Civil engineering stands as the noble confluence of artistry and scientific ingenuity, committed to the conception, construction, and preservation of the integral infrastructure underpinning contemporary civilisation. This illustrious discipline, essential to the march of urban innovation and technological evolution, encircles an enormous spectrum of practical undertakings. From developing robust transportation frameworks to establishing enduring architectural marvels, it forms the steadfast, dependable foundation upon which the rhythms of human life depend.

Civil engineering’s profound impact extends beyond construction; it shapes the very essence of how communities prosper and revolutionise. Among its most pivotal contributions lies its transformative role in urban development, where engineers breathe life into abstract designs, creating distinctive spaces that define cityscapes and promote human progress. So, are you ready to turn your dream structure into reality? If it is a resounding yes, then pursue a B. Tech. in Civil Engineering. 

The Market Size

The global civil engineering market size was valued at USD 9.09 trillion in the year 2023 and is predicted to soar at a CAGR of 6.1% between the year 2024 and 2030. To be precise, this growth solely depends on the increase in the number of infrastructure as well as capital projects. Below is the detailed information for the same. 

Civil Engineering Market Report Scope

The B.Tech. in Civil Engineering Syllabus

The B.Tech. in Civil Engineering subjects encourages and empowers students to build a legacy that will last forever! Here is a list of potential subjects from 1st to 4th year that you will master during your tenure. Read on:

Semester 1 (Physics Cycle):

• Engineering Mathematics-1

• Engineering Physics

• Elements of Mechanical Engineering

• Elements of Electronics Engineering

• Engineering Drawing

• Engineering Physics Laboratory

• Basic Workshop Practice

• Basic Electronics Laboratory

• Constitution, Human Rights and Law

Semester 1 (Chemistry Cycle):

• Engineering Mathematics - 1

• Engineering Chemistry

• Engineering Mechanics and Construction Materials

• Elements of Electrical Engineering

• Elements of Computer Science and Engineering

• Engineering Chemistry Laboratory

• Computer Programming Laboratory

• Basic Electrical Engineering Laboratory

• Professional Communication

Semester 2 (Physics Cycle):

• Engineering Mathematics-1

• Engineering Physics

• Elements of Mechanical Engineering

• Elements of Electronics Engineering

• Engineering Drawing

• Engineering Physics Laboratory

• Basic Workshop Practice

• Basic Electronics Laboratory

• Constitution,Human Rights and Law

Semester 2 (Chemistry cycle):

• Engineering Mathematics -2

• Engineering Chemistry

• Engineering Mechanics and Construction Materials

• Elements of Electrical Engineering

• Elements of Computer Science and Engineering

• Engineering Chemistry Laboratory

• Computer Programming Laboratory

• Basic Electrical Engineering Laboratory

• Professional Communication

Semester 3:

• Engineering Mathematics - 3

• Mechanics of Solids

• Mechanics of Fluids

• Engineering Survey

• Engineering Geology and Properties of Soils

• Building Materials, Concrete and Construction Technology

• Material Testing Laboratory

• Survey Practice

• Applied Engineering Geology Laboratory

• Environmental Studies

Semester 4:

• Engineering Mathematics - 4

• Transportation Engineering - 1

• Structural Analysis - 1

• Hydraulics and Hydraulic Machines

• Environmental Engineering

• Building Planning and Computer Aided Drafting

• Hydraulics and Hydraulic Machines Laboratory

• Environmental Engineering Laboratory

Semester 5:

• Design of RCC Elements

• Structural Analysis - 2

• Geotechnical Engineering - 1

• Hydrology and Irrigation Engineering

• Design & Drawing of Transportation & Irrigation Structures

• Drawing of RCC Structures

• Geotechnical Engineering Laboratory

• Extensive Survey Viva Voce

Semester 6:

• Geotechnical Engineering - 2

• Design of Steel Structures

• Estimation–Costing and Engineering Economics

• 19CEC313ATheoryPracticals

• DSM & Finite Element Analysis

• Transportation Engineering - 2

• Design and Drawing of Geotechnical and Environmental Structures

• Design and Drawing of Steel Structures

• CAE Laboratory

Semester 7:

• Professional Core Elective - 1

• Professional Core Elective - 2

• Open Elective I

• Project Work – 1, Internship (Choose one)

• Seminar

Semester 8:

• Professional Core Elective - 3

• Professional Core Elective - 4

• Project Work - 2

This B.Tech. in Civil Engineering syllabus offers a broad view of the subjects. However, depending on the universities, there could be variations in subjects, such as additional courses in computational methods, advanced structural design, etc.

Career Trajectory after B.Tech in Civil Engineering

Being one of the most versatile fields in engineering, Civil engineering offers a plethora of opportunities in multiple sectors. Once you complete your B.Tech. Civil Engineering degree, you will have an array of career options, some of which are mentioned below. Have a look.

• Architectural Engineer          

• Structural Engineer    

• Geotechnical Engineer          

• Construction Engineer

• Environmental Engineer

• Water Resources Engineer

And many more!    

Build Tomorrow's World Today with a B. Tech. in Civil Engineering @  M.S. Ramaiah University of Applied Sciences

Housed under the wings of M.S. Ramaiah University of Applied Sciences, the Faculty of Engineering and Technology offers a four-year undergraduate course, B.Tech in Civil Engineering. This course is curated to entrust students with critical analytical and problem-solving skills, promoting independent and advanced thinking for successful careers in Civil Engineering or further academic pursuits. While providing a deep comprehension of civil engineering, the industry-centric curriculum also introduces its avid learners to emerging trends. It equips them with advanced skills, such as applications of Artificial Intelligence and Machine Learning in the field.

What Awaits You @ Ramaiah?

• Real-world projects at St. Petersburg University of Architecture and Civil Engineering, Moscow State University of Civil Engineering

• B.Tech integrated with M.S.in association with reputed American Universities

• Certificate Programmes along with regular curriculum

The Final Thought

Civil engineering is indispensable for civilisation’s progress. Its real-world applications just not only shape the physical world but also promote economic growth, environmental sustainability, and societal well-being. On the off, if you are drawn to problem-solving and the chance to leave a tangible legacy, a B. Tech. in Civil Engineering offers dynamic and lucrative career paths, one that directly influences the world for generations to come. Apply now!