Bachelor of Civil Engineering (BE Civil) is a four-year, eight-semester program of Tribhuvan University.
Eligibility:
In case of Letter Grading System, students should have secured minimum "C" Grade in all subjects in Grade 11 and 12 or
The students who have a minimum score of 45% in I. Sc. or 10+2 (physical group or biological group with two paper mathematics) or diploma in engineering or an equivalent course recognised by TU can appear in the entrance examination conducted by Tribhuvan University, Institute of Engineering.
The students who have passed the entrance examination conducted by IOE are eligible for admission in IOE constituent campuses and affiliated colleges on merit basis.
Bachelor of Civil Engineering Syllabus TU First semester
Engineering Mathematics I [SH401]
Engineering Drawing1 [ME401]
Engineering Chemistry [SH403]
Fundamentals of Thermodynamics & Heat Transfer [ME402]
Computer Programming [CT401]
Workshop Technology
Second semester
Applied Mechanics [CE451]
Engineering Mathematics II [SH451]
Engineering Physics [SH452]
Basic Electronics Engineering [EX451]
Engineering Drawing II [ME451]
Basic Electrical Engineering [EE451]
Third Semester
Civil Engineering Materials[CE506]
Engineering Mathematics III [SH501]
Applied Mechanics(Dynamics) [CE503]
Engineering Geology I [CE503]
Strength of Materials [CE 502]
Surveying I [CE 504]
Fluid mechanics[CE505]
Fourth Semester
Hydraulics [CE555]
Surveying II [CE554]
Theory of Structure [CE551]
Probability & Statistics [SH552]
Engineering Geology [CE553]
Building Drawing [CE556]
Soil Mechanics [CE552]
Fifth Semester
Theory of structures ii[CE601]
Water Supply Engineering[CE605]
Engineering hydrology[CE606]
Concrete Technology and masonry structure[CE603]
Numerical Methods[ SH603]
Foundation Engineering[CE602]
Survey Camp
Sixth Semester
Design of Steel and Timber Structure [CE651]
Communication English [SH651]
Engineering Economics [CE655]
Building Technology [CE652]
Sanitary Engineering [CE656]
Transportation Engineering I [CE653]
Irrigation and Drainage [CE654]
Seventh Semester
Hydropower Engineering [CE704]
Project Engineering [CE701]
Transportation Engineering II [CE703]
Estimating & Costing [CE705]
Elective I [CE725]
Design of RCC Structure [CE702]
Eighth Semester
Computational Techniques in Civil Engineering
Engineering Professional Practice
Technology Environment and Society
Construction Management
Project (Part II)
Elective II
Elective III
Objectives of Bachelor of Civil Engineering
The objectives of a Bachelor of Civil Engineering program typically include:
Technical Proficiency: To equip students with a strong foundation in the fundamental principles of civil engineering, including mechanics, materials science, structural analysis and design, geotechnical engineering, transportation engineering, environmental engineering, and water resources engineering.
Problem-Solving Skills: To develop students' ability to analyze and solve complex engineering problems using scientific principles, mathematical techniques, and engineering tools and software.
Design Skills: To enable students to design civil engineering structures and systems that meet technical, economic, environmental, and societal requirements, considering factors such as sustainability, safety, and functionality.
Hands-On Experience: To provide students with opportunities for hands-on learning through laboratory experiments, design projects, and fieldwork, allowing them to apply theoretical knowledge to real-world engineering challenges.
Interdisciplinary Perspective: To foster an interdisciplinary approach to engineering problem-solving, encouraging collaboration with professionals from other fields such as architecture, environmental science, urban planning, and construction management.
Communication and Teamwork: To develop students' communication skills, both oral and written, and their ability to work effectively as part of multidisciplinary teams, reflecting the collaborative nature of civil engineering projects.
Professionalism and Ethics: To instill in students a sense of professional responsibility, ethical conduct, and awareness of the societal impact of their work, emphasizing the importance of integrity, accountability, and sustainability in engineering practice.
Lifelong Learning: To cultivate a mindset of lifelong learning and professional development, preparing students to adapt to evolving technologies, industry trends, and societal needs throughout their careers as civil engineers.
Scope of Civil Engineering in Nepal
Civil engineering has a significant scope in Nepal, given the country's ongoing development and infrastructure needs. Here are some key aspects contributing to the scope of civil engineering in Nepal:
Infrastructure Development: Nepal is undergoing rapid infrastructure development, including roads, bridges, dams, airports, and urban development projects. Civil engineers play a crucial role in designing, planning, and executing these projects to meet the growing demands of the population.
Hydropower Projects: Nepal has immense hydropower potential, and the government is focusing on harnessing it to meet the energy needs of the country. Civil engineers are essential in the construction of hydropower plants, dams, and associated infrastructure.
Urbanization and Housing: With increasing urbanization, there is a growing demand for urban infrastructure, affordable housing, and sustainable development. Civil engineers are involved in designing and constructing buildings, roads, water supply systems, sewage systems, and other urban infrastructure.
Earthquake Resilience: Nepal is prone to earthquakes, and there is a need for earthquake-resistant infrastructure to mitigate the impact of seismic events. Civil engineers play a vital role in designing structures that can withstand earthquakes and retrofitting existing buildings to improve their resilience.
Environmental Engineering: Environmental concerns are becoming more prominent in Nepal, and civil engineers are involved in projects aimed at protecting the environment, such as wastewater treatment plants, solid waste management systems, and sustainable infrastructure development.
Transportation Infrastructure: Improving transportation infrastructure is crucial for economic growth and connectivity in Nepal. Civil engineers work on projects related to road construction, highway expansion, railway development, and transportation planning to enhance connectivity within the country and with neighboring countries.
Water Resources Management: Nepal is rich in water resources, and civil engineers play a key role in managing these resources effectively through the construction of irrigation systems, water supply projects, flood control measures, and watershed management initiatives.
