The Bachelor of Civil Engineering at National College of Engineering is a four-year undergraduate engineering program conducted under Tribhuvan University through the Institute of Engineering (IOE). The program runs across eight semesters and has an intake of 96 students at National College of Engineering (NCE), Talchhikhel, Lalitpur.
Civil Engineering at NCE follows the curriculum, admission framework, examination system, and degree requirements prescribed by Tribhuvan University and IOE. Study begins with mathematics, science, computing, engineering mechanics, geology, and materials before moving into surveying, structures, hydraulics, geotechnical engineering, transportation, water supply, construction, irrigation, estimating, and project work.
| Field | Details |
|---|---|
| Course | Bachelor of Civil Engineering |
| Institution | National College of Engineering |
| Affiliation | Tribhuvan University, Institute of Engineering |
| Level | Undergraduate |
| Duration | 4 years / 8 semesters |
| Intake | 96 seats |
| Entrance | IOE Entrance Examination |
| Curriculum | TU/IOE |
| Examination | As per TU/IOE rules and regulations |
| Degree Award | Tribhuvan University |
The program deals with the technical study of built infrastructure and the systems that support it. At NCE, Civil Engineering covers areas associated with buildings and structures, transportation, water supply and sanitation, surveying, geotechnical work, hydraulics, hydrology, construction, and related infrastructure.
The academic sequence is broad by design. Students do not begin immediately with advanced structural or construction subjects. The early semesters establish the scientific and engineering base required for later analysis, design, measurement, and project work.
This program may suit students whose academic interests are connected with mathematics, physical systems, structures, construction, surveying, water systems, transportation, and infrastructure.
The curriculum requires students to work across several kinds of engineering tasks. Some courses are strongly analytical, such as mathematics, mechanics, structural analysis, hydraulics, and soil mechanics. Others involve drawings, measurements, laboratory work, surveys, estimates, construction planning, or design.
Students should therefore expect a combination of classroom study and applied work rather than a program based on one technical area alone.
The course may be relevant to students interested in subjects such as:
Eligibility for admission to the Bachelor of Civil Engineering program at NCE follows the rules and regulations prescribed by Tribhuvan University and the Institute of Engineering.
Applicants must meet the academic eligibility requirements applicable to TU/IOE engineering admission and qualify through the IOE Entrance Examination. The college does not establish a separate university-level eligibility system for BE Civil.
Because eligibility requirements are governed through the TU/IOE admission framework, applicants need to follow the academic criteria published for the relevant admission cycle.
Admission depends on both academic eligibility and the IOE entrance process. Meeting the academic qualification alone does not complete the engineering admission requirement.
Admission to BE Civil at NCE takes place within the IOE entrance and merit framework.
The process generally moves through the following stages:
NCE uses the IOE entrance framework for admission to its engineering programs. The available intake for Bachelor of Civil Engineering is 96 seats.
Bachelor of Civil Engineering is completed over four academic years divided into eight semesters.
The curriculum builds progressively. First-year study establishes basic mathematical, scientific, computing, geological, and engineering knowledge. Second-year courses move further into surveying, structural theory, hydraulics, soil mechanics, water supply, building technology, and concrete. Third-year study becomes more specialized, with structural design, transportation, foundation engineering, sanitation, hydrology, estimating, irrigation, and construction-related subjects.
The later stage combines advanced technical study with project, professional, elective, and practical components.
The TU/IOE syllabus contains theory, tutorials, practical classes, surveying, design work, field activity, projects, electives, and an industrial attachment.
| Study Stage | Selected Subjects | Applied Components |
|---|---|---|
| Year I | Engineering Mathematics, Engineering Chemistry, Computer Programming, Engineering Mechanics, Engineering Geology, Civil Engineering Materials, Engineering Physics, Engineering Drawing, Strength of Materials | Laboratory and drawing work |
| Year II | Numerical Methods, Fluid Mechanics, Theory of Structures, Engineering Survey, Computer Aided Civil Drawing, Concrete Technology, Hydraulics, Soil Mechanics, Water Supply Engineering, Building Technology | Practical work and Survey Camp |
| Year III | Timber and Masonry Structures, Foundation Engineering, Steel Structures, Transportation Engineering, Sanitary Engineering, Engineering Hydrology, Engineering Economics, Estimating and Costing, RCC Structures, Irrigation and Drainage Engineering | Design, practical work and elective study |
| Year IV | Operations Research, Project and Construction Engineering, advanced/elective study | Project work and industrial attachment |
The first year establishes the base needed for civil engineering study. Year I Part I includes Engineering Mathematics I, Engineering Chemistry, Computer Programming, Basic Electrical and Electronics Engineering, Engineering Mechanics, Engineering Geology I, and Civil Engineering Materials.
Year I Part II continues with Engineering Mathematics II, Engineering Physics, Engineering Drawing, Strength of Materials, Engineering Geology II, and Engineering Survey I.
This stage introduces students to calculations, mechanics, materials, technical drawing, geological conditions, measurement, and basic computing before more specialized civil engineering subjects begin.
In the second year, the curriculum shifts further into core civil engineering.
Year II Part I includes Engineering Mathematics III, Numerical Methods, Fluid Mechanics, Theory of Structures I, Engineering Survey II, Computer Aided Civil Drawing, and Concrete Technology.
Year II Part II includes Communication English, Probability and Statistics, Hydraulics, Theory of Structures II, Soil Mechanics, Water Supply Engineering, Building Technology, and Survey Camp.
The syllabus specifies a 10-day Survey Camp. This provides a dedicated field component within the course rather than limiting surveying to classroom theory.
By this stage, students are working with structural behaviour, fluid flow, soils, construction materials, water systems, buildings, field measurements, calculations, and technical drawings.
Third-year study moves into more specialized civil engineering areas.
Year III Part I includes:
Year III Part II includes Estimating and Costing, Design of RCC Structures, Transportation Engineering II, Irrigation and Drainage Engineering, Professional and Social Engineering, and an elective.
The progression is important because students begin applying the mechanics, materials, structural theory, hydraulics, soils, and surveying studied earlier to design and infrastructure-related subjects.
Estimating and Costing introduces another side of civil engineering work: understanding quantities and costs alongside purely technical calculations. Professional and Social Engineering adds a wider professional dimension to the technical curriculum.
The final year moves toward construction and project-oriented study. Subjects include Operations Research and Project and Construction Engineering alongside advanced and elective components.
The concluding semester includes Project II and an Industrial Attachment. The syllabus specifies an eight-week industrial attachment.
These components place practical and project-based work near the end of the degree, after students have completed the major structural, geotechnical, water, transportation, surveying, and construction subjects.
National College of Engineering supports its Civil Engineering program through facilities connected with the practical requirements of engineering study.
Civil Engineering students work in areas associated with:
Practical learning is also built directly into the TU/IOE curriculum through laboratory classes, surveying, the Survey Camp, technical drawings, design exercises, projects, and industrial attachment.
The course therefore requires students to connect calculations and engineering theory with observations, measurements, designs, field activities, and practical assignments.
Because the curriculum spans several civil engineering areas, students have opportunities to develop different technical abilities as they progress.
Coursework may develop competence in:
The level of skill developed by an individual student depends on academic performance, laboratory participation, project work, field experience, and continued practice.
The examination framework for Bachelor of Civil Engineering follows the rules and regulations of TU/IOE.
Students complete college-level academic requirements alongside the semester examination system. Depending on the course, academic assessment can involve theory work, practical exercises, laboratory performance, assignments, design activities, field components, and projects.
NCE has an internal Examination Division for college-level academic administration. The university examination structure remains governed through IOE/TU.
Students must complete the academic, practical, project, and examination requirements prescribed for the degree.
National College of Engineering delivers the Bachelor of Civil Engineering program as a TU-affiliated engineering college. It is not an independent degree-awarding university.
After completing the prescribed curriculum and examination requirements, students receive the engineering degree from Tribhuvan University.
This academic relationship means that NCE provides teaching, laboratories, academic support, practical activities, internal assessment, and project supervision, while the principal curriculum and degree framework remains under TU/IOE.
The curriculum covers several areas that connect with professional civil engineering work. Graduates may explore opportunities related to:
Career outcomes are not determined by the degree alone. They can depend on technical ability, project experience, professional registration requirements, recruitment conditions, further training, and the type of organization or engineering work involved.
Civil Engineering is connected with Nepal's professional engineering regulatory system through the Nepal Engineering Council.
NCE is listed within the NEC framework for its engineering programs. Completing the Bachelor of Civil Engineering degree and obtaining professional registration are separate processes.
Graduates intending to work within the professional registration framework must meet the requirements and procedures prescribed by the Nepal Engineering Council. The degree itself should not be treated as automatic professional registration.
At NCE, Bachelor of Civil Engineering is built around the TU/IOE academic system rather than an independent college curriculum. Students enter through the IOE admission framework, study an eight-semester syllabus, complete laboratory and field requirements, undertake project work and industrial attachment, sit examinations under the applicable TU/IOE system, and receive the degree from Tribhuvan University after satisfying the prescribed requirements.
The course moves from basic science and mechanics into surveying, structures, soil, water, transportation, construction, design, costing, projects, and professional study. Students considering the program should be prepared for both analytical coursework and practical engineering activities over the four-year study period.
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