B.Tech in Civil Engineering

About the Programme

The B.Tech in Civil Engineering program at JAIN (Deemed-to-be University) is meticulously designed to provide aspiring engineers with comprehensive knowledge and practical skills to excel in the field. Rooted in the philosophy of enhancing quality of life through technology, the program emphasizes a strong academic foundation to foster a generation of conceptually sound professionals.

Out of multiple choices in B.Tech Civil Engineering colleges in Bangalore, JAIN (Deemed-to-be University) offers one of the best B.Tech Civil Engineering colleges in Bangalore. What makes this program unique from the other programs offered at various B.Tech Civil Engineering colleges in Bangalore is its focus on institute-industry interaction, internships, field visits, and hands-on experiences. Students engage with state-of-the-art civil engineering practices which prepares them to contribute significantly to the nation's development and become responsible citizens. The program boasts specialized laboratory facilities, fostering a culture of research and consultancy. Equipped with the latest software and hardware, students are trained in cutting-edge tools such as CYPE, STAAD-PRO, AUTOCAD, MS Project, GIS, and GPS data manager, ensuring they graduate as industry-ready civil engineers. This well-rounded curriculum ensures that students receive everything they need to succeed in the dynamic field of civil engineering.

In addition to its comprehensive curriculum, JAIN (Deemed-to-be University) offers a vibrant learning environment where students thrive. With a distinguished faculty and state-of-the-art facilities, the university provides unparalleled opportunities for growth and development. Students benefit from mentorship and guidance from industry experts, further enhancing their skills and knowledge. Moreover, the university's emphasis on practical learning through internships, field visits, and hands-on experiences ensures that graduates are well-prepared to tackle real-world challenges in the field of civil engineering. The program's strong focus on research and consultancy fosters innovation and creativity among students, allowing them to make meaningful contributions to the industry. With its commitment to excellence and industry relevance, JAIN (Deemed-to-be University) stands out as a premier choice for aspiring civil engineers seeking a dynamic and rewarding educational experience.

Why take this course?

B.Tech. Civil Engineering - Do you want to design the transport systems to keep big cities on the move? Do you want to create easy-to-build schools so children in distant places have somewhere to learn? Then be a part of Civil Engineering branch and make a difference in a bigger way!

What will I experience?

It builds strong foundations in all traditional areas of Civil Engineering

The state of art curriculum promotes independent thinking and learning at an individual's pace.

The program nurture you to meet the global competency in industry and academia.

What opportunities might it lead to?

Civil Engineering is a versatile branch of all engineering branches which leads to placements in private and public sectors related to Geotechnical Engineering, Structural Engineering, Transportation Engineering, Hydraulics, Environmental Engineering and Infrastructure Management.

There are massive career avenues for Civil Engineers both domestically and internationally.

Technician-BridgeDesign/ Building Material/ Concrete/ Construction/ Environmental/ Highway/ Land use/Highway Traffic/ Road/ Measures/ Noise Reduction/ Solid Waste Disposal/ Structural Engineering/ Urban Planning/ Water Distribution System/ Pollution Control/ Environmental/ Agriculture/ Architectural Technologist- Civil Engineering Design/ Civil Engineering Studies/ Construction/ Foundation/ Material Testing/ Structural Design/ Soil Testing/ Traffic/ Waste Disposal Construction Requirement Writer/ Construction Specifications Writer/ Structural Investigator/ Supervisor

Study Campus

JAIN Global Campus
Faculty of Engineering & Technology
NH-209, Bangalore - Kanakapura Main Road
Jakkasandra Post, Kanakapura Taluk
Ramanagara District - 562 112
+91 80 2757 7198
+91 73 3761 8222

Admissions Office

JAIN Knowledge Campus
# 44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 5600 69
+91 73 3761 8222
080-69279444

Regular

A student who has passed 10+2 examination (level 4.0) with Physics, Mathematics and Chemistry as mandatory courses, shall be eligible for admission to B.Tech. programmes. Obtained at least 45% marks (40% marks in case of candidates belonging to reserved category) in the above subjects taken together.

Passed D.Voc. Stream in the same or allied sector. (The University will offer bridge courses in Physics, Mathematics and Chemistry, for the students coming from diverse backgrounds to prepare level playing field and desired learning outcomes of the programme.)

RESERVATION CATEGORY: The University follows the percentage of Reservation for SC/ST & OBC Category as prescribed by the Central Government.

Lateral Entry

Passed a minimum three-year / two-year (Lateral Entry) Diploma examination (Level 4.5) with at least 45% marks (40% marks in case of candidates belonging to reserved category) in any branch of Engineering and Technology.

Passed B.Sc. Degree from a recognized University as defined by UGC, with at least 45% marks (40% marks in case of candidates belonging to reserved category) and passed 10+2 examination with Mathematics as a subject.

Passed B.Voc/3-year D.Voc. Stream in the same or allied sector. (The University will offer suitable bridge courses such as Mathematics, Physics, Engineering drawing, etc., for the students coming from diverse backgrounds to achieve desired learning outcomes of the programme)

Bachelor of Technology (Lateral Entry to Third Year): UG Diploma in Engg (Level 5.0)

Bachelor of Technology (Lateral Entry to Final Year): B.Voc. in relevant discipline (Level 5.5)

Enhance your B.Tech experience with the option to pursue a Minor Degree from IIITH and gain unique opportunities for academic and professional growth!

Key Highlights of the UG Minor Degree Program from IIITH:

Certificate Issuance:

Students will have the option to receive certificates from IIITH upon successful completion of each semester.
These certificates will be issued in three parts over the course of the program, recognizing incremental progress.

Minor Degree Recognition:

University has the discretion to award a minor degree to their students, utilizing the certificates issued by IIITH.
This option allows students to earn additional credentials and enhance their academic profile.

Research Internships:

Top performers in the Minor Program will be considered for research internships at IIITH.
These internships provide an excellent opportunity for students to gain hands-on experience and deepen their expertise in their field of study.

Note:

An additional cost is applicable for enrolling in the UG Minor Degree Program.
To earn the minor degree, students must earn an additional 20 credits on top of their regular credits as part of the curriculum.

I Semester

Engineering Physics
Mathematics-1 (Matrix, Algebra and Calculus)
Basic Electrical and electronics Engineering
Communication and Skill Writing
Engineering Graphics & Design
Programming for Problem Solving
Universal Human Values
Indian Constitution

II Semester

Applied Chemistry
Society and Science
Epistemology Lab
Environment Science
Mathematics-2 (Statistics and Probability)
Manufacturing Practice Workshop
Fundamental Engineering Science - 1 Solid Mechanics
Communication skill (TOEFFL/IELTS test within a month<4.5) like diploma maths

III Semester

Design Thinking
Mathematics-3 (Multiple integrals, Laplace Transforms and Partial Differential Equations)
Fluid Mechanics
Fundamental Engineering Science - 2 Strength of Materials
Sports and Yoga
Foundational Core Course Surveying and Geomatics
Diploma Mathematics – 1

IV Semester

Civil Engineering Materials
Architectural Design and Drafting with CAD
Hydraulics Engineering
Concrete Engineering
Transportation Systems
Survey Practice and Field Training
Engineering in Society
3D experience and innovation Lab
Diploma Mathematics – 2

V Semester

Finance & Accounting
Track Based Core Course-1
Track Based Core Course-2
Environmental Engineering Lab
Geotechnical Engineering Lab
Research Methods and Design
Internship-1

VI Semester

Engineering Estimation, Costing & Valuation
Hydrology & Water resources Engineering
Track Based Core Course-3
Track Based Elective-1
Advanced Construction Technology Lab
Product Innovation & Entrepreneurship
Grassroot innovation and engineering practice
Engineering Project-1

VII Semester

Open Elective-1
Track Based Elective-2
Construction Management
Engineering Ethics & Professional Practice
Engineering Project-2
Internship-2

VIII Semester

Track Based Elective-3
Open Elective-2
Open Elective-3
Engineering Project-3

Professional Development Courses

Core Courses

Track Based Core Courses (Course- 1 , Course– 2 , Course- 3 )
Facility Management	Structural Engineering and Advanced Geo Technical Engineering	Construction Engineering and Management	Environmental Engineering
Introduction to Facility Management	Structural Analysis – I	Construction Cost Analysis and Control	Sensor based detection and Pollution Control
Building Services and Maintenance	Design of RC Structures	Construction Law and Contract Administration	Environmental Laws, Regulations, and Policy
Operations and Maintenance Management	Design of Steel Structural Elements	Building Information Modeling (BIM) for Construction Managers	SCADA Applications in Environmental Monitoring and Control

Elective Courses

Track Based Elective Course (Elective-1 , Elective-2 , Elective-3 )
Facility Management	Structural Engineering and Advanced Geo Technical Engineering	Construction Engineering and Management	Environmental Engineering
Space Planning and Interior Services	Structural Analysis – II	Construction Equipment, Plants and Machinery	Environmental Data Analytics and Remote Sensing
Housekeeping and Soft Services Management	Geotechnical Design earth quake Engineering	Construction Finance and Business Management	Industrial Waste Management and Recycling Technologies
Property and Lease Management	Geo Synthetics Applications	Construction Safety and Quality Management	Geo-Environmental Engineering
Facility Management for Hospitality and Institutional Buildings	Design and Drawing of RC Structures	Leadership and Human Resource Management in Construction	Ground Improvement for Infrastructure Projects
Hospital and Health care Facilities Management	Structural Health Monitoring Using Sensors	Pre-engineered construction technology	Noise Pollution and Mitigation Measures
Facility Audit Management	Ground Improvement techniques	Project Delivery Systems and Methods	Air pollution and Control
Repair and maintenance of buildings	Design of Pre Engineered Structures	Tunnel Engineering
Assessment of Cracks, Dampness and building Materials	Industrialized Building Systems	Maintenance of Infrastructure Facilities
	Design of Formwork and Scaffolding	Logistic management
	Design Of Bridges	Disaster-Resilient Construction
	Pre stressed concrete structures

Entreprenureship Courses

Core Courses

Track Based Core Courses (Course- 1 , Course– 2 , Course- 3 )

House Design and Construction Techniques

Waterproofing and Damp-Proofing Techniques

Plumbing, Sanitation, and Water Supply Systems

Elective Courses

Track Based Elective Course (Elective-1 , Elective-2 , Elective-3 )

Design and Operation of Water and Wastewater Treatment Plants

Repair, Retrofitting, and Maintenance of Structures

Modular and Prefabricated Construction

Estimation, Valuation, and Tendering Practices

Interior Design and Finishing Works

Construction Safety and Quality Control

Smart Homes and Affordable Housing Technologies

Landscape Design and Outdoor Infrastructure

Construction Contracting, Tendering and Licensing

Sliope stability applications

Glass Processing Technology I

Glass Processing Technology II

Research Courses

Core Courses

Track Based Core Courses (Course- 1 , Course– 2 , Course- 3 )
*Global climate change*	*Sustainable and Smart Infrastructure Systems*	Water Resource Management
Remote Sensing of Environmental and Climate Change	Sustainable Materials and Green Construction Technologies	Remote Sensing and GIS
Green Hydrogen Technologies	Urban Development	Integrated Water Resource Management
Urban storm water management	Structural Health Monitoring and Smart Structures	Water Quality Modeling and Pollution Control

Elective Courses

Track Based Elective Course (Elective-1 , Elective-2 , Elective-3 )
*Global climate change*	*Sustainable and Smart Infrastructure Systems*	Water Resource Management
Water purification Nano-technologies	Infrastructure Resilience and Disaster Risk Reduction	Groundwater Engineering and Management
Climate change impacts management	Energy-Efficient Building Systems	Urban Water Systems and Storm water Management
Energy efficient building material	Digital Construction and Building Information Modeling (BIM)	Hydrologic Modeling and Climate Change Impact Assessment
Carbon foot print	Water-Energy Nexus and Sustainable Utilities	AI and ML Applications in Water Resource Management
Urban Flood planning and Management	Geospatial Technologies for Smart Infrastructure	Sediment Transport and River Morphology
Maintainable building Material	Climate Adaptation and Low-Carbon Infrastructure Systems	Flood Risk Assessment and Mitigation
	Intelligent Transport Systems
	Urban Transport Planning
	Traffic Engineering and Management

Upon completion of the B.Tech in Civil Engineering programme at JAIN (Deemed-to-be University), graduates can embark on diverse and rewarding career paths as given below:

Structural Engineer: Graduates can work in consulting firms, construction companies, or government agencies, designing and ensuring the safety of structures.
Researcher: Those inclined towards research can pursue careers in academia or research institutions, advancing knowledge in structural engineering.
Entrepreneur: After receiving a degree from B.Tech Civil Engineering colleges in Bangalore, graduates can start their own consultancy or construction firm, requiring business skills to manage projects and clients.
Project Manager: With expertise in structural engineering, graduates can oversee construction projects, ensuring quality, budget, and timeline adherence.
Specialist: Graduates can specialize in areas like seismic design or sustainable design, leading to advanced roles and higher pay.
Educator: Those interested in teaching can become professors or lecturers, educating future engineers.
Code Official/Regulator: Graduates can work for government agencies, ensuring compliance with building codes and regulations.

Further Study Options Available After Completing B.Tech in Civil Engineering

After completing your B.Tech in Civil Engineering at JAIN (Deemed-to-be University) which offers one of the best B.Tech Civil Engineering colleges in Bangalore, there are further study options available for those looking to deepen their knowledge or specialise further:

Master's Degree in Construction Management: Pursue a Master's degree in Construction Management to develop skills in project management, cost estimation, and construction planning for handling large-scale projects effectively.
Specialised Certifications: Consider obtaining specialised certifications in earthquake engineering, sustainable design, environmental engineering, geotechnical engineering, hydraulics and water resources engineering, traffic and transportation engineering, water resource engineering, and structural health monitoring to enhance expertise and marketability in the field.
Master's Degree (M.Tech or M.S.): Pursue M.Tech or Master of Science (M.S.) in Civil Engineering for specialisation in areas such as structural engineering or transportation engineering, opening doors to advanced career opportunities.
Masters in Design of Structures and Highways or Bridges: Explore Masters in Design of Structures and Highways or Bridges as a further option for civil engineers.
Doctoral Degree (Ph.D.): Opt for a Ph.D. in Civil Engineering to delve into advanced research and teaching roles in academia or specialised positions in industry.
Postdoctoral Research: After completing a Ph.D, consider postdoctoral research positions to expand research experience and contribute to cutting-edge projects.
Postgraduate Diploma/Certificate: Enhance skills with short-term programs in project management or environmental impact assessment through postgraduate diploma or certificate courses, increasing job market competitiveness.
Professional Certifications: Obtain PE licensure or certifications from organisations like ASCE to validate expertise and advance in areas like structural design or transportation planning.
Professional Development Courses: Participate in workshops, seminars, and short courses for professional development, staying updated with the latest trends and technologies in structural engineering.
Professional Licensure: Obtain professional licensure as a structural engineer to boost credibility and career prospects in the field.

Postgraduate classes will be conducted on weekends, enabling working professionals to join.
Opportunity to become a member of professional bodies such as ICE-UK, IGBC, ACCE, and ICI.
Value-added certification course in Fire Safety offered in collaboration with FCRC.
Participation in consultancy services for ongoing real-time projects.
Research projects and internships facilitated through a memorandum of understanding with the Water Institute, Bangalore.
Engagement in transdisciplinary and interdisciplinary projects driven by an Industry 4.0 curriculum.
Highest placement package in core companies of up to 30 LPA.

The university provides one of the best B.Tech Civil Engineering colleges in Bangalore. The University offers a B.Tech in Civil Engineering course along with an additional Fire Safety Certification Program in collaboration with UL-Fire Lab. This value-added component enhances students' expertise in fire safety practices. This certification program delves into fire dynamics, from initiation through to decay and combustion. It equips students with a deep understanding of building regulations, fire engineering principles, and their application to alternative fire-engineered solutions. Additionally, the curriculum addresses human behaviour and risk assessment, empowering graduates with comprehensive knowledge and skills vital for ensuring safety in the built environment.