Bachelor of Science in Civil Engineering (B.Sc. CE)

Program Duration: 4 Years (8 Semesters) | Total Credits: ~160

Year 1: Engineering Foundation

Semester 1

• Engineering Mathematics I

• Engineering Physics

• Computer Fundamentals & Programming (Python/C)

• Engineering Mechanics

• Communicative English

• Physics Lab

• Programming Lab

Semester 2

• Engineering Mathematics II

• Engineering Chemistry

• Engineering Drawing

• Basic Electrical and Electronics Engineering

• Workshop Practice

• Chemistry Lab

• Engineering Drawing Lab

Year 2: Core Civil Engineering Concepts

Semester 3

• Surveying and Geomatics

• Strength of Materials

• Fluid Mechanics

• Building Materials & Construction

• Civil Engineering Drawing

• Surveying Lab

• Material Testing Lab

Semester 4

• Structural Analysis I

• Hydraulics & Hydraulic Machines

• Geotechnical Engineering I

• Transportation Engineering I

• Environmental Engineering I

• Geotechnical Lab

• Hydraulics Lab

Year 3: Applied Engineering & Design Focus

Semester 5

• Structural Analysis II

• Concrete Technology

• Foundation Engineering

• Design of Reinforced Concrete Structures

• Transportation Engineering II

• Concrete & Highway Lab

• Foundation Lab

Semester 6

• Design of Steel Structures

• Geotechnical Engineering II

• Water Supply Engineering

• Environmental Engineering II

• GIS & Remote Sensing

• Environmental Lab

• GIS Lab

• Mini Project I

Year 4: Industry Integration, Research & Entrepreneurship

Semester 7

• Construction Management & Estimation

• Integrated Water Resources Management

• Seismic Design of Structures

• Elective I (e.g., Smart Materials, Green Buildings)

• Final Year Project – Phase I

• Industrial Training / Internship (Summer)

Semester 8

• Ground Improvement Techniques

• Industrial Waste Utilization & Wastewater Reuse

• Elective II (e.g., Pavement Design, Smart Cities, Energy-Efficient Systems)

• Final Year Project – Phase II

• Technical Seminar & Viva

• Entrepreneurship & Innovation in Civil Engineering

Suggested Electives (Based on Focus Area)

Structural & Geotechnical:

• Earthquake Resistant Design

• Advanced Soil Mechanics

• Deep Excavation & Retaining Structures

Water & Environmental:

• Water Reuse Systems

• Pollution Control Engineering

• Energy-Efficient Aeration Systems

Construction & Materials:

• Alternative Building Materials

• Industrial Waste Utilization

• Cement & Concrete Performance

Technology & Tools:

• GIS Applications in Civil Engineering

• BIM (Building Information Modeling)

• Smart Infrastructure Systems

Lab & Workshop Facilities

• Soil Mechanics Lab

• Concrete and Material Testing Lab

• Transportation Engineering Lab

• Water & Wastewater Analysis Lab

• GIS & Remote Sensing Lab

• Structural Simulation Lab (ETABS / SAP2000 / STAAD.Pro)

Co-curricular & Professional Development

• Consultancy projects with industry

• Participation in national design competitions

• Seminars & publications

• Field visits to construction sites, bridges, and water plants

• Career development & job-readiness workshops