Construct the World of Tomorrow with a BTech in Civil Engineering
Civil engineering is a field in high demand, and it is expected to sustain continuous job growth. In India, the demand for civil engineers is projected to increase by 9% annually from 2018 to 2028. As a result, you will have an ample number of opportunities when it comes to jobs. With a BTech in Civil Engineering, you’ll acquire the knowledge and skills to shape the landscape, build infrastructure, and create sustainable solutions.
From iconic skyscrapers and innovative bridges to efficient transportation systems and environmental sustainability, this programme empowers you to be a driving force in the world’s development. The focus on excellence ensures that you’ll be equipped to meet the challenges of today and tomorrow, making a lasting impact on the world’s evolving needs and aspirations.
BTech in Civil Engineering Subjects
The specific subjects and courses you’ll study during a BTech in Civil Engineering programme may vary from one university to another, but here is a list of common subjects typically covered in a civil engineering curriculum:
Mathematics
Physics
Engineering Mechanics
Materials Science
Surveying
Fluid Mechanics
Strength of Materials
Structural Analysis
Structural Design
Geotechnical Engineering
Transportation Engineering
Hydraulics and Hydrology
Environmental Engineering
Construction Management
Urban and Regional Planning
Geographic Information Systems (GIS)
Concrete Technology
Steel Structures
Transportation Planning
Engineering Ethics and Professional Practices
Project Work and Internships
It’s essential to review the course catalogue of your chosen university for precise details on the subjects covered in their BTech in Civil Engineering programme.
Career After BTech in Civil Engineering
A BTech in Civil Engineering opens doors to various career opportunities and job roles, including:
Structural Engineer
Construction Manager
Transportation Engineer
Environmental Consultant
Urban Planner
Geotechnical Engineer.
Water Resources Engineer
Project Manager
Quantity Surveyor
Infrastructure Development
Site Engineer
These roles demonstrate the versatility and significance of a BTech in Civil Engineering, allowing you to contribute to the design, construction, and maintenance of the physical world while addressing critical infrastructure and environmental challenges.
Unleash Your Architectural Genius with a B.Tech. in Civil Engineering at M. S. Ramaiah University of Applied Sciences (RUAS)
Traditionally, Civil Engineering education focused on the planning, analysis, design, and construction of various infrastructure projects like buildings, roads, bridges, dams, and power plants. However, the ever-advancing technology landscape, coupled with the pursuit of higher living standards driven by economic growth and environmental concerns, has broadened the horizons of the Civil Engineering curriculum. Today’s challenges encompass intricate issues such as carbon footprint reduction, resource interdependencies, and efficient waste management.
The B.Tech programme in Civil Engineering at M. S. Ramaiah University of Applied Sciences aims to produce graduates equipped with essential skills such as critical thinking, analytical capabilities, problem-solving prowess, and the ability to think innovatively, preparing them for careers in civil engineering or further academic pursuits.
Objectives of B.Tech. in Civil Engineering at M. S. Ramaiah University
The objectives are as follows:
Convey knowledge about Civil Engineering systems and their components.
Enhance comprehension of the fundamental engineering principles underlying Civil Engineering systems.
Develop the ability to model, simulate, and evaluate the performance of Civil Engineering systems for predictive and performance improvement purposes.
Foster the capability to design and construct customised Civil Engineering systems.
Provide instruction on instrumentation and testing procedures for Civil Engineering systems.
Train students to use commercial software tools for designing, modelling, and simulating civil engineering systems.
Construct and test Civil Engineering systems to ensure practical competence.
Deliver training on professional ethics, history, economics, social sciences, and interpersonal skills relevant to professional practice.
Offer a broad perspective on lifelong learning and career opportunities in industry, business, and commerce.
BTech Civil Engineering Syllabus at RUAS
Here is the detailed and semester-wise civil engineering syllabus of the university:
Semester 1 (Physical 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
Concrete and Highway Materials Laboratory
Semester 5
Design of RCC Elements
Structural Analysis — 2
Geotechnical Engineering — 1
Hydrology and Irrigation Engineering
Design and drawing of Transportation and 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
DSM & Finite Element Analysis
Transportation Engineering — 2
Design and Drawing of Geotechnical and Environmental Structures
Design and Drawing of Steel Structure
CAE Laboratory
Note: For Semester 7 and Semester 8, you need to select core electives from the list available. For complete details, go to:
Transform Your Ideas into Awe-inspiring Structures
Pursuing a B.Tech. in Civil Engineering at M. S. Ramaiah University is not just a choice; it’s a gateway to a world of opportunities and endless possibilities. By joining this esteemed institution, you’ll be part of a dynamic community that fosters innovation, excellence, and the creation of a sustainable future.
So, if you’re ready to build a solid foundation for your career, make a positive impact on the world, and explore the fascinating world of Civil Engineering, take the first step today and apply for this programme. Your future in civil engineering awaits you at M. S. Ramaiah University. Join RUAS and be the architect of your dreams.