The field of mechanical engineering has seen rapid growth in the last few years, and it shows no signs of stalling down anytime soon. Mechanical engineers can be found in automotive, aviation, robotics, heating and cooling systems, construction, bioengineering, and more! The sky is the limit when it comes to the career possibilities that are available to Mechanical Engineers in India!
Mechanical engineering covers many possibilities, from the most mundane to the most innovative and revolutionary. Because mechanical engineering is so broad, there’s no telling where the field will go next. And that’s the fun part – you never know what your future will look like once you enter the world of mechanical engineering in India! This article explores what it means to be a mechanical engineer in India and some of the more exciting projects undertaken by mechanical engineers throughout the country today.
What is Mechanical Engineering?
Mechanical Engineering is an applied science that deals with designing and manufacturing complicated machinery, tools, and devices to solve practical problems. Mechanical Engineers are experts in both technical and creative fields. They use their creativity to invent new machines and systems that have not yet been created while using their knowledge about how engines work to fix or improve existing devices.
Mechanical Engineers can also specialize in a particular area of Mechanical Engineering, such as automotive, chemical process plants, aeronautical, or general mechanical engineering. Engineers need to know how people interact with machinery and understand what people want from machines to satisfy those needs.
To do this, they must know about psychology, biology, sociology, physics, and mathematics. Machines are getting more advanced daily so mechanical engineers will be needed more than ever. The future scope of mechanical engineering in India looks very bright indeed!
What are some standard courses in Mechanical Engineering?
Mechanical engineering encompasses the designing, manufacturing, and operation of machinery. Some common subjects that are studied in Mechanical Engineering are:
1. Design and Analysis of Machine Elements – This subject deals with how machines function, how they can be designed to meet certain specifications, how they are analyzed and checked against design requirements, etc.
2. Heat Engines – This subject deals with the theoretical aspects of engines, usually where heat is created by some means and then used to produce work. Topics like thermodynamics and combustion can also be included in this subject. What is so interesting about these two subjects is that, unlike other engineering parts, many scientists worldwide have continued to study them over centuries. Their findings have contributed hugely to other fields, such as material science or general mechanics.
3. Fluid Mechanics – Fluid mechanics looks at fluids in motion; it includes gas dynamics (the behavior of gasses) and fluid statics (the behavior of liquids).
4. Turbomachinery – Turbomachinery covers the different types of turbines which generate power from either pressure or heat energy
5. Mechatronics – The mechatronics branch covers all fields related to mechanical engineering, including automation, robotics, controls, and computer hardware. Most engineers in the mechatronic field come with degrees related to electronics and electrical engineering.
6. Solid Mechanics – Solid mechanics look into solid materials while stressed or deformed. Areas like metal fatigue, computational stress analysis, and damage tolerance analysis can be found under this subject.
Why Should You Choose a Career in Mechanical Engineering?
Mechanical Engineering careers offer many opportunities in a wide variety of industries. There is no shortage of job opportunities for Mechanical Engineers in India and abroad. These are various reasons why you should choose a career in Mechanical Engineering. Now it’s time to break down the ten points, so you can see where your talents lie or what could be your future occupation in this booming industry.
1. As more manufacturing jobs are being outsourced to India, there will be an increased demand for technicians and engineers to maintain plants in India.
2. According to the National Association of Colleges and Employers (NACE) latest research, as many as one out of every three engineering graduates has a job lined up before graduation day
3. Career placement agencies predict that by 2025 over 50% of all new hires in technical occupations will have at least some degree or certification.
4. One quarter (24%)of all engineers today have an advanced degree in their field
5. The Bureau of Labor Statistics predicts that by 2025 there will be 210,000 new jobs available just within the discipline of mechanical engineering alone
6. With the advent of clean energy production and transportation, which together account for 12% of global CO2 emissions and 85% of fossil fuel consumption, there will be a growing need for mechanical engineers.
7. All across India, there are plenty of opportunities with great companies looking to hire skilled individuals; including Hindustan Petroleum Corporation Limited (BPCL Group), Tata Motors Limited (Tata Group), Bharat Heavy Electricals Limited (BHEL Group), and Larsen & Toubro Limited(L&T Group).
What are the career options for Mechanical engineers?
Automotive Engineer
With mechanical engineering, you can branch off into many different specializations. After mechanical engineering, you can become an Automotive Engineer. With this specialization, you will learn how to design and build cars and trucks. You will also study engine performance, manufacturing processes, and safety features like airbags. If a traditional job is not your cup of tea, automotive engineering might be right up your alley.
Mechanical engineers are essential assets to the auto industry because they help design the insides and outsides of vehicles that keep us moving forward. To get started as an automotive engineer, it’s helpful to know some programming languages, such as C++ or MATLAB, so that you can put together your computer models and simulations of engines. Not only do these tools help make car designing easier, but they can help improve efficiency too!
Aerospace Industry
Mechanical engineering has a wide variety of opportunities at its fingertips. After mechanical engineering, you can go to the Aerospace Industry, a mechanical engineering branch. The aerospace industry designs, builds and tests aircraft and spacecraft. Companies such as Lockheed Martin are leading this industry, making them one of the largest employers in this sector. They have contributed to some of the most critical advances in aerospace technology. They plan to continue empowering their employees with new tools and a continued focus on innovation.
Smart Manufacturing Industry and IoT (Internet of Things)
Mechanical engineering is a broad discipline and can be applied to many industries and fields. After mechanical engineering, you can enter the Smart Manufacturing Industry and IoT (Internet of Things). For example, Dassault Systèmes provides engineering software solutions for the Aerospace, Automotive, Energy & Utilities, Healthcare, and Manufacturing industries. Their 3DEXPERIENCE platform combines industry-specific applications with simulation and global collaboration capabilities to shorten product development cycles.
Design, Production, Analysis, and Testing
After mechanical engineering, you can also choose Design, Production, Analysis, and Testing. Mechanical engineers are always needed to design and produce products that people use every day. This can be anything from baby toys to sophisticated medical equipment. They must analyze these products and ensure they function correctly before being produced. After manufacturing a product, mechanical engineers may test it to ensure it meets the original specifications set by their team or company.
Research and Development
After mechanical engineering, you can go to research and development to continue developing new technologies. Mechanical engineers have various career options, from designing and making mechanical equipment, working on computer-aided design (CAD) software and 3D modeling programs, to testing prototypes. Plus, with emerging trends like artificial intelligence and robotics, these professionals are needed now more than ever to help develop these technologies. These careers could lead to high salaries – especially since many positions in this industry do not require a bachelor’s degree.
Future Scope of Mechanical Engineering
Mechanical engineering is no longer limited to manufacturing and testing heavy machinery and equipment. Due to technological advancements, there are several areas in which passionate and dynamic engineers in India pursue mechanical engineering. Some of the most promising subfields of mechanical engineering are robotics, new materials, nanotechnology, geomechanics, computer-aided design, etc.
Robotics and mechatronics are high-demand sub-fields that combine the knowledge and skills of mechanical engineering with other fields to deliver excellent and user-friendly products. Technical education platforms offer top-notch online courses for mechanical engineering subjects developed by experienced faculty with years of teaching experience. You can enroll in online mechanical engineering courses and start learning any topic anytime!
Conclusion
Mechanical engineers are at the forefront of many technological advancements that shape our lives. They innovate and design products and systems that allow us to live more comfortably, be more productive and maintain a healthier quality of life. That’s why it’s essential to provide children with a concrete foundation in math, science, and engineering—so they can learn how their world works.
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