Mechanical Engineering is considered to be the oldest branch of engineering, which has contributed to several innovations. There is a wide scope after completion of this course. Mechanical Engineers are instrumental in designing efficient motor vehicles, aircrafts, manufacturing units and industrial machinery. They also contribute towards the development of complex machinery systems, engines and power equipment. Their job responsibility includes the designing, manufacturing, maintenance and testing of this equipment.
Mechanical Engineering is that branch of engineering which combines physics, mathematics, engineering principles with materials science. This field aims at designing, analysing, manufacturing and maintaining mechanical systems. Mechanical Engineering is considered to be the broadest and the oldest of the engineering disciplines. This branch focuses on the core areas that include thermodynamics, mechanics, dynamics, structural analysis, electricity and materials science.
These core principles are combined with tools such as CAD (computer aided design) and CAM (computer aided manufacturing) and product life cycle management for the design and analysis of industrial equipment, machinery manufacturing plants, transport systems, robotics, medical devices, heating and cooling systems and so on. Theis branch of engineering is primarily concerned with the design, production and operation of machinery.
This field emerged in the 18th century during the Industrial Revolution and has been continuously developing and advancing since then.
Mechanical Engineering is important because it introduces and helps implement useful technology in our day to day lives and in modern society. It has a very crucial role to play in manufactured technologies, right form refrigerators to cars to aeroplanes and much more.
This blog attempts to give you a brief overview of what mechanical engineering is.
It also introduces you to:
Mechanical Engineering the oldest branch of engineering has contributed to many innovations. The scope of mechanical engineering is vast. The development and advancement in technology has increased the importance of this field. Students are discovering a new found interest in learning about robotics, nanotechnology, robotics and so on which are still new with ample opportunities to explore.
Ongoing developments in technology have opened up new avenues for mechanical engineering. It has moved on from just manufacturing and testing of equipment and large machinery to robotics, CAD (Computer-aided design) geomechanics, new materials, and many more. The most popular and highly sought-after domains are mechatronics and robotics. These two domains utilize a combination of the knowledge of mechanical engineering with other streams to deliver innovative and unique products. Skilled mechanical engineers in modern times, are moving to diverse industries with high pay packets. It has been projected that very soon the demand for mechanical engineers will surpass the supply.
Mechanical Engineering touches our everyday life. It is present in healthcare, climate change, energy or transportation. Mechanical Engineers attempt to create sustainable solutions in these spheres through the design and development of components and machines.
Mechanical Engineering is one of those fields which is evergreen and is not subjected to any downturn during economic recession. It has a global importance and extends beyond geographical boundaries.
There are innumerable opportunities in this field and upon successful completion of this course the various avenues for employment exist in the
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Mechanical engineers in this industry design and build or operate and maintain equipment and marine vessels. These engineers design, install, or maintain engines, shafts, boilers and propellers. They could be a part of the team that enforces regulations for air and sea pollution or be a part of designing futuristic cleaner ships.
Mechanical engineering is a vast field that offers a range of jobs in different industries. Broadly speaking, the tasks covered in this field involves the designing or re-designing of mechanical and thermal subsystems or devices through the tools of CAD and analysis. Tests are conducted, then the equipment failures and difficulties are analyzed and remedies are recommended. The entire manufacturing process for the system/device is viewed by them.
The main duties of aerospace engineers cover the design of aircrafts, missiles, weapon systems and spacecrafts. They are responsible for developing new technologies that can be used in aviation, defense systems and spacecraft. They design, assemble and test aerospace products and aircrafts.
The main duties of an automotive engineer are to develop, design, fabricate and test vehicles right from the concept to the production stage. The three main key functional areas of an automotive engineer are production, development and manufacturing.
A CAD technician is also referred to as a draughtsperson. They prepare technical plans and drawings using CAD software. This is also known as draughting for products and their parts. These are used in the construction, manufacturing and engineering industries.
The job of a civil engineer is to supervise and design the construction of important public works projects that include highways, buildings, bridges, dams, highways and airports. They have the choice of working for either the private or government industry. They compete through contracts to land jobs and assignments.
The control and instrumentation engineers are also known as C&I engineers. Their responsibility includes the design, development, installation, management and maintenance for designing, developing, installing, managing and maintaining equipment which is used to monitor and control engineering systems, machinery and processes. Their job responsibility includes making sure that these systems and processes operate effectively, efficiently and safely.
They are responsible for creating preventive and maintenance procedures in plants. They schedule the routine maintenance of the equipment and machinery. They examine breakdowns, analyse the faults, and supervise timely and critical repairs of the equipment. They procure material and manpower. Troubleshooting and maintenance of critical equipment is a very important aspect of their job role.
A mechanical engineer focuses on the designing testing and manufacturing of mechanical systems. They are in charge of innovation and improvements for better and efficient performance of the equipment and its parts. Some of the fields where mechanical engineers work are robotics, construction, automotive sector, energy sector amongst many others.
The job of nuclear engineers is to research and create processes, systems and instruments that can utilize nuclear energy and radiation for their benefits. Some nuclear engineers discover how radioactive materials can be used for industrial and medical purposes. This can be used in medical diagnosis and treatment. Some nuclear engineers work on nuclear power sources for spacecraft or ships.
They also design and develop nuclear equipment such as radiation shielding, reactor cones and so on.
They write operational instructions and maintain nuclear power plants including disposing of nuclear waste. They perform experiments and take preventive and corrective action in case of breakdowns.
The future of mechanical engineering is projected to be very bright. This career opens up numerous opportunities of employment in diverse industries. The industries that welcome candidates from this field are: automobile, aerospace, railway coach factory, research and development, oil and exploration, chemical manufacturing plants and many others.
The employment growth rate of mechanical engineers is expected to increase by 9% from 2016 – 2026. Since their employment is in various industries the growth in each industry will impact the overall growth in employment. The contracting services from companies will continue to add to the growth in engineering services. The automobile manufacturing industry will also remain a big employer. Mechanical engineering is slated to experience a higher growth rate than the other engineering disciplines. New developments like nanotechnology, robotics to name a few, will continue to create new opportunities for mechanical engineers. The need for innovations and inventions combined with traditional skills will continue to be a good source of employment for mechanical engineers and their expertise and knowledge.
Making a career choice is a crucial decision and once that is made, the choice of a college to complement that decision becomes a truly challenging task. Good planning and research will ensure that you do not go wrong there. A few key parameters must be laid out for the evaluation process. The college infrastructure, the curriculum, the faculty, the placement track record can be a few such elements to be considered during your assessment.
MIT -ADT University offers its’ students a potpourri of the above. MITSOE or the MIT School of Engineering, shapes engineering aspirants to become leaders of tomorrow.
Students at MIT-ADT University are offered the best in terms of educational excellence through a unique blend of practical and theoretical training coupled with valuable industry interaction.
If you want to pursue a career in mechanical engineering and associate yourself with the pioneers in creating leaders for the professional world, you are invited to explore the rich educational world of MIT-ADT University – http://bit.ly/ApplyNow_MIT-ADTU.
Experience how education can shape you into a priceless and expert mechanical engineer!
