About Us
Mechanical Engineering, compared to other branches, is the oldest discipline and covers a wide range of application areas. It works on the principles of Physics and Materials Science for analysis, designing, manufacturing, and maintenance of mechanical systems. An intelligent and inquisitive student finds himself drawn impulsively to this discipline for a fulfilling career in Engineering. Since it involves the production and usage of heat and mechanical power for designing, production, and operation of machines and tools, it becomes a basic necessity for a student—one who itends to choose this branch of engineering as his/her career for most widely effective knowledge power in shaping the future of human enterprise.
Anyone, desirous of gaining mastery over the discipline of Mechanical Engineering, needs a thorough understanding of core concepts like Mechanics, Kinematics, Thermodynamics, Material Science, and Structural Analysis. Mechanical engineers use these core principles along with tools like computer-aided engineering and product lifecycle management to design and analyse manufacturing plants, industrial equipment and machinery, heating and cooling systems, motor vehicles, aircraft, watercraft, robotics, medical devices and more.
Highlights & Key Strength
Highlights:
Post SSC Diploma Course in Mechanical Engineering
Sanctioned Intake Capacity 60.
Affiliated to M.S.B.T.E.
Approved by All India Council Of Technical Education (AICTE), New Delhi, Director Of Technical Education (DTE) Maharashtra
Key Strength:
1. Labs are furnished and stocked with latest equipment and infrastructure facilities.
2. Young, dynamic and motivated staff.
3. Active participation and involvement of alumni is ensured.
4. Many of our alumni are well established entrepreneurs.
5. Regular Industrial visits and Guest lectures.
Program Objectives:
The objective of the ‘Diploma in Mechanical Engineering’ is to educate and train a student with a strong foundation in engineering fundamentals enabling him to:
1. lead a successful career in industry or government and/or obtain an advanced degree, and to contribute to engineering knowledge, the profession, and the community.
2. to develop students with the basic knowledge in Mathematics, Natural Sciences and Engineering fundamentals necessary to understand, formulate, analyse and solve defects in machines.
3. to develop Life Skills in students and make students aware of the social issues, ethical conduct, and their professional responsibilities to the society.
4. to develop professional skills and ability in students to design and conduct experiments.
5. to develop sufficient depth and understanding of fundamental computing principles to solve computing problems.
6. to develop Confidence through field exposure and become aware of new knowledge and techniques.
7. to prepare students so that they can pursue graduate studies, understand and appreciate benefits of life-long learning.