BE Civil Engineering

Bachelor of Civil Engineering (BE Civil) at WACEM

The Bachelor of Civil Engineering (BE Civil) at Western Advance College of Engineering and Management (WACEM) is a four-year, full-time undergraduate program affiliated with Far Western University. Offered in Gaindakot-1, Nawalparasi (East), the course is divided into eight semesters and carries 167 credit hours.

It begins with mathematics, science, engineering drawing, programming, mechanics, and communication before moving into surveying, structural engineering, hydraulics, transportation, water resources, environmental engineering, construction, and project work. The later semesters include electives, a seminar, a survey camp, a minor project, and a field-based major project. Instruction is delivered in English through lectures, tutorials, practical classes, and laboratory work.

Course Highlights

• Course: Bachelor of Civil Engineering (BE Civil)

• College: Western Advance College of Engineering and Management

• Affiliation: Far Western University

• Faculty: Faculty of Engineering

• Level: Bachelor’s degree

• Duration: Four years

• Academic Structure: Eight semesters

• Study Mode: Full-time

• Total Credits: 167

• Medium of Instruction: English

• Location: Gaindakot-1, Nawalparasi (East), Gandaki Province

• Eligibility: 10+2 with a ‘C’ grade or equivalent from a recognized board

Course Overview

The program covers the main technical areas involved in planning, analysing, designing, constructing, and managing civil engineering works. Students study structural systems, construction materials, soil and rock behaviour, surveying, transportation, water supply, irrigation, hydrology, environmental systems, and construction management.

The first year establishes a base in mathematics, chemistry, physics, programming, mechanics, drawing, communication, and construction materials. The second and third years introduce discipline-specific subjects, while the fourth year focuses on design, professional practice, electives, and project-based application. Each semester has a minimum duration of 90 working days or 15 weeks.

Who May Consider This Course?

BE Civil may suit students interested in mathematics, physics, technical drawing, construction, infrastructure, surveying, and practical problem-solving.

Students should be prepared for numerical work, laboratory activities, field assignments, design exercises, technical reports, group tasks, presentations, and project development. The curriculum also requires engagement with computing, communication, economics, safety, and professional practice.

Eligibility

Candidates seeking admission must have completed 10+2 with a ‘C’ grade or an equivalent qualification from a recognized board.

Course Structure

The 167-credit curriculum combines lectures, tutorials, practical classes, laboratory work, field activities, electives, seminar work, and projects. Students complete at least four elective subjects carrying a combined 12 credits.

Tutorials extend concepts introduced through lectures, while practical and laboratory sessions develop applied understanding and basic technical skills. Presentations and multimedia-based instruction are encouraged during the fourth year.

Curriculum Progression

First Year

The first two semesters cover Engineering Mathematics I and II, Engineering Chemistry, Engineering Drawing I and II, Basic Programming and Data Structure, Object Oriented Programming, Physics, Applied Mechanics, English for Communication, academic English, Construction Materials, and Fundamentals of Thermodynamics and Heat Transfer.

These subjects establish the scientific, mathematical, computing, drawing, and communication base required for later engineering study.

Second Year

The third and fourth semesters include Engineering Mathematics III, Basic Mechanical Engineering, Engineering Survey I and II, Basic Electrical and Electronics Engineering, Strength of Materials, Engineering Geology, Fluid Mechanics, Structural Analysis I, Probability and Experimental Design, Building Drawing, Building Technology, Hydraulics, and Communication English II.

At this stage, students begin working more directly with civil engineering measurements, materials, structures, fluids, buildings, and technical analysis.

Third Year

The fifth and sixth semesters cover Computer Methods in Civil Engineering, Engineering Economics, Structural Analysis II, Water Supply Engineering, Transportation Engineering, Hydrology and River Engineering, Survey Camp, Soil and Rock Mechanics, Irrigation Engineering, Design of Steel and Timber Structures, Sanitary and Environmental Engineering, Airport and Railway Engineering, Estimation, Costing and Valuation, Concrete Technology and Masonry Structure, and Seminar.

The survey camp and seminar add field observation, technical communication, analysis, presentation, and report-writing components to the academic work.

Fourth Year

The seventh semester includes Design of RCC Structure, Hydropower Engineering, Foundation Engineering, Safety Engineering, Minor Project, Elective I, and Elective II.

The eighth semester covers RS and GIS Application to Engineering, Construction Management and Project Engineering, Engineering Professional Practice and Society, Major Project, Elective III, and Elective IV. The major project is field-based and may be connected with the student’s elective area.

Elective Areas

Students can select courses from several civil engineering areas:

• Structural engineering

• Environmental engineering

• Water resources engineering

• Highway engineering

• Infrastructure for sustainable development

Available subjects include Advanced Structural Engineering, Analysis and Design for Wind and Earthquake Effects, Air Pollution Engineering, Solid Waste Management, Environmental Impact Assessment, Water Resources Management, Sedimentation Engineering, Transport Project Planning and Evaluation, and Highway Design in Hilly Terrain.

Practical and Project-Based Learning

Practical learning is included through laboratories, tutorials, engineering surveys, survey camp, seminar work, a minor project, and a major project.

The seminar develops critical analysis, oral presentation, technical writing, and report preparation. Students select a civil engineering topic, prepare a report, and present their work before subject experts and an audience.

Assessment System

Student performance is evaluated through internal assessment and final examinations.

For the theory component, 40 percent of the marks are assigned to internal assessment. Internal work may include attendance, class performance, assignments, tests, and quizzes. Practical subjects are generally evaluated continuously through laboratory performance, reports, presentations, and viva examinations.

Students require at least 70 percent attendance to qualify for the final examination. Most final examinations have a duration of three hours. A student must obtain at least 45 percent in both the internal and final components of each subject.

Skills Students May Develop

The course may help students develop abilities in:

• Engineering drawing and CAD-based work

• Land surveying and field measurement

• Structural analysis and design

• Construction materials and building technology

• Soil, rock, and foundation analysis

• Hydraulics, hydrology, and irrigation

• Water supply and environmental engineering

• Transportation, airport, and railway engineering

• Estimation, costing, and valuation

• Construction and project management

• Technical reporting and presentation

• Computer applications in civil engineering

• Research and project development

Skill development depends on academic performance, practical participation, project quality, and continued technical learning.

Career and Further Study Options

Graduates may explore civil engineering-related work in construction, infrastructure development, environmental engineering, transportation, and urban planning. The curriculum also supports involvement in structural, water resources, surveying, estimation, project, and construction-related activities.

Students may continue into advanced study or research in civil engineering and its related areas. Career outcomes depend on individual ability, academic performance, practical experience, professional requirements, location, and available opportunities.

Frequently Asked Questions

How long is the BE Civil program at WACEM?

The course takes four years and is divided into eight semesters.

How many credits does the program carry?

The complete curriculum carries 167 credit hours.

What is the eligibility for admission?

Applicants must have completed 10+2 with a ‘C’ grade or an equivalent qualification from a recognized board.

What is the medium of instruction?

The medium of instruction is English.

Does the course include fieldwork?

Yes. The curriculum includes engineering surveying, a survey camp, practical classes, laboratory work, seminar activities, and a field-based major project.

Are elective subjects available?

Yes. Students complete four electives from structural, environmental, water resources, highway, and related civil engineering areas.

How are students assessed?

Assessment includes internal evaluation, practical or continuous assessment, and final examinations. Students must meet the attendance and separate pass requirements for internal and final components.