Department Of Civil Engineering

Vision

To be a socially sensitive engineering institute of excellence adding value to the nation.

Mission

1. To provide resources of excellence with a focus on nurturing and developing the society.

2. To strive to be an institute of global recognition

Vision Of Department

To generate technocrats of universal standards in Civil Engineering who are academically and professionally strong with the capability to serve society and face global challenges through innovation, research and modern technologies.

Mission Of Department

M1: To educate the students of Civil Engineering to understand the problems of society and solve them through innovations.

M2: To cultivate a creative and research environment among the students which will contribute in solving the world’s problems.

M3: To make the students conscious of the environment and trained in developing sustainable infrastructure and renewable sources of energy.

M4: To create professionals who can design and develop Civil Engineering systems, which can contribute towards rural and urban growth.

About Course

The M.Tech in Civil Engineering at SVKM NMIMS Global University (SNGU) is a specialized postgraduate program that provides advanced knowledge in core civil engineering domains such as Structural Engineering, Transportation Engineering, Geotechnical Engineering, Water Resources Engineering, and Construction Management. The program blends theoretical foundations with practical applications to prepare graduates for industry and research roles.

Offered under the School of Technology, Management and Engineering (STME), the curriculum is designed to align with modern industry needs, incorporating innovative methodologies and emerging trends in civil engineering. Key focus areas include structural health monitoring, advanced transportation systems, geotechnical analysis, automation in construction, and sustainable urban development.

The course emphasizes hands-on learning through research projects, laboratory simulations, software-based modelling, and industry internships, providing real-world exposure to contemporary civil engineering challenges.

Career Prospects

Graduates of this program will be well-prepared for diverse professional roles in civil engineering, infrastructure development, research, and advanced engineering applications. They can pursue careers as Civil Engineers, Structural and Transportation Engineers, Smart Infrastructure Consultants, Geospatial Data Analysts, and Construction Technology Managers. Additionally, they will have opportunities in project management, urban planning, sustainable development, and regulatory compliance, contributing to innovative and resilient infrastructure solutions across industries.

Additionally, graduates can take up senior positions in government agencies, urban planning bodies, construction firms, and research institutions, contributing to large-scale infrastructure projects, smart city initiatives, and sustainable urban development. Opportunities also exist in academia and R&D for those interested in innovation and policy development.

With Dhule emerging as an educational and industrial hub, SNGU provides strong industry collaborations, expert faculty, and advanced research facilities, ensuring graduates are well-prepared to drive technological advancements, data-driven decision-making, and innovation in civil engineering and infrastructure development.

Preface

The M.Tech in Civil Engineering program offered by the Department of Civil Engineering is meticulously designed in accordance with the Academic Regulation of the National Education Policy (NEP) 2020. The curriculum aligns with the guidelines of key regulatory bodies, including the All India Council for Technical Education (AICTE), University Grants Commission (UGC), and Maharashtra State Council of Higher Education. It also complies with the National Higher Education Qualifications Framework (NHEQF) and National Credit Framework (NCrF) to ensure academic excellence and industry relevance.

Key Features of the Curriculum:

1. Outcome-Based Curriculum (OBC): The program follows an Outcome-Based Education (OBE) model, ensuring that each course has clearly defined learning objectives and measurable outcomes. The curriculum is designed to equip students with the technical knowledge, analytical skills, and professional competencies required to address modern challenges in civil engineering.
2. Choice-Based Credit and Semester System (CBCSS): The program offers flexibility through a Choice-Based Credit and Semester System, allowing students to select from a range of professional electives. This enables them to customize their learning based on their areas of interest while ensuring a strong foundation in core civil engineering principles.
3. Professional Competency and Multi-Disciplinary Approach: The curriculum embraces a multi-disciplinary approach, emphasizing site knowledge competency in civil engineering. Aligned with the standards of regulatory bodies such as AICTE and UGC, as well as accreditation frameworks like NBA and ABET (Accreditation Board for Engineering and Technology), it ensures graduates are well-prepared for dynamic careers in research, industry, and academia.
4. Stakeholder Feedback: A key aspect of curriculum development is continuous feedback from industry experts, employers, alumni, academia, research organizations, and professional bodies. This ensures that the program remains up to date with industry trends, real-world applications, and the evolving demands of the civil engineering sector.
5. Mandatory Internship: To enhance practical exposure, the program includes a mandatory industry internship where students apply their theoretical knowledge to real-world engineering problems. This hands-on experience helps students develop critical problem-solving skills, industry connections, and professional expertise.
6. Mapping to NPTEL/SWAYAM Courses: The curriculum incorporates courses mapped to NPTEL/SWAYAM online learning platforms, allowing students to access high-quality educational resources and earn additional certifications in specialized areas of civil engineering.
7. Social Relevance: The program includes courses focusing on sustainable infrastructure development, environmental conservation, disaster resilience, and smart city planning. This ensures that graduates are socially responsible engineers who contribute to sustainable and resilient infrastructure development.

This comprehensive, flexible, and industry-aligned curriculum prepares students for successful careers in civil engineering, infrastructure planning, research, and technological innovation, ensuring they meet the highest academic and professional standards.

Course Objectives

The objectives of the M.Tech in Civil Engineering program are carefully designed to ensure that graduates gain advanced technical expertise, problem-solving skills, and ethical values essential for success in their professional careers. The key objectives are as follows:

1. Building Future Leaders in Civil Engineering:
   • The program equips graduates with specialized knowledge and technical proficiency in various civil engineering domains, enabling them to become industry leaders, researchers, and innovators.
   • Through a rigorous curriculum and research-driven approach, graduates develop solutions for infrastructure development, sustainable construction, and smart city planning.
2. Cutting-Edge Curriculum with Practical Exposure
   • The curriculum blends theoretical learning with hands-on experience, ensuring graduates are well-prepared to tackle real-world engineering challenges.
   • The program includes advanced research projects, laboratory experiments, software-based simulations, and industry collaborations in areas like transportation engineering, structural analysis, geotechnical studies, and construction management.
3. Enhancing Professional and Leadership Skills
   • The program fosters leadership qualities, teamwork, analytical thinking, and effective communication skills, preparing graduates for roles in industry, academia, and public infrastructure planning.
   • Graduates participate in seminars, industry workshops, and interdisciplinary projects, enhancing their ability to make informed engineering decisions in a dynamic professional environment.
4. Promoting Ethical and Sustainable Engineering Practices
   • The program emphasizes professional ethics, environmental sustainability, and social responsibility, ensuring that graduates adhere to global engineering standards and safety regulations.
   • Graduates are encouraged to implement eco-friendly construction techniques, infrastructure resilience strategies, and responsible urban planning solutions to contribute positively to society.

This well-structured program ensures that graduates become technically competent, industry-ready professionals and responsible engineers, driving innovation and sustainability in civil engineering and infrastructure development.

If you are interested in applying or would like more information about admissions, eligibility criteria, or specific course offerings, feel free to reach out.

We are happy to assist you with any queries regarding the application process and program details.