Mechanical Engineering

Mechanical engineering is a secure career with a bright, long-term future. There is already a shortage of qualified engineers, which means higher salaries and more opportunities for those who are qualified. The job opportunities for graduates in the field of Mechanical Engineering are vast in technical fields. Any graduate/diploma holder who has successfully completed a course of engineering can get a job in almost every sector in India and abroad. Students get placed in industries such as Aeronautical, Chemical, Automobile, Electronics, and many others after completing the Mechanical Engineering course. Additionally, students can opt for BE/ME/MTech/MBA or any other higher studies after Engineering.

Bachelor of Engineering (BE) in Mechanical Engineering is one of the finest and most popular courses. It is a four-year undergraduate program that deals with designing, thermal analysis, and manufacturing of any product that requires motion, energy, and force principles. The course prepares students to become mechanical engineers, who can work in various fields such as automobile, aeronautics, chemical, electronics, construction, petroleum, power, textile, and more.

Diploma in Mechanical Engineering is a three-year program designed to provide foundational knowledge and practical skills in the field of mechanical engineering. This course is best suited for students who want to start their careers early in the technical domain. Diploma holders can directly enter the workforce in junior engineering roles or pursue lateral entry into the second year of a Bachelor of Engineering program. The course curriculum includes subjects related to machine design, manufacturing processes, applied mechanics, thermodynamics, and fluid mechanics, making it a valuable qualification for those interested in mechanical industries.

Master of Engineering (ME) in Thermal Engineering is a specialized postgraduate program focused on advanced concepts of heat transfer, energy conversion, thermodynamics, refrigeration, and air conditioning. This program is ideal for those looking to enhance their expertise in the field of thermal sciences and work in industries such as power plants, energy sectors, HVAC systems, and research & development. Graduates with a master's in thermal engineering play a crucial role in solving major global challenges, including climate change, clean energy production, and sustainable resource management.

Mechanical engineers contribute significantly to technological advancements and global problem-solving. They help address some of the biggest challenges facing humanity, such as climate change, cybersecurity, aging populations, food security, clean water, and energy sustainability. A career in mechanical engineering, whether through diploma, undergraduate, or postgraduate studies, ensures a promising future with diverse opportunities and professional growth.

Vision:

To play an active role in producing globally competent mechanical engineers to make technologically proficient, innovative, enthusiastic, future leaders and responsible citizen possessing human values to contribute significantly towards meeting global challenges.

Mission:
  • To provide sound basic knowledge of basic principles of engineering by imparting theoretical and practical understanding of various aspects of Mechanical Engineering.
  • To explore Institute–Industry linkage for fostering professional skill of students enabling them to become industry ready
  • To bring in good governance, transparent evaluation system and professional standards for ethical and human values in students.
  • To design and organise training programme to offer wide choice to industry and academia for their skills enhancement.
  • To promote faculty and staff members to become resourceful, innovative and through various development programmes.
  • To serve society through innovation and excellence.
Programme Educational Objectives (PEOs):
  • To provide strong foundation in mechanical engineering related subjects.
  • To develop readiness for profession and higher education programmes.
  • To promote creativity and innovation among students and faculties.
  • To develop entrepreneurial skill among the students.
  • To produce responsible engineers who are honest & professional in their working having ethical values.
  • To provide realistic learning opportunity to the students through in plant training, industry defined projects(IDP), IV(Industrial visit), EL(Expert Lecture) and PLE(Peer Learning Experience).

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