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Civil Engineering

M.Tech in Civil Engineering

Eligibility

Four-year graduation in B.E / B.Tech /B.Sc in Civil Engineering/ Environmental Engineering/Construction Management/ Geoinformatics/Agriculture science

Study Campus
JGI Global Campus
Faculty of Engineering & Technology
NH-209, Bangalore - Kanakapura Main Road
Jakkasandra Post, Kanakapura Taluk
Ramanagara District - 562 112
+91 80 2757 7198
Admissions Office
JGI Knowledge Campus
# 44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 5600 69
+91 80 4665 0130
About the Programme

JAIN (Deemed-to-be University), standing out as the top option when you are looking for the best M.Tech colleges in Bangalore for Civil Engineering. The university introduced the M.Tech in Civil Engineering program in 2020, approved by AICTE, with an intake of 18 students. Featuring a team of experienced faculty, this program aims to cultivate adaptable and innovative graduates ready for challenges in modern construction. It provides a global, societal, and environmentally conscious approach, emphasizing sustainable development principles. Through industry and research-based projects, students develop skills to solve civil engineering problems efficiently and ethically, ensuring professional responsibility. The program equips students with the capability to identify, formulate, and address civil engineering challenges, meeting specified performance, cost, time, safety, and quality objectives while upholding professional and ethical standards. If you are in search of the most promising Civil Engineering Masters Courses, our program offers a comprehensive approach ensuring graduates are prepared for successful careers and holistic development.

The Civil Engineering Deptt. At the university is actively involved in consultancy services in the area of Material Testing and Design. The department has a well-established library with over 1000 books, covering various subjects, journals, magazines etc. Specialised laboratories enable students to explore emerging technologies. They receive advanced training in specific fields, preparing them for careers in industry, research, and academia both in India and internationally.

The Civil Engineering Association ATHARVA club has been functioning for the benefit of the students. It serves as a platform for students to make technical presentations, gain knowledge about recent advancements, and exchange novel ideas. This Association aims to bridge the gap between academia and industry by inviting renowned industrialists and academicians to interact with students.

While you explore M.Tech Civil Engineering colleges in Bangalore, it is important for you to notice that the Department of Civil Engineering at JAIN (Deemed-to-be University) encompasses professional societies such as the Indian Concrete Institute (ICI) and ISTE chapters, providing students a platform to acquire knowledge in various technical activities. It offers consultancy services in the fields of Geotechnical Engineering, Environmental Engineering, Surveying, and Highway Engineering. The syllabus is structured by industry experts and experienced academicians to meet the current innovations in industry and research.

Why take this course?

M.Tech in Civil Engineering aims at creating post graduates who are adaptable, innovative and ready to take on challenges of cutting edge technologies used in new age construction. The course lays emphasis on learning specialized subjects in civil engineering such as Structural engineering, Geotechnical engineering, advanced construction technology, Environmental engineering and interdisciplinary programs related to application of Artificial Intelligence in Construction. Students are imparted with higher knowledge in specific streams to give a leap start in their career in industry, research and academics in India and abroad. The program covers subjects like Advanced innovation engineering, Infrastructure design, Water resource management using RS and GIS, Earthquake resistant structures, Optimization techniques using Fuzzy logic, Building automation using sensors etc. Syllabus is structured by industry experts and experienced academician’s s to suit the objectives of meeting current innovations in industry and research.

What will I experience?

Students learns to manage the selection and initiation of individual projects and portfolios of projects in the enterprise

Students learn to treat and improve the ground conditions for specific loads and conditions

Students learn to integrate design and geometry of building to construct earthquake resistant structures

Students learn to use Fuzzy logic in optimization in design of environmental systems

Students learn to conduct project planning activities that accurately forecast project costs, timelines, and quality. Implement processes for successful resource, communication, and risk and change management

What opportunities might it lead to?

Post Graduate Engineers in Civil Engineering can choose employment in various industries as

Construction Planning Engineers – Working on project delivery methods best suited for individual construction projects while minimizing the risk factors Geotechnical Engineer – Investigating, designing and documenting in large scale Infrastructure projects and geotechnical consultancy firms Structural Engineers – Design new age structures following the trends of minimalism and sustainability

Post graduates can also find employment in academics, research and development, Public sector enterprises

  • Building Materials for Sustainable Development
  • Advanced Design of Concrete Structures
  • Advanced Concrete Technology
  • Open Elective 1
  • Structural Engineering Lab
  • Computer Aided Design Lab
  • PCL I- Research And Entrepreneurship Project
  • Department Elective Track 1
  • MMHV course 01
  • Advanced Design Of Water And Wastewater Treatment Units
  • Quality & Safety Management In Construction
  • Construction Management Software Laboratory
  • Physical-Chemical Treatment Process Lab
  • Open Elective 2
  • PCL II - Research And Entrepreneurship Project
  • Department Elective Track 2
  • Department Elective Track 3
  • Professional Skill Course
  • MMHV course 02
  • Dissertation Phase 1
  • Department Elective Track 4
  • Open Elective -3 (Hybrid Mode)
  • Summer Internship
  • Civil Engineering Seminar
  • PCL III - Research And Entrepreneurship Project
  • Dissertation Phase 2
  • PCL IV - Research And Entrepreneurship Project

After completing post-graduation, the curriculum provides outcomes in the following field

  • Researcher: Postgraduates of M.Tech in Civil Engineering can pursue a career in research, working in universities, research institutions, or even in private companies. They may focus on developing new construction materials, improving structural designs, or researching sustainable and resilient infrastructure solutions
  • Entrepreneur: Some postgraduate civil engineers choose to start their own companies, offering consulting services, construction management, or specialized engineering solutions. Entrepreneurship allows them to innovate and explore new opportunities in the field
  • Employment in Engineering Firms: Many postgraduates find employment in engineering firms, where they work on designing, planning, and supervising various civil engineering projects.
  • Government or Public Sector: After the successful completion of their studies at M.Tech Civil Engineering colleges in Bangalore, postgraduate civil engineers can work for government agencies or public sector organisations, where they are involved in infrastructure planning, policy development, and project management. They may work on projects related to transportation, water resources, or urban development.
  • Construction Industry: Some postgraduates choose to work in the construction industry, where they are involved in project management, site supervision, and ensuring that construction projects comply with design specifications and regulations.
  • Academic Career: A postgraduate degree can also lead to an academic career, where individuals teach and conduct research in universities or colleges. This path often involves pursuing a Ph.D. and publishing research papers in peer-reviewed journals
Further Study Options Available After Completing M.Tech In Civil Engineering Program

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

  • Ph.D. in Civil Engineering: After the successful completion of M.Tech in Civil Engineering programe, pursuing a Ph.D. allows conducting advanced research in a specialised area of civil engineering. It can lead to a career in academia, research institutions, or advanced positions in industry.
  • Professional Certifications: There are various professional certifications available in areas like project management (e.g., PMP), sustainable design (e.g., LEED AP), or structural engineering (e.g., SE license) that can enhance your credentials and marketability.
  • Postgraduate Diplomas: Candidates who have pursued Civil Engineering Masters Courses can also opt further for shorter, specialised programs like postgraduate diplomas that provide focused training in areas such as construction management, infrastructure planning, or geospatial analysis.
  • International Study Programs: After earning the degree of M.Tech (Civil Engineering) from JAIN (Deemed-to-be University), providing one of the best M.Tech colleges in Bangalore for Civil Engineering), candidates can study abroad also. The abroad study programs can provide you with a global perspective on civil engineering practices and expose you to different cultures and approaches to engineering challenges.
  • Structural Engineering Courses: These programs entail the design, testing, construction, and upkeep of various structures such as roads, bridges, flyovers, and dams. Structural engineers are highly sought after in government sectors due to their expertise in infrastructure development.
  • Environmental Engineering Courses: These courses concentrate on projects with significant environmental implications, including water treatment plants, air pollution control facilities, waste management systems, and public health initiatives.
  • M.Tech in Transportation Engineering: After earning the degree of M.Tech in Civil Engineering, one can explore this program that delves into the design, planning, and management of transportation systems, including roads, railways, airports, and urban transit, to optimize efficiency and safety in transportation infrastructure.
  • M.Tech in Infrastructure Engineering and Management: Focused on the development, maintenance, and management of infrastructure projects, this course equips students with skills in project planning, construction management, and sustainable infrastructure practices.
  • M.Tech in Hydraulics and Water Resources Engineering: This specialization involves the study of water-related phenomena, including fluid mechanics, hydrology, and water resource management, preparing students for careers in water supply, irrigation, flood control, and environmental conservation.
  • M.Tech in Geotechnical Engineering: Geotechnical engineering focuses on the behaviour of earth materials and their interaction with structures, providing expertise in foundation design, soil stabilization, slope stability analysis, and underground construction.
  • M.Tech in Geoinformatics: Geoinformatics integrates geographic information systems (GIS), remote sensing, and spatial analysis techniques to address challenges in environmental monitoring, urban planning, natural resource management, and geospatial data analysis.
  • Postgraduate classes will be conducted on weekends, allowing 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 for ongoing real-time projects.
  • Research projects and internships facilitated through an MOU with the Water Institute, Bangalore.
  • Engagement in transdisciplinary and interdisciplinary projects driven by an Industry 4.0 curriculum.
  • Highest placement package offered by core companies is 30LPA

The Fire Safety Certification Program, in collaboration with UL-Fire Lab, provides insights into fire dynamics, from initiation through to decay and combustion. The department covers building regulations, fire engineering principles, and their application to fire-engineered alternative solutions, enabling a comprehensive understanding of human behaviour and risk assessment.