computing found in Bioinformatics.

Chemistry appears at higher-study level through MS by Research in Chemistry, MPhil in Chemistry, and PhD in Chemistry. Computer Science also extends to research study through the PhD in Computer Science.

Academic Programs by Level

The academic structure differs considerably between programs. A student in Computational Mathematics will encounter a different balance of study from a student in Pharmacy, Agriculture, Bioinformatics, Applied Physics, or Environmental Science. The program title therefore needs to be considered together with its curriculum and academic requirements.

Teaching, Practical Work, and Curriculum Style

KUSOS does not use one identical teaching model across all departments. The character of study changes according to discipline.

In Bioinformatics, students combine biological concepts with algorithms, statistics, computing, and data analysis. Laboratory and project components sit alongside computational study.

Biotechnology uses laboratory-intensive subjects such as microbiology, molecular biology, biochemistry, immunology, cell culture, recombinant DNA technology, and bioprocess-related work.

Applied Physics includes mathematical analysis, experimentation, computational work, practical problem solving, assignments, tutorials, and research exposure. Laboratory facilities extend from general experiments to advanced and specialized work.

Environmental Science involves laboratory and field components as well as environmental survey, GIS and remote sensing, hydrology, pollution studies, environmental data analysis, impact assessment, modelling, and research methods.

Agriculture combines scientific subjects with production systems, farm and field learning, project work, workshops, practical courses, internship, and final-year research.

Pharmacy combines foundational sciences with pharmaceutical subjects, laboratory work, professional preparation, projects, and advanced pharmaceutical study.

These differences are important when comparing programs. Students should consider how much of a curriculum is mathematical, computational, laboratory-based, field-based, research-oriented, or professionally structured.

Research Centers and Research Environment

Research is integrated into the School of Science through departmental work, graduate programs, specialized laboratories, and research centers.

The school structure includes:

• Aquatic Ecology Centre (AEC)

• Himalayan Cryosphere, Climate and Disaster Research Center (HiCCDRC)

• Organic Farming and Natural Product Research Centre (ONRC)

• Research, Development and Innovation functions

• Graduate-program coordination for MPhil and PhD study

• Department-based laboratories and research activity

These units support research across fields that include aquatic ecology, cryosphere studies, environmental science, natural products, agriculture, physics, biotechnology, pharmacy, mathematics, chemistry, and computation.

The Department of Physics maintains specialized research facilities in low-temperature plasma. Biotechnology and Bioinformatics students work with multidisciplinary biological laboratories and high-performance computing resources. Environmental study connects with ecology, glaciology, natural resources, hydrology, environmental analysis, and related field research.

Research-based master's routes provide another academic format alongside taught master's degrees. KUSOS includes research pathways in areas such as Biotechnology, Physics, Chemistry, Environmental Science, Glaciology, and Pharmaceutical Sciences.

Campus Facilities and Student Support

KUSOS students study within the wider Kathmandu University campus environment in Dhulikhel. University-level facilities support academic and student life across the schools.

Library and Information Services manages library functions, internet services, university identity cards, and email services. Students also use department-specific laboratories and computing facilities according to their programs.

Accommodation includes separate hostel arrangements for male and female students, although capacity for new students is limited. Students also use private accommodation around the campus area, while university-managed bus services support some students commuting from Kathmandu.

Food services include canteens and a cafeteria. Academic spaces include common lecture facilities and the CV Raman Auditorium, which is used for meetings and events.

Student Affairs provides counseling, supports extracurricular activities, and handles student-related matters. The Office of the Controller of Examinations manages final examinations, student-performance records, grades, transcripts, certificates, and convocation-related functions.

Sports facilities include grounds used for outdoor games, indoor-game space, and a gymnasium. Medical support is connected with Dhulikhel Hospital, the teaching hospital of Kathmandu University School of Medical Sciences, and KU students have medical-service insurance arrangements within the university's student-support system.

Relevant student support includes:

• central library and information services;

• internet access;

• departmental laboratories;

• computing facilities;

• academic counseling;

• project supervision;

• student-affairs support;

• examination administration;

• hostel accommodation subject to capacity;

• university bus services;

• canteen and cafeteria facilities;

• sports and extracurricular activities;

• health-service arrangements;

• internship and placement coordination;

• and research and graduate-program administration.

Student Clubs and Academic Community

Student activities are organized through departmental and inter-departmental groups.

Departmental clubs associated with the School of Science include:

• KU Forum for Pharmacy;

• KU Computer Club;

• KU Biotechnology Creatives;

• Nature and Social Concern Society;

• KU Computational Mathematics Club;

• Forum for Environmental Conservation and Management.

These groups provide discipline-linked spaces outside formal classes and may support academic events, departmental programs, student interaction, competitions, workshops, and extracurricular participation.

Bioinformatics and biotechnology students, for example, participate through Kathmandu University Biotechnology Creatives. Such organizations operate alongside university-wide sports, clubs, events, and extracurricular structures.

Scholarships and Financial Planning

Scholarship administration is connected with Kathmandu University and School of Science processes. KUSOS maintains scholarship-related forms and institutional scholarship documentation, including need-based and general KU scholarship application materials.

Scholarship conditions can differ by scheme, program, and admission intake. Students considering financial support need to refer to the conditions that apply to the relevant program and admission cycle.

Fee schedules can also differ by program and admission batch. Financial planning therefore requires attention to the fee structure applicable to the particular program and intake rather than relying on a figure from another program or batch.

Admission and Academic Regulations

Admission procedures, entrance requirements, eligibility, curriculum administration, examinations, and degree awards operate under Kathmandu University rules and the requirements of the relevant program.

Because KUSOS contains different academic disciplines, a single academic-background rule cannot be applied across every program. Mathematics-oriented degrees, biology-oriented programs, pharmacy, agriculture, environmental science, computing, and graduate research programs may require different prior subjects or qualifications.

Students comparing programs should focus on:

• full program title;

• academic level;

• required previous qualification;

• required subjects for undergraduate study;

• entrance or screening process;

• application documents;

• curriculum and practical requirements;

• program-specific fee structure;

• scholarship conditions;

• research or thesis requirements for graduate study;

• and program-specific academic regulations.

This distinction is particularly useful when comparing courses that appear related but have different academic foundations. Bioinformatics and Biotechnology, for example, follow different academic structures. Computational Mathematics differs from Data Science, while Applied Physics has a different curriculum from computing-focused programs. Environmental Science also has a distinct combination of scientific, analytical, and field-based study.

Choosing a KUSOS Program

The range of KUSOS programs can be compared according to the type of academic work involved.

Subject Foundation

Students interested in mathematics, modelling, algorithms, statistics, and computation can compare Computational Mathematics, Data Science, Computer Science, and the computational elements within Bioinformatics.

Students interested in biological science and laboratory work can compare Biotechnology, Bioinformatics, and Pharmacy while considering how much computing, laboratory practice, chemistry, biological science, or professional pharmacy content each includes.

Environmental Science focuses on environmental systems, ecology, pollution, natural resources, hydrology, climate-related study, environmental assessment, and field-based analysis.

Applied Physics centers on physics, mathematics, experimentation, modelling, and related applications.

Agriculture combines biological and environmental subjects with crop production, soil, horticulture, livestock-related study, agricultural technology, economics, rural systems, fieldwork, and farm-based learning.

Practical Components

Some programs use laboratories extensively, while others place greater emphasis on programming, mathematical problem solving, field observation, farm work, projects, environmental surveys, or data analysis.

Semester-wise curricula provide a clearer picture of practical intensity than the degree title alone.

Academic Progression

KUSOS provides higher-study pathways in several undergraduate disciplines. Mathematics can progress into Computational Mathematics, MPhil, Statistics, and doctoral research. Physics extends into MSc, research, MPhil, and PhD study. Biotechnology, Pharmacy, Environmental Science, Computer Science, Chemistry, and other areas also include postgraduate or research routes.

Students considering extended academic study can compare the bachelor's curriculum with the graduate and research options available within related fields.

Research Areas

Research areas represented across KUSOS include plasma physics, computation, biotechnology, environmental science, glaciology, aquatic ecology, pharmaceutical sciences, agriculture, mathematics, chemistry, and natural-resource study.

Students interested in research can examine departmental laboratories, graduate programs, research centers, thesis structures, and research-degree pathways associated with their chosen field.

Location and Contact

Kathmandu University School of Science is located in Dhulikhel, Kavre, Nepal. The school operates within the Kathmandu University campus and shares university-level academic, examination, library, student-affairs, accommodation, sports, and related support services.

Location: Dhulikhel, Kavre, Nepal
Telephone: 977-11-415200
Email: sos_dean@ku.edu.np
Admission Email: sos_admission@ku.edu.np

Departmental programs may also maintain their own academic and administrative contact channels.

Understanding the Range of KUSOS Programs

Kathmandu University School of Science covers a broad range of disciplines. A student can enter a mathematics-focused course, computing program, biological laboratory discipline, pharmacy degree, environmental field, physics program, or agriculture degree within the same school.

The school identity explains where the program sits institutionally, while the curriculum explains what students will study and how the program is structured.

A useful comparison therefore considers:

1. subjects studied each semester;

2. balance between theory and practical work;

3. laboratory, computing, field, or project requirements;

4. graduate-study options;

5. research areas;

6. admission requirements for the particular degree;

7. fee and scholarship conditions applicable to the relevant program and intake.

This gives prospective students a clearer basis for comparing KUSOS programs without treating academically different fields as interchangeable.