Bachelor in Civil Engineering

SN

Course Code

Year: Second, Semester: III

Course Title

Credits

1

ENAS 201

Engineering Mathematics-III

3

2

ENCE 201

Surveying I

2

3

ENCE 202

Fluid Mechanics

3

4

ENCE 203

Strength of Materials

3

5

ENAS 202

Probability & statistics

2

6

ENCE 204

Masonry Structures

3

7

Elective-I

3

Total

19

SN

Course Code

Year: Second, Semester: IV

Course Title

Credits

1

ENAS 251

Numerical Computation

3

2

ENCE 251

Surveying II

2

3

ENCE 252

Hydraulics

3

4

ENCE 253

Structural Analysis I

3

5

ENCE 254

Soil Mechanics

3

6

ENCE 255

Engineering Economics

3

7

ENCE 256

Survey camp*

2

Total

19

SN

Course Code

Year: Third, Semester: V

Course Title

Credits

1

ENCE 301

Structural Analysis II

3

2

ENCE 302

Concrete Technology

2

3

ENCE 303

Foundation Engineering

3

4

ENCE 304

Engineering Hydrology

3

5

ENCE 305

Water Supply Engineering

3

6

ENCE 306

Transportation Engineering I

3

7

ENCE 307

Project I

2

Total

19

SN

Course Code

Year: Third,  Semester: VI

Course Title

Credits

1

ENCE 351

RCC Structures

3

2

ENCE 352

Steel and Timber Structures

3

3

ENCE 353

Sanitary Engineering

3

4

ENCE 354

Irrigation and Drainage

3

5

ENCE 355

Estimating and Costing

3

6

ENCE 356

Transportation Engineering-II

3

7

ENCE 357

Technology & society

2

Total

20

SN

Course Code

Year: Fourth, Semester: VII

Course Title

Credits

1

ENCE 401

Hydropower Engineering

3

2

ENCE 402

Professional & social Engg

3

3

ENCE 403

Project & construction Engg

3

4

ENCE 404

Operation research

2

5

ENCE 405

Fiber composite materials

3

6

ENCE 406

Project- II

2

7

Elective -II

3

Total

19

SN

Course Code

Year: Fourth, Semester: VIII

Course Title

Credits

1

ENCE 451

Project-III

2

2

Elective- III

3

3

ENCE 452

Internship

6

Total

11

• Internship: Internship duration 12 weeks of industrial/professional engagement (direct supervision of the field supervisor will be considered 1 hour per week for official purpose).
• Elective courses (I, II & III) will be conducted on a modular basis.
• Survey Camp: Field work will be conducted in 2 to 3 weeks.
• Electives: Elective I, Elective II will be chosen from same stream and Elective -III will be chosen from any stream.                                     

   Total Credits: 142

            Elective Courses / Specialization Areas

Students may select any three elective courses from one of the following specialization areas:

1. Structural Engineering Specialization

1. Geotechnical Engineering Specialization

1. Water Resources Engineering Specialization

1. Transportation Engineering Specialization

1. Environmental Engineering Specialization

1. Energy and Building Sciences

1. Modern Materials Specialization

Elective courses:

• Advanced Concrete Technology
• Special Concretes and Composite Materials
• Bridge Engineering
• Prestressed Concrete
• Structural Dynamics
• Earthquake Resistant Design of Structures
• Finite Element Method in Structural Engineering
• Advanced Geotechnical Engineering
• Rock Mechanics
• Ground Improvement Techniques
• Tunneling and Underground Structures
• Advanced Hydrology
• Hydropower Engineering II
• Water Resources Systems
• Groundwater Engineering
• Pavement Design
• Traffic Engineering and Management
• Transportation Planning
• Airport and Railway Engineering
• Solid Waste Management
• Air and Noise Pollution Control
• Environmental Impact Assessment
• Water and Wastewater Treatment
• Energy efficiency in building design
• Energy planning and auditing
• Energy Economics
• Renewable Energy & Sustainability Systems
• Advanced Concrete Technology (High Performance, SCC, UHPC)
• Sustainable concrete materials

Project and Practical Work:

• Project-I (PRJ 307): Identification and information collection of the project works, Preliminary project work, literature review, problem identification.
• Project-II (PRJ 407): Identification and analysis of real-time project, use of research tools, Guidelines for project selection and scope definition, Project Identification & Planning, Data Collection & Field Work, Statistical analysis of collected data, Application of software tools (AutoCAD, STAAD, MATLAB, Excel, GIS), Case studies, comparative analysis of project alternatives, etc.
• Project-III (PRJ 451): Identification of real project, data collection and analysis, finding alternative solution to the problem, preparation of detail report and defense.
• Internship (INT 453): Practical training at a construction firm or government agency for 6-8 weeks.
• Survey Camp: Mandatory residential 2-3weeks camp in a rural area for complete topographical survey.

Non-credit Necessary Components:

1. Seminar and Guest Lectures: Regular seminars by industry professionals and alumni on real-world case studies and contemporary issues.
2. Entrepreneurship and Innovation: Course introducing entrepreneurship, business plan development, and innovation in construction for Nepal.
3. Disaster Risk Management: Focus on earthquake-resistant design, landslide mitigation, and flood management specific to Nepal’s context.
4. Industry Collaboration: Partnership with construction companies, government agencies, and consulting firms for internships, guest lectures, and project supervision.
5. Use of Laboratory Facilities: Well-equipped laboratories for material testing, soil mechanics, hydraulics, surveying, and structural analysis.
6. Library and Digital Resources: Access to standard textbooks, reference materials, journals, and engineering software.
7. Culture, climate and shelters: Relationship between culture, climate, and shelter, Historical evolution of shelter in different civilizations, Importance of socio-cultural context in building design, Climate and Built Environment, Shelter and Human Needs, Cultural Influences on Shelter.