Check out our overview of the program, including the subjects you’ll study and what to expect from the course.
Buildings, roads, bridges, and other infrastructure are all part of the built environment, which is created, designed, and maintained by the civil engineering profession. If you love math and science and want to improve the world’s infrastructure, a bachelor’s degree in civil engineering can offer up a world of opportunity. Let’s examine the Bachelor of Civil Engineering (BCE) programme in further detail, including its coursework and target audience.
Curriculum
A BCE course aims to give students a thorough understanding of the concepts and methods used in civil engineering. The typical length of the programme is four years (120 credit points), and it has both theoretical and practical components.
Students will learn basic concepts in their first year, including algebra, physics, and materials science. Also covered will be the fundamentals of civil engineering, which cover subjects like project management, drafting, and surveying.
In the second year, topics include environmental engineering, structural analysis, and mechanics. Through working in the lab and completing computer-aided design (CAD) projects, students will also start to build practical skills.
Third and fourth years allow students to specialise in a particular branch of civil engineering. A capstone project is undertaken, which entails working on a genuine engineering challenge and presenting the answer to a group of industry professionals.
Overall, the curriculum for a BCE gives students a solid foundation in the theory and practise of the profession, equipping them for a variety of job prospects.
YEARS 1 & 2
SEMESTER 1
Introduction to Civil Engineering
Introduction to Electrical and Electronic Circuits
Physics I
Mechanics of Materials
Excavation and Retaining Walls
SEMESTER 2
Soil Mechanics
Fluid Mechanics
Engineering Drawing and Measurement
Engineering Electromagnetic Principles
Reliability and Quality Control
SEMESTER 3
Technical Composition
Introduction to Microeconomics
Civil Engineering Materials
Civil Engineering Materials Laboratory
Structures I
SEMESTER 4
Calculus for Engineers I
Geotechnical Engineering
Imaging Science and Engineering
Safety Systems and Risk Analysis
Engineering Statics
YEARS 3 & 4
SEMESTER 5
Differential Equations for Engineers
Water Resources Engineering
Control Systems
Linear Dynamic Systems I
Engineering Innovation and Design
SEMESTER 6
Chemistry I
Physics of Heat, Wave Motion and Optics
Reinforced Concrete Design
Reinforced Concrete Laboratory
Steel Design
SEMESTER 7
Systems Engineering Laboratory
Environmental Engineering
Control Systems Design by State Space Methods
Systems Design Project
Transportation Engineering
SEMESTER 8
Engineering Probability and Statistics
Approach to Designing Sustainable Policies and Programs
Electrical Machines I
Capstone Project: Integrated Design
Engineers and Society
Target Audience
Civil engineering is a field that appeals to students who possess strong abilities in math and science, as well as a keen interest in infrastructure and the built environment.
Those who enjoy applying critical thinking and problem-solving skills, and have a passion for making a positive impact on society and the environment, may also find civil engineering to be an excellent fit for their interests and strengths. In general, civil engineering is a dynamic and fulfilling career path that draws students with a broad range of skills and aspirations.
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