BE Civil and Rural

Bachelor of Civil and Rural Engineering at Pokhara University School of Engineering

The Bachelor of Civil and Rural Engineering is a bachelor's-level engineering program offered by Pokhara University School of Engineering under the Faculty of Science and Technology of Pokhara University. The program combines core civil engineering study with an explicit rural infrastructure component in its 2025 curricular structure.

BE Civil and Rural is offered as a separate undergraduate program at SOE rather than as another name for Bachelor of Civil Engineering. Its curriculum includes mathematics, mechanics, materials, geology, surveying, hydraulics, soil mechanics, structural analysis, transportation engineering, and rural infrastructure. The program has an intake capacity of 48 seats.

Course Overview

SOE was established in 2009 as a constituent school under the Faculty of Science and Technology of Pokhara University. Civil and Rural Engineering is included among its undergraduate engineering programs.

What Students Study in BE Civil and Rural

The academic structure begins with mathematics, science, mechanics, computing, engineering materials, drawing, and energy-related fundamentals. It then moves into subjects directly associated with civil engineering, including engineering geology, fluid mechanics, surveying, strength of materials, hydraulics, soil mechanics, structural analysis, engineering hydrology, foundation engineering, and transportation engineering.

A notable part of the course is Rural Infrastructure in Semester IV. This subject gives the degree a clearly identifiable academic component beyond the general civil engineering subjects that appear throughout the curriculum.

The sequence also contains practical and project-oriented components. Engineering Drawing, Civil Engineering Workshop, Surveying, Project I, and Survey Field Project appear within the curriculum, allowing academic study to be combined with drawing, workshop, surveying, project, and field-based work.

Eligibility

Applicants to engineering programs under Pokhara University's Science and Technology stream are required to have completed Grade 12 Science or an equivalent qualification from a recognized institution.

The academic requirements include:

• Completion of Grade 12 in the Science stream or an equivalent qualification.

• Study of Physics, Chemistry, and Mathematics.

• At least one course with a minimum of 100 full marks or 5 credits in each of Physics, Chemistry, and Mathematics.

• A minimum C grade or 45 percent in each of Physics, Chemistry, and Mathematics.

• An overall GPA of at least 2.0 on a 4.0 scale or equivalent.

• Mathematics carrying at least 100 marks in Grade 11 or Grade 12.

Academic eligibility is the first requirement for applicants considering the program. With 48 seats at SOE, applicants also need to follow the applicable Pokhara University admission process for undergraduate engineering study.

BE Civil and Rural Curriculum

The 2025 structure is organized by semester and progressively introduces engineering science, civil engineering fundamentals, surveying, structural subjects, water-related subjects, geotechnical study, and rural infrastructure.

Semester I

Semester I carries 15 credits and establishes the mathematical and engineering foundation of the course.

This semester brings together mathematics, mechanics, engineering materials, basic electrical and electronics study, programming, and energy engineering. The combination gives students several technical foundations before the curriculum moves into more specialized civil engineering areas.

Semester II

Semester II also carries 15 credits.

The semester combines science and mathematics with building technology, drawing, mechanics, and workshop study. Engineering Drawing and Civil Engineering Workshop add practical components alongside classroom-based courses.

Second-Year Study

The second year shifts more clearly into core civil engineering areas.

Semester III

Semester III has 18 credits.

Students encounter geology, fluid behavior, structural material response, numerical work, and surveying within the same semester. Surveying I also contains a practical component, adding measurement-oriented work to the theoretical subjects.

Semester IV

Semester IV carries 18 credits and introduces Rural Infrastructure as a dedicated course.

This semester is particularly important for understanding the identity of the program. Rural Infrastructure appears alongside Hydraulics, Soil Mechanics, Structural Analysis I, and Surveying II. Project I is also introduced at this stage.

The combination connects civil engineering analysis with infrastructure study and project work rather than treating rural infrastructure as an unrelated add-on.

Third-Year Academic Progression

Semester V continues with more specialized civil engineering subjects. Courses identified in the 2025 structure include:

• Concrete Technology and Masonry Structure

• Engineering Hydrology

• Foundation Engineering

• Structural Analysis II

• Survey Field Project

• Transportation Engineering I

The progression from Structural Analysis I to Structural Analysis II and from Surveying I and II to Survey Field Project shows how several subjects develop across semesters.

Engineering Hydrology and Foundation Engineering add water-related and geotechnical study, while Transportation Engineering I introduces another infrastructure area. Concrete Technology and Masonry Structure extends the structural and materials side of the course.

Rural Infrastructure within the Degree

The inclusion of Rural Infrastructure is one of the clearest academic distinctions visible in the course structure. It appears in Semester IV as a three-credit subject and is studied alongside mainstream civil engineering courses.

This means students do not study rural infrastructure in isolation. It is positioned after early work in mechanics, materials, building technology, geology, fluid mechanics, and surveying and alongside hydraulics, soil mechanics, and structural analysis.

For students comparing civil engineering options at SOE, that curriculum detail matters. Bachelor of Civil Engineering and Bachelor of Civil and Rural Engineering are separate programs, and the Civil and Rural curriculum specifically names Rural Infrastructure within its semester structure.

Practical, Surveying, and Project Components

The curriculum includes several courses where students work beyond conventional lecture-only study.

Examples include:

• Engineering Drawing

• Civil Engineering Workshop

• Surveying I

• Project I

• Surveying II

• Survey Field Project

Surveying begins in Semester III, continues as Surveying II in Semester IV, and is followed by Survey Field Project in Semester V. This creates a clear progression from introductory surveying study to additional surveying work and then a field-based project.

The curriculum also assigns practical periods to subjects such as Basic Electrical and Electronics Engineering, Civil Engineering Materials, Computer Programming, Applied Chemistry, Applied Physics, Engineering Geology, Fluid Mechanics, Strength of Materials, Hydraulics, Soil Mechanics, and Structural Analysis.

Academic Areas Covered

The subjects identified across the curriculum show several connected areas of study:

• Mathematics and numerical methods

• Applied physics and chemistry

• Engineering mechanics

• Computer programming

• Civil engineering materials

• Building technology

• Engineering geology

• Fluid mechanics and hydraulics

• Strength of materials

• Structural analysis

• Surveying and field surveying

• Rural infrastructure

• Soil mechanics and foundation engineering

• Engineering hydrology

• Concrete and masonry

• Transportation engineering

This range makes the program relevant to students who want a civil engineering degree with explicit academic attention to rural infrastructure while still studying the structural, geotechnical, surveying, water, materials, and transportation subjects found within the course structure.

Skills Developed through the Curriculum

The curriculum can support the development of several technical abilities through its combination of theory, tutorials, practical periods, projects, and field study.

Students work with:

• Mathematical and numerical problem solving.

• Engineering drawing.

• Computer programming.

• Surveying concepts and field exercises.

• Mechanics and strength calculations.

• Fluid and hydraulic analysis.

• Soil and foundation concepts.

• Structural analysis.

• Civil engineering materials.

• Project-based study.

• Rural infrastructure concepts.

The depth of these abilities ultimately depends on academic performance, practical engagement, project work, and continued study.

Further Study at SOE

Civil and Rural Engineering is explicitly accepted as an eligible bachelor's background for some master's programs at SOE.

One option is the M.Sc. in Sanitary Engineering. Its graduate eligibility includes bachelor's degrees in Civil Engineering, Civil and Rural Engineering, Hydropower Engineering, Environmental Engineering, or an equivalent degree or program.

Another is the M.Sc. in Construction Management. Applicants may have a bachelor's degree in Civil Engineering, Civil & Rural Engineering, Hydropower Engineering, Architecture, or an equivalent qualification.

For these graduate programs, Pokhara University graduates are required to have a minimum CGPA of 2.0 at bachelor's level, while applicants from another recognized university or institution require at least second division or an equivalent grade.

Who May Consider BE Civil and Rural?

The program may suit students whose academic interests extend across civil engineering and rural infrastructure rather than focusing on only one technical subject.

The curriculum is especially relevant to students interested in studying combinations such as:

• Surveying and field measurement

• Structures and construction materials

• Soil and foundations

• Hydraulics and hydrology

• Transportation engineering

• Building technology

• Rural infrastructure

• Civil engineering project work

Applicants should also be comfortable with mathematics and science because Calculus, Algebra and Geometry, Physics, Chemistry, Statistics and Numerical Methods, mechanics, and other analytical courses appear early in the curriculum.

Frequently Asked Questions

Is BE Civil and Rural different from BE Civil?

Yes. SOE offers Bachelor of Civil Engineering and Bachelor of Civil and Rural Engineering as separate undergraduate programs. The 2025 Civil and Rural curriculum specifically includes Rural Infrastructure in Semester IV.

How many seats are available for BE Civil and Rural at SOE?

The program has an intake capacity of 48 seats.

What is the eligibility for the program?

Applicants need Grade 12 Science or an equivalent qualification with Physics, Chemistry, and Mathematics. The engineering eligibility requirements include minimum subject grades, an overall GPA of 2.0 or equivalent, and the specified Mathematics requirement.

Does the curriculum include surveying?

Yes. Surveying I appears in Semester III, Surveying II in Semester IV, and Survey Field Project in Semester V.

Is rural infrastructure a separate subject?

Yes. Rural Infrastructure is a three-credit course in Semester IV of the 2025 curriculum.

Does the program include project work?

Yes. Project I appears in Semester IV, while Survey Field Project is included in Semester V.

Can Civil and Rural Engineering graduates continue to master's study at SOE?

Civil and Rural Engineering is specifically named among the eligible bachelor's backgrounds for M.Sc. in Sanitary Engineering and M.Sc. in Construction Management, subject to the graduate admission requirements.