Himalaya College of Engineering

TU affiliated program

BE Civil Engineering

A four-year, eight-semester program preparing competent, innovative, and ethical professionals to design and develop the infrastructure that drives national progress.

  • BCE
  • 4 Years
  • Chyasal, Lalitpur
BE Civil Engineering at Himalaya College of Engineering
Duration
4 Years
Annual Intake
96 seats
Affiliation
TU IoE
Entrance
TU IOE Entrance

Where Innovation Meets Infrastructure

The Bachelor of Civil Engineering is a four-year (eight-semester) undergraduate program that prepares students to become competent, innovative, and ethical professionals capable of designing and developing the infrastructure that drives national progress…

Entry
Site Engineer
Graduate Engineer Trainee
Junior Design Engineer
Survey Engineer
Quality Control Engineer
Field Engineer

0-2 years

Growth
Structural Engineer
Geotechnical Engineer
Transportation Engineer
Water Resources Engineer
Project Engineer
Construction Manager

3-7 years

Lead
Senior Project Manager
Principal Consultant
Infrastructure Director
Chief Civil Engineer
Engineering Manager
Technical Director

8+ years

Roles Graduates Prepare For

Students in BE Civil Engineering build a strong foundation for careers in infrastructure planning, design, construction, environmental sustainability, research, and engineering management.

Structural Design & Analysis Engineer

Geotechnical & Foundation Designer

Transportation & Highway Designer

Water Resources & Hydraulic Designer

Construction & Project Manager

Environmental & Sanitation Engineer

Urban Infrastructure & Municipal Planner

Earthquake & Disaster Risk Reduction Engineer

Research, Consulting & Academia

Labs & Facilities

Eleven specialized laboratories support practical learning across materials, structures, surveying, water systems, geotechnical studies, and transportation engineering.

01

Civil Engineering Materials Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

02

Concrete Technology Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

03

Strength of Materials Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

04

Engineering Geology Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

05

Surveying Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

06

Structural Engineering Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

07

Water Supply and Sanitary Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

08

Water Resources and Hydropower Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

09

Soil Mechanics Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

10

Foundation Engineering Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

11

Transportation Engineering Laboratory

Supported by practical sessions, demonstrations, and supervised student project work.

Semester-wise academic structure

A concise view of the major subjects students encounter across the program.

Year I · Part I
ENSH 101Engineering Mathematics I3 cr
ENSH 103Engineering Chemistry3 cr
ENCT 101Computer Programming3 cr
ENEE 103Basic Electrical and Electronics Engineering3 cr
ENCE 101Engineering Mechanics4 cr
ENCE 102Engineering Geology I2 cr
ENCE 103Civil Engineering Materials2 cr
Year I · Part II
ENSH 151Engineering Mathematics II3 cr
ENSH 152Engineering Physics4 cr
ENME 158Engineering Drawing2 cr
ENCE 151Strength of Materials3 cr
ENCE 152Engineering Geology II2 cr
ENCE 153Engineering Survey I3 cr
Year II · Part I
ENSH 201Engineering Mathematics III3 cr
ENSH 202Numerical Methods3 cr
ENCE 201Fluid Mechanics4 cr
ENCE 202Theory of Structures I3 cr
ENCE 203Engineering Survey II3 cr
ENCE 204Computer Aided Civil Drawing2 cr
ENCE 205Concrete Technology2 cr
Year II · Part II
ENSH 251Communication English3 cr
ENSH 253Probability and Statistics3 cr
ENCE 251Hydraulics4 cr
ENCE 252Theory of Structures II4 cr
ENCE 253Soil Mechanics4 cr
ENCE 254Water Supply Engineering3 cr
ENCE 255Building Technology2 cr
ENCE 256Survey Camp2 cr
Year III · Part I
ENCE 301Design of Timber and Masonry Structures3 cr
ENCE 302Foundation Engineering3 cr
ENCE 303Design of Steel Structures3 cr
ENCE 304Transportation Engineering I3 cr
ENCE 305Sanitary Engineering3 cr
ENCE 306Engineering Hydrology3 cr
ENCE 307Engineering Economics3 cr
Year III · Part II
ENCE 351Estimating and Costing3 cr
ENCE 352Design of RCC Structures4 cr
ENCE 353Transportation Engineering II3 cr
ENCE 354Irrigation and Drainage Engineering4 cr
ENCE 355Professional and Social Engineering3 cr
ENCE 365-389Elective I3 cr
Year IV · Part I
ENCE 401Operations Research2 cr
ENCE 402Project and Construction Engineering4 cr
ENCE 403Hydropower Engineering4 cr
ENCE 411-434Elective II3 cr
ENCE 435-449Elective III3 cr
ENCE 404Project I2 cr
Year IV · Part II
ENCE 461Project II4 cr
ENCE 462Internship6 cr
Official Syllabus link

Faculty connected to this program

Meet the instructors and mentors who support academic delivery, labs, and student projects.

Program-specific FAQs

Common admissions, eligibility, and career questions for this degree.

What is the duration and structure of the Bachelor of Civil Engineering program?

The program is a four-year, eight-semester undergraduate degree focused on the design, construction, and research of essential infrastructure.

Why is Civil Engineering particularly relevant in Nepal?

Nepal faces frequent seismic activities, natural disasters, and rapid urbanization, creating a high demand for skilled civil engineers to build resilient, sustainable infrastructure and manage disaster mitigation.

Does the curriculum include practical field exposure and site visits?

Yes! Hands-on learning is a core element, featuring practical site visits, geological study tours, camp-based surveying (such as the 10-day intensive Survey Camp), and real-time infrastructure observations.

What key technical areas are covered in the degree?

The curriculum equips students with skills across core engineering fields, including structural design, geotechnical engineering, water supply systems, sewerage, and transportation networks.

What career opportunities does a Civil Engineering degree open up?

Civil engineering offers a versatile, numerate degree that acts as a gateway to public service, private infrastructure development, consulting, research, and various analytical career paths globally.

What career opportunities are available after graduation?

Graduates can work in construction, consulting, infrastructure development, government agencies, research, and project management in Nepal and abroad.

Can I pursue higher studies after completing this degree?

Yes. Graduates are eligible to pursue Master's and PhD programs in Civil Engineering and related disciplines in Nepal and internationally.

Are graduates eligible to work abroad?

Yes. Civil Engineering graduates have opportunities to work internationally, subject to the licensing, visa, and professional registration requirements of the destination country.

Start your BCE journey at HCOE.

Review admissions requirements, scholarship options, and application timelines with the HCOE admissions team.