Introduction

The quality of higher education in B.Tech. ME is enhanced through Learning Outcome-based Curriculum Framework in such a manner that young minds are able to compete globally in terms of their knowledge and skills.

Incorporation of Learning Outcome-based Curriculum Framework in the undergraduate B.Tech. ME programme makes it student-centric, interactive and outcome-oriented to achieve well-defined aims, objectives and goals. The learning outcomes are attained by students through skills acquired during a programme of study.

USPs:

• Well equipped mechanical engineering laboratories like CAD-CAM, Mechatronics, Research & Simulation lab, Heat & transfer lab, Refrigeration, MATLAB, Advanced Design Lab.
• Emphasis on application-oriented learning & Outcome Based Learning.
• 100% Placement Assistance and government & other competitive exam preparation.
• Research orientation teaching methodology for students.
• Regular projects/ seminar sessions for skill development of students.

Eligibility and Selection Process

Eligibility Criteria	10+2 or equivalent from a recognized board with Physics, Chemistry, and Mathematics as core subjects. Minimum 50% aggregate marks (relaxation as per government norms for reserved categories).
Selection Procedure	Admission through JEE Main scores or the university’s entrance test. Direct admission for eligible candidates based on merit.
Course Duration	Total Duration : 4 years (8 semesters)
Scholarships	Scholarships are available for meritorious students and those from economically weaker sections. Additional financial aid may be provided based on university policies.

Specialization-Specific Information

• Prepare competent diploma holders by providing distinctive and high-quality educational experiences.
• Professional course for learning fundamental engineering concepts.
• Professional course designed for students to get their desired job in the engineering field.
• Prepare trained manpower to carry out various trades in engineering.
• Promote Entrepreneurial Skill based activities amongst students.

Highlights

Advanced Value Added Course (VAC) as per industry requirements at free of cost :

Prototyping via 3 D printing	Artificial Intelligence in Manufacturing
Computer Numerical Control Programming	Workshop Maintenance and Management
Tungsten Inert Gas Welding	Spot Welding
Electric Vehicle Maintenance	Automobile Maintenance

Infrastructure Details	Dedicated mechanical workshops and labs Access to high-performance software’s for modeling and simulation. Extensive digital library with resources on cloud computing and related technologies.
Faculty Details	A team of experienced faculty members with expertise in cloud technologies, virtualization, and data center management guides the students. Faculty members also collaborate with industry professionals to ensure an industry-relevant curriculum.
Internship Information	Structure: Mandatory internships during the final year. Duration: 6-8 weeks. Focus Areas: Industry workshops, assembly lines, fabrication units
Placement Details	Average CTC Offered : 4 LPA (approx.)
Top Recruiters	NBC, HERO, Maruti, Toyota, Honda, L&T etc
Additional Information	Industry Exposure and Practical Experience : Regular workshops and boot camps by cloud industry experts. Participation in cloud technology hackathons and competitions. Industry collaborations for live projects and internships.

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