The world is experiencing the fourth industrial revolution, and with it, there are vast advances in machines, mechanics, and engineering. The course of Mechanical engineering is one of the oldest branches of engineering, started perhaps from the invention of the wheel, in the old prehistoric times. This field uses the science of nature, such as thermodynamics, fluid mechanics, and structural analysis to design and innovate things necessary for the sustenance of humankind. Its concepts are used in designing some of the most efficient machines, state-of-the-art motor works, manufacturing units, as well as industrial machinery. Apart from these, mechanical engineers also significantly contribute to the department of power equipment, engines, and complex machinery systems.

What is B.Tech in Mechanical Engineering?

A branch of engineering, Mechanical Engineering involves the design, manufacturing, maintenance, and testing of machines. It is a 4-year undergraduate program specializing in the application of mechanics, material science, applied mathematics, and physics. With the advancement in technology, and the invention of new concepts such as robotics, mechatronics, nanotechnology, this  program has found a revitalized breath into its stream.

The course curriculum includes programs such as:

  1. Design: This subject teaches the drafting of technical sketches either with tools or computers. The pedagogy involves mainly computer software for teaching designs.

  2. Analysis and testing: In this course, analysis and testing of machine parts, systems, and equipment are taught for checking the faults in the manufacturing parts.

  3. Installation and maintenance: This course includes teaching the installation of machine parts in industries, along with their proper maintenance.

  4. Production: This course includes consultation and supervision of the machines and their components. Manufacturing techniques and production processes are taught in the program.

Scope of Mechanical Engineering:

The career scope of mechanical engineers is quite extensive as this field includes numerous types of work. The job options are in excess for graduates in Mechanical Engineering and with new trends in the engineering world, the demand for mechanical engineers is abundant. New trends in the field of Mechanical Engineering are as follows:

  • 3D Printing: 3D Printings also known as Additive Manufacturing, is a concept where an object’s model is created using CAD. Mechanical engineers have made huge progress through this concept in solving some of the most crucial problems of mankind, such as prosthetic limbs, blueprints of dams and infrastructure, small machines, space science, etc. 

  • Internet of Things (IoT): IoT is a system of interconnected computing devices that are connected through unique identifiers (UIDs). They can bypass human-to-human interaction and perform the tasks remotely, and sensibly. Some important uses of the technology include automobiles with built-in sensors saving the vehicle and the commuter from any accident, heart monitor implant in a human, etc.

  • Nanotechnology: Nano is a structure that is sized between 1 nanometer and 100 nanometers. This revolutionary technology is being used in the field of engineering such as robotics, bio-medicine, thermal heat transfer, etc.

  • Electric Vehicles: With the rising carbon emissions and the need to curb pollution, EVs are the most potent armor on the streets. Changes in internal combustion engines to cleaner battery-based power systems are useful in avoiding carbon emissions, and with it in rising climate change.

Why Mechanical Engineering from PIEMR?

  • PIEMR, Indore affiliated with Rajiv Gandhi Proudyogiki Vishwavidyala (RGPV), is one of the top AICTE and DTE- approved universities in Central India. It has been a provider of world-class education since 2010 and conceived with a vision to produce competent and qualified engineers with sound theoretical knowledge, practical skills, leadership qualities. The programs are advanced instruction in the latest tools and technology of engineering practice.

  • The department has well-established labs with the latest equipment and accessories for learning.

  • The mechanical engineering program at PIEMR produces graduates who have the required knowledge and technical skills to remain productive in the field of Mechanical engineering.

  • Students will be groomed to develop professionalism, ethics, safety, and socioeconomics concerns in resolving technical problems, and to become capable of functioning in the diverse local and global environments in the industry, or academia. 

  • The program of Mechanical Engineering is designed in such a way that the graduating students will be in a position to use the knowledge of mathematics, basic sciences, and engineering to examine problems of mechanics, and conduct experiments and interpret results. 

  • Students will also during this course of study evolve holistically, learning to function as team communication ideas effectively understand the sensitivities to safety, economics, ethics, politics, societal, cultural, and contemporary issues.

Jobs after Mechanical Engineering

  • Aerospace Industry: A mechanical engineer can find career opportunities in space engineering as well as the automobile and space industry. Aerospace engineering has plenty of depth in innovation, inventions, and R&D, and engineers are taught to innovate the systems for better designs and efficiency.

  • Automobile Industry: Automobiles Industry offers great opportunities to mechanical engineers. They are taught manufacturing and maintenance of top automobile brands, perform research and development, as well as modern transportation systems. 

  • Robotics & Mechatronics: Robotics is a new trend in the innovation industry. They are responsible for cutting down the operation cost, and hence many companies are investing in engineers who are proficient in robotics and mechatronics. 

  • Marine Engineering: Marine engineers are responsible for assembling and effectively operating equipment for seafaring ships, crafts, docks, and mechanisms. These engineers have the duty to maintain ships, boats, sea tankers, submarines, and any seafaring vessels. It is one of the most lucrative engineering careers globally.

Program Outcomes

  • An aptitude to identify, formulate, and resolve complex engineering problems by employing principles of engineering, science, and mathematics.

  • An ability to produce solutions that could meet specified requirements concerning public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.

  • An ability to communicate efficiently.

  • An ability to function effectively as a team member, create a collaborative and comprehensive environment, set goals, outline tasks, and meet objectives.

PIEMR is a great academic institution to kick start your bright career. Come, join one of the best institutes in Central India.