The Bachelor of Civil Engineering at Kathford International College of Engineering and Management is a four-year undergraduate engineering program affiliated with Tribhuvan University. It operates under the academic framework of the Institute of Engineering (IOE).
The course moves from mathematics, science, engineering mechanics, geology, materials, programming, and surveying into structures, geotechnical engineering, hydraulics, water supply, transportation, sanitation, hydrology, foundation engineering, construction, irrigation, estimation, and structural design. Laboratory activities, surveying, drawing, field-based work, design subjects, and project-related study accompany the theory curriculum.
Kathford has 96 seats for BE Civil. Admission, eligibility, the IOE entrance process, curriculum, examinations, academic progression, and degree award follow the applicable rules and regulations of Tribhuvan University and the Institute of Engineering.
| Particular | Details |
|---|---|
| Program | Bachelor of Civil Engineering |
| College | Kathford International College of Engineering and Management |
| Location | Balkumari, Lalitpur |
| University | Tribhuvan University |
| Academic authority | Institute of Engineering (IOE) |
| Level | Bachelor's degree |
| Duration | 4 years |
| Academic structure | Four years, with Part I and Part II |
| Seats | 96 |
| Entrance | IOE entrance and admission process |
| Degree awarded by | Tribhuvan University |
Civil Engineering at Kathford International College of Engineering and Management follows the engineering curriculum of the Institute of Engineering under Tribhuvan University.
The program covers several branches of civil engineering rather than concentrating on one technical area. Structural engineering, construction materials, surveying, geotechnical engineering, hydraulics, water and sanitation, transportation, hydrology, irrigation, foundation engineering, and construction-related study all appear within the curriculum.
Students begin with subjects that establish mathematical, scientific, computing, and engineering foundations. As the course advances, the subjects become more specific to the design, analysis, construction, measurement, and management of civil engineering works.
The curriculum also contains practical components. Surveying, laboratory subjects, computer-aided drawing, a survey camp, design courses, and later project and construction-oriented study connect classroom learning with technical application.
The course may suit students interested in how buildings, roads, water systems, foundations, transportation infrastructure, and other civil works are surveyed, analyzed, designed, constructed, and managed.
Students should expect regular work with:
Civil Engineering involves both numerical and practical work. Surveying, drawing, laboratory exercises, structural calculations, technical documentation, and field-oriented academic activities are part of the course alongside written theory.
Admission to BE Civil at Kathford follows the engineering admission framework of Tribhuvan University and the Institute of Engineering.
Applicants must satisfy the eligibility conditions prescribed by TU-IOE for the applicable engineering intake and complete the required IOE entrance process.
The entrance result and rank are used within the IOE admission framework. Applicants seeking Civil Engineering at Kathford therefore enter through the TU-IOE engineering admission system rather than through an independent Civil Engineering entrance examination conducted only by the college.
Eligibility criteria, entrance procedures, ranking, admission placement, and other requirements remain subject to the applicable TU-IOE regulations.
The Bachelor of Civil Engineering is a four-year program. The curriculum is organized as Year I to Year IV, with Part I and Part II within each academic year.
The progression is gradual. Early study emphasizes mathematics, science, mechanics, materials, geology, computing, and surveying. The middle years concentrate more heavily on structural, geotechnical, water, transportation, and construction subjects.
Later study introduces advanced design, estimating, irrigation, professional engineering, operations research, and project and construction engineering.
The first year establishes the foundation needed for later civil engineering analysis and design.
The curriculum includes:
Engineering Mechanics introduces the mechanical principles used in later structural subjects. Engineering Geology and Civil Engineering Materials begin the study of ground conditions and materials relevant to civil works.
Computer Programming and basic electrical-electronics study give students additional technical foundations outside the core civil engineering subjects.
The second part includes:
Strength of Materials starts the progression toward structural analysis and design. Engineering Survey I introduces systematic measurement and surveying work, while Engineering Drawing develops the technical representation required for engineering study.
The second year develops major civil engineering foundations in structures, surveying, fluids, construction materials, soil, water, and building technology.
Students study:
Fluid Mechanics provides a base for later hydraulics, water, hydrology, and irrigation courses. Theory of Structures I introduces structural behavior and analysis.
Engineering Survey II extends earlier surveying work, while Computer Aided Civil Drawing brings digital drawing into the curriculum. Concrete Technology deals with one of the principal materials used in civil engineering construction.
The curriculum includes:
The Survey Camp is a 10-day academic component conducted during vacation.
This part brings together several important civil engineering areas. Hydraulics develops from Fluid Mechanics, Theory of Structures II continues structural study, and Soil Mechanics establishes the basis for later foundation engineering.
Water Supply Engineering and Building Technology introduce infrastructure and construction-oriented subjects before students move to more advanced design courses.
The third year shifts strongly into civil engineering design and applied technical subjects.
Subjects include:
Structural design is addressed through timber, masonry, and steel courses. Foundation Engineering develops directly from Soil Mechanics.
Transportation Engineering I introduces transportation-related planning and engineering study, while Sanitary Engineering and Engineering Hydrology expand the water and environmental side of the curriculum.
Engineering Economics brings economic considerations into technical engineering decisions.
The curriculum continues with:
Design of RCC Structures adds reinforced concrete design to the earlier timber, masonry, and steel sequence.
Estimating and Costing deals with the quantity and cost side of construction work. Transportation Engineering II continues the earlier transportation course, while Irrigation and Drainage Engineering extends water-related study toward agricultural and drainage applications.
Professional and Social Engineering brings professional and social considerations into the engineering curriculum.
The fourth year brings the earlier structural, construction, transportation, water, and analytical subjects into more advanced engineering and project-related study.
The curriculum includes Operations Research and Project and Construction Engineering in Year IV Part I. These subjects introduce analytical decision-making together with the organization and management of construction and engineering projects.
Later-stage study also continues through electives and project-related academic work under the IOE curriculum.
The sequence matters because students reach this stage after completing surveying, structures, soil mechanics, foundation engineering, hydraulics, water supply, transportation, sanitation, hydrology, structural design, estimating, and irrigation subjects.
Surveying appears at several points in the course.
Engineering Survey I begins in the first year, followed by Engineering Survey II in the second year. The curriculum then includes a 10-day Survey Camp.
Surveying requires students to connect measurement principles with practical field procedures. Work may involve observations, measurement, mapping, leveling, and associated calculations according to the academic requirements of the survey courses.
The Survey Camp gives this part of Civil Engineering a concentrated field-based component rather than treating surveying only as classroom theory.
Structural subjects develop over several years.
Students first study Engineering Mechanics and Strength of Materials. These are followed by Theory of Structures I and II.
The curriculum then moves into specific structural materials and design through:
This sequence connects the study of forces and structural behavior with the design of structural elements using different construction materials.
Engineering Geology I and II introduce geological concepts early in the program.
Soil Mechanics appears in Year II Part II, followed by Foundation Engineering in Year III Part I.
Together, these subjects address the ground-related side of civil engineering. Students study the engineering behavior of soils and the principles used when considering foundations and their interaction with ground conditions.
Water-related study develops through several connected courses.
Fluid Mechanics is followed by Hydraulics. Students then encounter Water Supply Engineering, Sanitary Engineering, Engineering Hydrology, and Irrigation and Drainage Engineering.
These courses cover different dimensions of water movement, supply, sanitation, hydrological processes, and irrigation-related infrastructure within the broader civil engineering curriculum.
Transportation Engineering I and II provide a two-course sequence in transportation-related civil engineering.
Construction-oriented study appears in Building Technology, Concrete Technology, Estimating and Costing, and later Project and Construction Engineering.
These subjects connect technical engineering knowledge with construction materials, building methods, quantities, costing, and project-related work.
Kathford's engineering environment includes engineering laboratories, classrooms, computer facilities, project-oriented spaces, seminar facilities, library resources, and digital learning resources.
These facilities support a Civil Engineering curriculum that includes laboratory work, surveying, technical drawing, computer-aided drawing, material-related study, design exercises, field activity, and project work.
The college delivers these academic activities within the requirements of the TU-IOE curriculum.
Civil Engineering students follow the examination and academic regulations established through Tribhuvan University and the Institute of Engineering.
Courses contain theory, tutorial, laboratory, practical, or field components according to their academic requirements. Students must complete the prescribed coursework, practical activities, examinations, design work, surveying requirements, projects, and other components of the curriculum.
Kathford serves as the affiliated teaching institution. Tribhuvan University remains the degree-awarding authority.
Through the prescribed subjects and practical activities, students have opportunities to develop abilities related to:
The level of ability developed depends on coursework, laboratory and field participation, design practice, project work, and individual academic engagement.
Civil Engineering graduates may explore entry-level work with consulting firms, contractors, construction-related organizations, or public works environments.
Academic preparation can be relevant to areas involving structural analysis, construction supervision, surveying, estimation, transportation, water-related works, and project coordination.
Career outcomes depend on technical competence, practical experience, academic performance, professional requirements, employer needs, and available opportunities. Completion of the degree does not guarantee a particular position or employment outcome.
Civil Engineering graduation and professional engineering registration are separate matters.
Graduates seeking professional registration in Nepal remain subject to the recognition, examination, registration, and other requirements applicable under the Nepal Engineering Council.
A TU engineering degree should therefore not be presented as automatic professional registration. Graduates must meet the council requirements applicable at the time of registration.
The program is four years in duration and is organized into Part I and Part II across four academic years under the Institute of Engineering, Tribhuvan University.
The program is affiliated with Tribhuvan University and operates academically under the Institute of Engineering.
Kathford has 96 seats for BE Civil.
Yes. Admission follows the TU-IOE engineering entrance and admission framework together with the applicable eligibility requirements.
The curriculum includes engineering mathematics, mechanics, surveying, geology, civil engineering materials, structural analysis and design, soil and foundation engineering, hydraulics, water supply, sanitation, transportation, hydrology, irrigation, estimating and costing, building technology, and construction-related subjects.
Yes. The curriculum includes a 10-day Survey Camp in Year II Part II.
Yes. The curriculum includes Design of Timber and Masonry Structures, Design of Steel Structures, and Design of RCC Structures.
Tribhuvan University awards the engineering degree after successful completion of the academic requirements prescribed through the IOE framework.
No automatic registration claim applies. Graduates seeking professional engineering registration must satisfy the applicable Nepal Engineering Council requirements.
