ME (Mechanical Engineering)

Overview

The Mechanical Engineering programme at SGI is designed for students who aspire to develop expertise in machines, manufacturing, automation, thermal sciences, and industrial design. This programme blends theoretical knowledge with practical training, allowing students to understand how mechanical systems work across industries. Students learn principles of mechanics, thermodynamics, robotics, CAD/CAM, and industrial production. Through modern laboratories, industry exposure, and project-based learning, SGI prepares students to work in core mechanical companies, manufacturing industries, automotive sectors, and advanced research fields.

UG Courses

Key Highlights of the Course

Duration

The ME programme is 4 years long, offering a balanced academic and practical framework. Students explore topics such as machine design, fluid mechanics, manufacturing technologies, and energy systems. Over these years, they participate in industry visits, technical workshops, and mechanical design projects to strengthen their engineering capabilities.

Eligibility

Students must have completed 10+2 in Science with Mathematics and Physics. This academic background helps build analytical and technical reasoning skills needed to understand mechanical science concepts. Students from science streams adapt faster to mechanical engineering subjects and practical sessions

Mode

The programme operates in full-time on-campus mode, ensuring students gain practical experience through machine labs, automation systems, manufacturing workshops, and design simulations. On-campus learning supports regular practice on tools, machines, and engineering software essential for mechanical engineers.

Internships

Internships in automotive industries, manufacturing units, production plants, and industrial workshops help students observe real-world engineering operations. Students experience processes such as assembly, machining, thermal testing, maintenance, and quality control, which shape their professional skills and industry understanding.

Career-Focused Curriculum

The curriculum integrates advanced topics such as robotics, industrial automation, renewable energy, and smart manufacturing. Project-based learning, industry talks, and continuous skill training help students build strong technical foundations for roles in manufacturing, design, production, maintenance, and industrial R&D.

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