Career in Mechanical Engineering | Course Structure

Mechanical Engineering is helpful to get lots of opportunities for the development of modern technology. At under Graduate level this is the diverse opportunity for the students. As the course progresses,this field will diversify into other subjects such as vehicle design, robotics, nanotechnology or energy.



Requirements for this degree:

For Mechanical field, candidates must have a strong academic background in mathematics and physics. If one should not have the required score, then some universities give the chance to take a foundation year which will provide you the sufficient knowledge of a bachelor’s degree.
When we start this course we first get the knowledge about an introduction to key mechanical engineering topics such as statics and dynamics, thermodynamics, fluid dynamics, stress analysis, mechanical design and technical drawing. You can choose any of the below mentioned stream:

Course Structure of Mechanical Engineering:

Transportation systems:

It comprises a system which operates on road, rail, water and in the air. Students can get the vast knowledge about areas for improvement, emerging technologies.

Manufacturing:

In manufacturing, we learn the design and operation of the machinery for production.

Combustion:

The third sector is the Combustion which is the process of burning something. It is used in energy generation, heating and lighting, waste disposal, engines and manufacturing.

Nanotechnology:

By learning Nanotechnology we can learn to develop the new devices and structures that are well below the 1 micron size scale.

Robotics:

It has various disciplines includes electronics, Mechatronics and real-time simulation. There are more specializations in mechanical engineering.

Career in Mechanical Engineering:  

Rail travel

After completing mechanical degree candidates can get the profile of Rail Engineering Technician in Railway Sector.
Automotive sector:

Automotive sector includes the design and manufacturing of new road vehicles, including cars, trucks, motorcycles and buses.Automotive Engineers have the knowledge of research and development, design, production processes or testing.

Defence:

After completing a degree in Mechanical Engineering in Defense there are many opportunities in the military. As an incorporated engineer, you can learn management of engineering operations.

Robotics:

As a robotics engineer, you can get in the agricultural, military, medical, and manufacturing industries.

Consulting:

Candidates can get the job as a consultancy or as an independent contractor.
In Mechanical Engineering apart from the theory, students must also have the knowledge in practical. Thermodynamics is the most important topic to learn. You must have knowledge for the use of Thermodynamics Lab Equipment. For practical lab always purchase the products from best Thermodynamics Lab Equipment Manufacturer and supplier.

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