“Casting the world, forging the campus, shaping the world, welding the rest of all branches, because we are the Human, we are the Machine, and we are Mechanical Engineers.”

B.Tech in Mechanical Engineering is an 8-semester Bachelor\'s degree programme in Mechanical Engineering after the 12th class or equivalent. It deals with the development, control, simulation, and design of machines. B.Tech Mechanical engineering is one of the broadest and oldest engineering branches that apply the principles of physics and materials science. It involves using and producing heat and mechanical power for the production and operation of tools and machines.

In today\'s society, mechanical engineering degrees are in high demand. By 2030, the field is projected to grow by 7%. In India, on average, the number of mechanical engineers hired yearly is 20,200.

Mechanical Engineering is a professional course well-known for creating or building technologies to meet a broad range of human beings\' needs, mainly focusing on thermal and mechanical devices and sensors, including engines, machines and tools. B.Tech in Mechanical Engineering is a diverse field that combines the manufacturing and designing of different machines, principles of mathematics, and material science and applied physics.

Graduates will get to study different aspects of Automobiles, Machines, Automation, etc., that help them gain knowledge for the future.

B.Tech Mechanical Engineering course includes the core topics: fuels, automotive systems, combustion, heat transfer, internal combustion engines, hydraulics and pneumatics, fluid mechanics, production technology, energy conversion and HVAC, mechanical system design, control of dynamic systems, manufacturing processes and systems, industrial engineering, materials behaviour and processing, composites, and many other.

Mechanical Engineering Outcomes

• Analyse and design a system component or process to meet the most wanted needs in Mechanical Engineering.
• Visualise, formulate, solve and identify engineering problems.
• Apply ethical responsibilities and principles during professional practice.
• Communicate effectively in written, visual, oral and graphic modes within team, group and interpersonal environments.
• Recognise the need for expert advancement by engaging in lifelong learning.
• Apply fundamental knowledge of science, engineering and mathematics principles to solve technical problems.
• Design a system and conduct experiments to find a suitable solution.
• Use the skills, modern and techniques engineering tools needed for engineering practice with appropriate considerations for societal and environmental constraints.
• Impart knowledge of contemporary issues about the environment and society.
• Function on multi-disciplinary teams as a team member or leader and create a user-good environment.
• Apply the skills, modern and techniques engineering tools essential for engineering projects.

After completing a degree, graduates get a chance to select any job related to their interests. These experts deal with various concepts like mechanics, thermodynamics, robotics, the power sector, aerospace, structural mechanics, fluid mechanics, etc.

Mechanical Engineering is gaining immense attention nowadays with the highest-paid job opportunities. It is a most sought-after field in every sector, nationally and internationally, since their qualifications and experiences are suitable for almost any business.

Graduates have the option to work in public, private and government sectors, depending on their preferences. However, students also have the option to pursue higher education if they want to build more understanding of the course. Now let’s discuss the scope of mechanical engineering after completing the course-

Mechanical Design Engineers - The role of the mechanical design engineer is to develop manufacturing processes by modifying and designing equipment for building, assembling, installing and fabricating components.

Essential skills for mechanical engineers -

•         Interpersonal and team working skills.
•         Commercial awareness.
•         Excellent practical skills or knowledge, including computer-aid design experience.
•         Excellent verbal and written communication skills.

Solutions Engineers - Solutions engineer professionals use extensive technological knowledge to sell software solutions to customers.

A solutions engineer should have the following skills:

•         Customer service.
•         Good verbal communication and presentation.
•         Strong technical and software system knowledge.
•         Attention to detail.

Sales Engineers - Sales engineer\'s job responsibility is to provide service, equipment or product technical and engineering information by answering questions and requests. Also, they search for new work and clients who might benefit from organisation products or services.

Necessary skills for technical sales engineers –

•         Research and analytical skills.
•         Strong technical skills.
•         Organisational skills.
•         The good ability to negotiate with and influence others.

Production Engineers - Production engineers are responsible for improving and supervising manufacture at plants and factories. They report issues to the manager, support engineering teams, build up protection protocols, and create strategies to improve profit and efficiency.

Required skills for production engineers-

•         Excellent technical skills.
•         The ability to work well under pressure.
•         Analytical skills.
•         Problem-solving skills.

Quality Engineers - The scope of quality engineering is vast and the most in-demand field. They design quality standards, equipment, processes, and products, inspect materials, develop quality control systems, etc.

Quality engineer skills required-

•         Attention to detail.
•         Math skills.
•         Communication skills.
•         Interpersonal skills.
•         Analysis/Critical thinking/Problem-solving skills.

Students who have completed their 12th class from any institution can apply for this degree if they have a background in the science stream. Selecting this as a future career option is undoubtedly becoming the best option for students if they are interested in this field. 

In short, if we see today’s scenario, B.Tech in Mechanical Engineering is combined with the best technology like Electric Vehicles, Machine Learning, Artificial Intelligence, Automation, etc., making it one of the best engineering and optics fields. Also, the scope of mechanical engineering is never-ending, and you can see this field growing rapidly.