Bachelor of Civil Engineering (BE Civil)

Bachelor of Civil Engineering (BE Civil) at Everest Engineering College

The Bachelor of Civil Engineering (BE Civil) at Everest Engineering College (EEC) is a four-year undergraduate engineering program organized across eight semesters. The program is affiliated with Pokhara University, carries 129 total credits, and has an intake capacity of 96 seats.

The curriculum moves from mathematics, physical sciences, engineering drawing, computing, and mechanics into structural engineering, surveying, soil mechanics, hydraulics, water resources, transportation, construction management, hydropower, and civil engineering project work. Students also complete a survey field project, civil engineering projects, pre-internship exposure, and an internship as part of the wider practical learning structure.

BE Civil at a Glance

Course Overview

Civil engineering deals with the planning, design, construction, operation, and maintenance of physical infrastructure. At EEC, the BE Civil curriculum develops this academic base through a sequence of foundation subjects and progressively more specialized civil engineering courses.

The first stages of the program introduce mathematics, physics, chemistry, computer programming, engineering drawing, mechanics, engineering geology, and civil engineering materials. These subjects prepare students for later work in structures, surveying, hydraulics, geotechnical engineering, transportation, water systems, construction, and hydropower.

As the degree progresses, the emphasis shifts toward civil engineering analysis and application. Students study areas such as Structural Analysis, Soil Mechanics, Foundation Engineering, Engineering Hydrology, Water Supply Engineering, Transportation Engineering, Sanitary Engineering, Construction Project Management, and Design of R.C.C. Structure.

The course structure also contains field-oriented and project-based components. Survey Field Project, Civil Engineering Project I and II, Engineering Professional Practice, pre-internship activity, and the final internship create space for students to work beyond conventional lecture-based study.

Who May Consider BE Civil?

The curriculum is directly relevant to students interested in how buildings, roads, bridges, water systems, foundations, transportation networks, and other infrastructure are planned and developed.

BE Civil may be appropriate for students whose academic interests include:

• Mathematics and physical sciences.

• Structural systems and construction.

• Surveying and land measurement.

• Soil, foundations, and geotechnical work.

• Roads and transportation infrastructure.

• Water supply, drainage, irrigation, and hydrology.

• Construction planning and project management.

• Hydropower and water-related infrastructure.

• Technical drawing, fieldwork, and engineering projects.

The program requires sustained work across analytical subjects, design-oriented coursework, field activities, laboratory work, projects, and an internship. Students considering the course should therefore look at the full four-year academic structure rather than judging civil engineering only by its construction-related subjects.

Course Duration and Academic Structure

BE Civil at EEC runs for four years over eight semesters and consists of 129 credits.

The curriculum follows a clear progression. Early semesters establish mathematical, scientific, computing, drawing, and engineering foundations. Middle semesters move into fluid mechanics, surveying, structural analysis, soil mechanics, hydraulics, hydrology, foundations, transportation, and water systems. Later semesters add design, project management, hydropower, professional practice, elective study, project work, and internship.

BE Civil Curriculum

Semester I

The opening semester combines science and mathematics with engineering drawing, computing, and communication. This gives students a foundation for the technical courses that follow.

Semester II

• Algebra and Geometry

• Applied Mechanics

• Civil Engineering Materials

• Engineering Geology

• Basic Electrical and Electronics Engineering

• Introduction to Energy Engineering

• Civil Engineering Workshop

Semester II begins to connect general engineering knowledge with civil engineering through materials, geology, mechanics, and workshop-based study.

Semester III

• Calculus - II

• Numerical Methods

• Fluid Mechanics

• Strength of Materials

• Surveying I

• Building Technology

This stage introduces several subjects that become central to later civil engineering study. Strength of Materials supports structural analysis, Fluid Mechanics connects with hydraulics and water-related subjects, while Surveying I begins the formal surveying sequence.

Semester IV

• Probability and Statistics

• Hydraulics

• Structural Analysis I

• Surveying II

• Soil Mechanics

• Engineering Economics

Semester IV expands both analytical and field-oriented study. Structural Analysis I and Soil Mechanics introduce important structural and geotechnical concepts, while Surveying II continues measurement and mapping work.

Semester V

• Engineering Hydrology

• Structural Analysis II

• Foundation Engineering

• Water Supply Engineering

• Estimating and Valuation

• Transportation Engineering I

By Semester V, the curriculum is centered more strongly on applied civil engineering systems. Students work across water, foundations, structures, estimating, and transportation rather than studying these areas in isolation.

Semester VI

• Irrigation and Drainage Engineering

• Sanitary Engineering

• Concrete Technology and Masonry Structure

• Transportation Engineering II

• Design of Steel and Timber Structure

• Elective I

• Civil Engineering Project I

• Survey Field Project

Semester VI combines technical subjects with project and field components. The Survey Field Project provides a dedicated surveying activity, while Civil Engineering Project I begins the formal project sequence.

Semester VII

• Hydropower Engineering

• Design of R.C.C. Structure

• Engineering Professional Practice

• Construction Project Management

• Elective II

• Civil Engineering Project II

This semester brings together design, management, professional practice, hydropower, elective study, and the second civil engineering project.

Semester VIII

• Elective III

• Internship

The final semester includes an elective and internship, giving students a defined period for professional exposure as they complete the undergraduate program.

Main Areas Covered in the Program

The 129-credit structure covers several interconnected areas of civil engineering.

Structural Engineering

Structural subjects develop through Strength of Materials, Structural Analysis I and II, Design of Steel and Timber Structure, Concrete Technology and Masonry Structure, and Design of R.C.C. Structure.

Together, these courses introduce students to how structural elements and systems are analyzed and designed.

Surveying and Field Measurement

Surveying I and II are followed by a Survey Field Project. This sequence gives surveying a distinct place in the curriculum rather than limiting it to a single introductory subject.

Students work with measurement, mapping, and field-based processes that support later civil engineering planning and project activity.

Geotechnical and Foundation Engineering

Engineering Geology, Soil Mechanics, and Foundation Engineering form the main geotechnical sequence.

These subjects connect geological and soil conditions with engineering decisions concerning foundations and earth-related construction work.

Water Resources and Environmental Systems

Fluid Mechanics and Hydraulics provide the foundation for Engineering Hydrology, Water Supply Engineering, Irrigation and Drainage Engineering, Sanitary Engineering, and Hydropower Engineering.

The sequence covers the movement, supply, control, use, and management of water in different engineering contexts.

Transportation Engineering

Transportation Engineering I and II introduce the planning and engineering of transportation infrastructure.

The wider curriculum also connects transportation study with surveying, estimating, construction management, structures, and project work.

Construction and Project Management

Building Technology, Estimating and Valuation, Engineering Economics, Engineering Professional Practice, and Construction Project Management address the planning and management side of civil engineering.

These subjects complement the technical design and analysis components by introducing cost, implementation, professional practice, and project coordination.

Practical, Field and Project Learning

BE Civil includes practical elements at several stages rather than placing all applied work at the end of the degree.

The curriculum contains Civil Engineering Workshop, surveying subjects, a Survey Field Project, Civil Engineering Project I, Civil Engineering Project II, Engineering Professional Practice, and an internship.

A pre-internship opportunity is also part of the learning arrangement. It is intended to expose students to work resembling a professional environment before the formal internship, including field practices, project activity, and professional working procedures.

This combination means that students encounter different forms of applied work: workshop activity, surveying, field assignments, structured projects, professional practice, and internship experience.

Skills Developed Through the Course

The subjects and practical components support the development of several civil engineering skill areas.

Students may build capability in:

• Structural analysis and design.

• Surveying and mapping.

• Construction planning and management.

• Soil and foundation analysis.

• Hydraulics and water-resource systems.

• Estimating and valuation.

• Transportation engineering.

• Technical drawing and engineering software use.

• Project planning and execution.

• Field observation and engineering measurement.

These abilities develop through coursework and practical application rather than from a single subject. Structural work, for example, progresses through mechanics, materials, structural analysis, and design. Water-related study similarly moves from fluid mechanics and hydraulics into hydrology, water supply, irrigation, drainage, sanitary engineering, and hydropower.

Eligibility for BE Civil Admission

Applicants for bachelor-level engineering admission at EEC must meet the stated academic criteria.

Eligibility:

• Grade 12 in Science or a technical program with Physics, Chemistry, and Mathematics.

• At least a C grade in all subjects, calculated as the combined grade of theory and practical components.

• A three-year diploma with at least 45 percent is also accepted for eligibility.

These criteria form the academic entry requirement used for bachelor-level engineering admission at EEC.

Admission Process

Admission involves both academic eligibility and an entrance examination.

The process follows these stages:

1. Meet the required bachelor-level engineering eligibility.

2. Submit an application physically or online.

3. Appear in the entrance examination conducted at the college.

4. Complete the entrance process under the applicable Pokhara University and UGC Nepal standards.

5. Receive admission consideration on merit after successful completion of the entrance examination.

The BE Civil program has 96 seats.

Scholarships for BE Civil Students

Students entering BE Civil can fall under the wider EEC scholarship system, while one scholarship category is specifically connected with Civil Engineering.

The Civil Engineering-specific Bishnumaya Kadariya Pashupati Shivajee Scholarship adds a distinct scholarship category for one student in this program. Other scholarship categories apply according to their respective academic, government, local, or admission criteria.

Academic Environment at EEC

BE Civil is offered within the wider engineering environment of Everest Engineering College at Sanepa-2, Lalitpur. The college was established in 2001 A.D. and runs undergraduate and graduate engineering programs under Pokhara University affiliation.

The academic setting includes classrooms, seminar facilities, laboratories, library resources, project work, field-related activities, research interaction, workshops, guest lectures, and counseling.

EEC also maintains library resources of more than 22,000 books along with research journals and periodicals. Its broader teaching approach combines classroom instruction with laboratory work, projects, field exposure, and interaction between students and faculty members.

For BE Civil students, this institutional setting supports the course components that require practical work, surveying, project supervision, field activity, and internship preparation.

Career Areas After BE Civil

The curriculum relates to several areas of professional civil engineering work. Graduates may explore opportunities according to their academic preparation, practical experience, professional requirements, and available positions.

Possible roles include:

Civil engineering graduates may also work in settings such as construction companies, government agencies, environmental consulting firms, real estate development, transportation organizations, and water or waste-management organizations.

Career outcomes are not determined by the degree title alone. They depend on a graduate’s academic performance, technical ability, field experience, professional requirements, and the opportunities available at the time of entry into employment.

What Makes the Curriculum Distinct

The BE Civil structure at EEC is notable for the way different technical areas build on one another across eight semesters.

A student does not begin directly with advanced structural or construction design. The course first establishes mathematics, science, drawing, programming, materials, geology, and mechanics. Structural, geotechnical, water, transportation, construction, and design subjects then become progressively more specialized.

The later semesters also become more applied. Project work, survey field activity, professional practice, electives, and internship are concentrated toward the final stages of the degree, when students have already completed the main foundation and core engineering subjects.

For students comparing civil engineering programs, the 129-credit structure provides a clear view of the balance between foundational study, specialized civil engineering subjects, projects, fieldwork, and internship.

FAQ

What is the duration of BE Civil at Everest Engineering College?

Duration: Four years divided into eight semesters.

How many credits are there in the BE Civil program?

Total Credits: 129 credits.

How many seats are available for BE Civil at EEC?

Seats: 96.

Which university is the BE Civil program affiliated with?

Affiliation: Pokhara University.

Where is Everest Engineering College located?

Location: Sanepa-2, Lalitpur, Nepal.

What subjects are studied in BE Civil?

The curriculum includes mathematics, applied sciences, engineering drawing, mechanics, civil engineering materials, surveying, structural analysis, soil mechanics, hydraulics, hydrology, foundation engineering, transportation engineering, water supply, sanitary engineering, hydropower, construction project management, design courses, projects, electives, and internship.

Does BE Civil include project and fieldwork?

Yes. The curriculum includes a Survey Field Project, Civil Engineering Project I, Civil Engineering Project II, professional practice, pre-internship exposure, and internship.

What is the eligibility for BE Civil admission at EEC?

Eligibility: Grade 12 in Science or a technical program with Physics, Chemistry, and Mathematics, with at least a C grade in all subjects as a combined theory and practical grade. A three-year diploma with at least 45 percent is also accepted.

Is an entrance examination required?

Yes. Eligible applicants must appear in the entrance examination conducted at the college, and successful candidates are considered for admission on merit.

Are scholarships available for BE Civil students?

Yes. EEC has government, local, merit, topper, and admission scholarship categories. BE Civil also has the Bishnumaya Kadariya Pashupati Shivajee Scholarship for one student based on academic potential and financial need.

What career areas are connected with BE Civil?

Graduates may explore work related to civil engineering, structural engineering, site engineering, construction management, geotechnical engineering, transportation, water resources, hydropower, environmental engineering, and urban planning.