Civil Engineering Syllabus: Complete Overview

What kind of work do you think civil engineers do? Whether it’s a road or tunnel, dam, bridge, building, space satellite, Civil Engineers are professionals who design, construct and manage the entire process from development to evaluation. You’ll be surprised to discover the extent to which these engineers shape, build, maintain and expand societies. If you’re aspiring to build a career in Civil Engineering and contribute constructively to our world, we have come up with the Civil Engineering syllabus that will be covered in your course of study.

What is Civil Engineering?

Civil Engineering is one of the major branches of Engineering converged to the practice of designing and developing infrastructure projects. These can either be huge scale development like water supply networks or nationwide transport systems; or smaller-scale plans like the development of individuals roads or buildings. The prominent feature of Civil Engineering in the real world is it’s perpetual adaptability to the desires and demands of society. Other than this, this field considers many contemporary environmental concerns, helping to address issues of scarce water supplies and pollution.

Also Read: Types of Civil Engineering

A Quick Summary

Civil Engineering is a study of designing, planning and construction of stable structures for the growth and development of individuals and the society as a whole. In recent years, the profession has seen a shortage of experienced civil engineers, meaning that now if you pursue a degree in Civil Engineering; you’ll not just acquire better positions but higher salaries as well. 

Also Read: Ratan Tata Scholarship for Engineering Students

Available Courses in Civil Engineering

A degree in Civil Engineering equips students to understand real-life situations and problems taking into account environmental, legal, financial and ethical considerations that may arise from creating and maintaining structures. Some of the major degrees in Civil Engineering include: Bachelor of Science (BSc), Bachelor of Technology (B Tech), Bachelor of  Engineering (B Eng), B Eng (Hons), Master of Science (MSc/MS), Master of Technology (M Tech), Master of Engineering (MEng) and Doctor of Philosophy (PhD) in Civil Engineering. The Civil Engineering syllabus for UG, PG or a PhD is different along with its varied duration.

Other than this, mentioned below are the various diploma and certification courses in Civil Engineering which last for 1-2 years:

• Diploma in Civil Engineering
• Graduate Diploma in Urban Design
• Postgraduate Diploma in Civil Infrastructural Engineering and Management
• Advanced Diploma in Civil and Structural Engineering
• Advanced Certificate in Bridge Engineering
• Graduate Certificate in Water Engineering and Management
• Graduate Certificate in Urban Desing
• Graduate Certificate in Advanced Transportation Engineering

Duration of the Courses

Typically like any Engineering degree, the course duration of various levels of higher education are as follows:

UG in Civil Engineering: 3-4 years

PG in Civil Engineering: 1-2 years

Doctoral program: 3-5 years.

Please note: The duration of the courses varies from country to country and university to university.

Civil Engineering Syllabus

The Civil Engineering Syllabus covers some of the specialized disciplines of Mathematics and Physics in order to plan, develop and maintain infrastructures and facilities essential to modern life like schools, hospitals, tunnels, roads, bridges, dams, airports, sewage system and water treatment facilities. A career in Civil Engineering is both rewarding and challenging as it involves all the important aspects of society and the world. Students get an opportunity to participate in field trips and complete industry placements as a part of Civil Engineering syllabus and curriculum.

Here’s a list of Civil Engineering syllabus covered under undergraduate, postgraduate and doctoral programs respectively:

Civil Engineering for Bachelor’s Degree Students

The Bachelor’s degree program in Civil Engineering syllabus makes students well aware and responsible for planning, designing, constructing and maintaining a project. Moreover, it equips students with sound engineering knowledge and good supervisory and administrative skills.

• Mathematics
• Advanced Mathematics
• Engineering Mechanics
• Engineering Graphics
• Engineering Physics
• Engineering Chemistry
• Humanities
• Computer Programming
• Surveying
• Strength of Materials
• Basic Engineering Workshop
• Civil Engineering Drawing
• Building Technology
• Structural Analysis
• Electrical Engineering Electronics and Instrumentation
• Fluid Mechanics
• Fluids Laboratory
• Engineering Geology
• Transportation Engineering
• Geotechnical Engineering
• Environmental Engineering
• Irrigation Engineering
• Open Channel Hydraulic Machinery
• Engineering Economics & Principles of Management
• Design of Hydraulic Structures
• Design and Drawing RC Structures
• Advanced Structural Design
• Advanced Foundation Design
• Numerical Methods and Operations Research
• Ground Water Hydrology
• Building Maintenance
• Advanced Surveying and Remote Sensing
• Quantity Surveying and Valuation
• Architecture and Town Planning
• Construction Engineering and Management
• Transportation Engineering
• Earth and Rockfill Dam Engineering
• Coastal Engineering and Marine Structures
• Environmental Pollution Control Engineering
• Finite Element Method

Civil Engineering for Master’s Degree Students

Graduates with skills like creativity and an innovative approach to problem-solving; the ability to interpret diverse and complex data are most suited for a master’s degree program in Civil Engineering. There are 6 areas of specialization for students to choose their field of understanding and interest:

Building Technology and Construction Management

• Advance Concrete Technology
• Building Services, Acoustics and Noise Control
• Computer Applications in Construction
• Construction Planning and Control
• Construction Management
• Construction Project Management
• Functional Designs of Buildings
• Modern Constructive Materials
• Quality and Safety Management
• Structural Systems and Design
• Maintenance or Rehabilitation of Constructed Facilities

Structural Engineering

• Advanced Reinforced Concrete and Steel Design
• Advanced Structural Analysis
• Applied Elasticity and Plasticity
• Bridge Engineering
• High Rise Structures
• Pre-stressed Concrete
• Finite Element Method
• Composite Structures
• Structural Dynamics and Earthquake Engineering
• Stability of Structures

Geotechnical Engineering

• Advanced Soil Mechanics and Foundations
• Earth Retaining Structures
• Earthquake Geotechnical Engineering
• Ground Improvement Techniques
• Rock Mechanics
• Soil Exploration and Analysis of Foundations
• Soil-Structure Interaction
• Stability Analysis of Dams, Slopes and Embankments
• Strength and Deformation Behavior of Soil

Transportation Engineering

• Advanced Railway Engineering
• Analysis & Structural Design and Evaluation of Pavements
• Mass Transit Systems
• Planning and Design of Airports
• Traffic Engineering
• Geometric Design of Highways
• Transportation and Environment
• Transportation Systems Planning

Water Resources Engineering

• Advanced Fluid Mechanics
• Design of Hydraulic Systems
• Hydraulic Structures and Hydro Power Engineering
• Integrated River Basin Management
• Water Quality Modelling and Management
• Water Resources Management

Environmental Engineering 

• Advanced Air Quality Management
• Advanced Wastewater Treatment and Engineering
• Environmental Impact and Risk Assessment
• Environmental Legislation & Policy
• Principles of Environmental Management
• Industrial Pollution Prevention and Clean Technologies

Civil Engineering for PhD Degree

The program is beneficial for individuals to develop a centre of excellence in Civil Engineering to carry out study and research in the areas of eco-friendly technologies and infrastructure. This helps to develop a scientific and technological global community.

Below is a  list of specialization areas in a PhD program for students with good technical designing knowledge of stable structures:

• Geotechnical
• Construction and Management
• Structures
• Transportation
• Environmental

Civil Engineering as a Career

A career in Civil Engineering is all about the combination of many scientific specialisms including hydraulics, mechanics, material science, geotechnics and statistical analysis. Civil Engineering skills are strongly rooted in a high level of proficiency in Science (especially Physics) and Mathematics to predict the performance and capability of the structures created and maintained. Other than this, students aspiring to become civil engineers must develop their design skills, particularly computer-aided design because project work is central to the subject.

Also Read: Scope of Civil Engineering

FAQs

We hope this article helped you become familiar with Civil Engineering syllabus for various academic levels. You can reach out to our experts at Leverage Edu for support and advice on the most suited university for you to begin a constructive career in Civil Engineering. Call us immediately at 1800 57 2000 for a free 30-minute counselling session.