ABOUT THE DEPARTMENT OF MECHANICAL ENGINEERING

Welcome to the Department of Mechanical Engineering, the powerhouse of innovation where ideas are transformed into reality. We are committed to forging the next generation of engineering pioneers, master problem-solvers, and leaders in industrial technology. Our program builds a formidable foundation in core mechanical principles while immersing students in the cutting-edge fields of Robotics and Automation, Renewable Energy Systems, Advanced Manufacturing, Automobile Engineering, and Computational Fluid Dynamics (CFD). With a dynamic focus on academic rigor, hands-on research, and deep industry partnerships, we empower our students to excel in the ever-evolving world of engineering and make a tangible impact on society.

Vision:

To be recognized as a global center of excellence in mechanical engineering, pioneering research and innovation to produce world-class professionals who architect a technologically advanced and sustainable future.

Mission:

To deliver a world-class education in mechanical engineering through state-of-the-art curriculum, immersive practical training, and a culture of lifelong learning.
To spearhead research, innovation, and entrepreneurship in emerging technologies to solve complex, real-world challenges.
To cultivate industry-ready professionals equipped with impeccable ethical values, decisive leadership qualities, and collaborative teamwork skills.
To build strategic alliances with industry leaders and academic institutions for unparalleled global exposure and career advancement.
To inspire socially conscious engineers who champion sustainable development and dedicate their skills to the betterment of humanity.

Program Educational Objectives (PEOs)

Professional Competence: Apply profound knowledge of mechanical engineering principles and modern technologies to build successful careers and pursue advanced studies.
Innovation & Problem Solving: Design, analyze, and manufacture innovative and efficient systems, products, and solutions that address critical engineering and societal needs.
Research & Lifelong Learning: Engage in groundbreaking research, drive innovation, and embrace continuous learning to remain at the forefront of technological evolution.
Ethics & Leadership: Exhibit the highest standards of professional ethics, teamwork, leadership, and effective communication in diverse and multidisciplinary settings.
Societal Contribution: Leverage engineering expertise responsibly to advance sustainable technologies and make meaningful contributions to a global society.