Course Description

Mechanical Engineers are often expected to have the ability to analyze and design systems
on IOT in Industrial Automation 4.0 Mechanical Engineers are able to communicate
efficiently with the process.
B.Tech. in Mechanical Engineering is a Four-year graduate programme.
Duration : 4 years/8 semesters (Admissions open for the batch 2023-24).
Eligibility: Pass in 10 + 2 / 12th Standard with 50% marks (40% in case of candidate
belonging to SC/ST category).

Special Features of the Course

Mechanical engineering is a comprehensive field that covers various areas of study and
offers a wide range of opportunities. Here are some of the key highlights of a mechanical
engineering course:
1. Fundamental Engineering Principles: Mechanical engineering courses provide a
strong foundation in core engineering principles such as mathematics, physics, and
materials science. These fundamentals are essential for understanding the behavior of
mechanical systems and designing effective solutions.
2. Mechanics and Design: Mechanical engineering focuses on the analysis, design, and
optimization of mechanical systems and components. Students learn about statics,
dynamics, fluid mechanics, thermodynamics, and heat transfer. They gain knowledge of how
forces, motion, and energy interact within machines and structures.
3. Computer-Aided Design and Simulation: Mechanical engineering programs often
incorporate computer-aided design (CAD) software, which allows students to create and
visualize 3D models of components and systems. Simulation tools enable students to
analyze and optimize designs, predict performance, and simulate real-world scenarios.
4. Manufacturing and Production: Mechanical engineers need to understand various
manufacturing processes, including machining, casting, welding, and additive manufacturing
(3D printing). Courses may cover topics such as process planning, quality control, and
production management to ensure efficient and cost-effective manufacturing.
5. Robotics and Automation: With the increasing integration of robotics and automation
in industries, mechanical engineers play a vital role in designing and developing robotic
systems. Courses in robotics cover topics like kinematics, control systems, sensors, and
programming, preparing students for careers in robotic engineering and automation.
6. Energy and Sustainability: Mechanical engineers contribute to energy-related fields
by designing energy systems, renewable energy technologies, and energy-efficient
processes. Courses often cover topics such as thermodynamics, power generation, and
sustainable engineering, focusing on developing environmentally friendly and sustainable
solutions.
7. Professional Skills: In addition to technical knowledge, mechanical engineering
programs emphasize the development of professional skills. These include communication
skills, teamwork, project management, and an understanding of ethical considerations.
These skills are crucial for success in the workplace and in collaborating with
multidisciplinary teams.
8. Industry Exposure: Many mechanical engineering programs incorporate hands-on
projects, internships, or co-op experiences to provide students with practical industry
exposure. These opportunities allow students to apply their theoretical knowledge to
real-world engineering challenges and gain valuable industry experience.
9. Diverse Career Opportunities: A degree in mechanical engineering opens up a wide
range of career paths. Graduates can work in industries such as automotive, aerospace,
energy, manufacturing, robotics, consulting, research, and development. They can pursue
roles in design, analysis, manufacturing, project management, research, and many other
areas.
Overall, a mechanical engineering course provides a comprehensive education that equips
students with a strong engineering foundation, technical skills, and problem-solving abilities.
These skills and knowledge make mechanical engineers highly sought after in various
industries, ensuring a broad range of career opportunities.