Civil Engineering – Transportation Engineering

Introduction to course

Step into the realm of transportation engineering excellence with our MTech. Program in Civil Engineering – Transportation Engineering. Tailored for ambitious engineers eager to revolutionize the way people and goods move, this program offers a transformative learning experience. Through immersive coursework, cutting-edge research opportunities, and collaborative projects, students gain expertise in traffic flow analysis, infrastructure design, and sustainable transportation solutions.

Vision

To be a leader in civil engineering, developing professionals who create sustainable
infrastructure and innovative solutions that enhance the quality of life and
contribute to the advancement of society

Mission

  • To offer a dynamic civil engineering curriculum that integrates fundamental knowledge with emerging technologies, preparing students to succeed in a rapidly changing global environment and contribute to sustainable development.
  • To promote a culture of innovation, creativity, and interdisciplinary collaboration that addresses real-world engineering challenges and supports sustainable infrastructure that benefits society.
  • To establish robust partnerships with industry and community organizations, fostering practical learning experiences, entrepreneurship, and the implementation of sustainable engineering solutions that address both local and global needs.
  • To develop civil engineers who demonstrate integrity, ethical responsibility, and empathy, committed to making a positive impact on society by engaging in practices that prioritize sustainability and community well-being.

Program objective

  • Apply advanced skills of transportation planning, traffic engineering, and pavement design to develop efficient, safe, and sustainable transportation systems.
  • Synthesise modern analytical tools and data-driven approaches to address complex challenges in mobility, road safety, and infrastructure management.
  • Evaluate transportation policies, technological advancements, and research outcomes to contribute to the development of smart, resilient, and socially responsible transportation networks.

Program outcome

PO1 Knowledge Acquisition and Application: Acquire knowledge of science and engineering with the ability to evaluate, analyse, and synthesize knowledge related to domain engineering.

PO2 Problem Analysis and Research: Analyze complex problems related to domain engineering and synthesize information for conducting research.

PO3 Problem Solving and Solution Development: Think laterally to solve problems related to domain engineering and provide or suggest a range of solutions considering health, safety, societal, and environmental factors.

PO4 Research Methodology and Investigation: Extract knowledge through literature surveys, experimentation, and the application of appropriate research methodologies, techniques, and tools.

PO5 Technical Documentation: Demonstrate the ability to write clearly and document work effectively for efficient utilization and knowledge dissemination.

PO6 Social Responsibility and Ethics: Understand the impact of research and professional responsibility in order to contribute positively to society.

PO7 Communication Skills: Demonstrate the ability to communicate effectively in professional and academic environments.

PO8 Global and Societal Perspective: Acquire the broad education necessary to understand the impact of engineering solutions in global, economic, environmental, and social contexts.

PO9 Experimentation and Model Development: Demonstrate the ability to design engineering models, conduct experiments, and interpret the results effectively.

PO10 Contemporary and Emerging Technologies: Develop an understanding of contemporary and emerging technology systems and their applications.

PO11 Life-long Learning: Demonstrate the ability to engage in independent life-long learning with a high level of enthusiasm and commitment to continuously improve knowledge and competence.

Admission procedure

Check Eligibility (Physics + Maths + Chemistry / Computer)

Board

Category

Theory Marks

Theory + Practical Marks

GSEB

Open

135 / 300

180 / 400

GSEB

Reserve

120 / 300

180 / 400

Other Boards

Open

108 / 240

135 / 300

Other Boards

Reserve

96 / 240

120 / 300

Required Documents
  • SSC
  • HSC
  • GUJCET mark-sheet
  • Leaving certificate (applicable for all)
  • Income certificate
  • Caste certificate, NCL (if applicable)

Curriculum

  • Duration: 4 years
  • Fees: Rs. 70,000
  • Intake: 60
GTU CodeSubjectTheory(Hrs)Tutorial(Hrs)Practical(Hrs)Credits
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3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
GTU CodeSubjectTheory(Hrs)Tutorial(Hrs)Practical(Hrs)Credits
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
GTU CodeSubjectTheory(Hrs)Tutorial(Hrs)Practical(Hrs)Credits
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
GTU CodeSubjectTheory(Hrs)Tutorial(Hrs)Practical(Hrs)Credits
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
GTU CodeSubjectTheory(Hrs)Tutorial(Hrs)Practical(Hrs)Credits
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
GTU CodeSubjectTheory(Hrs)Tutorial(Hrs)Practical(Hrs)Credits
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
GTU CodeSubjectTheory(Hrs)Tutorial(Hrs)Practical(Hrs)Credits
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
GTU CodeSubjectTheory(Hrs)Tutorial(Hrs)Practical(Hrs)Credits
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000
3110000Lorem Ipsum0000

Faculty

Dr. Virang H. Oza
Dr. Jignesh Patel
Prof. Prashant Bhuva
Prof. Amit Kalola
Dr. Kalpesh Kapadiya
Prof. Chirag Odedra
Prof. Shekhar H. Parmar
Prof. Darshan Parmar
Prof. Ashish Kachhadiya
Prof. Vandit J. Bhatt
Mr. Pravin N. Ladva
Prof. Nikunj Hindocha
Prof. Purna Vachhani

Labs and facilities