Top 10 Reasons – Why should one be a Mechanical Engineer ?

1.You get the opportunity to create something tangible and useful.Ur creations will be used by others.It gives u the greatest joy.

2.Its the broadest branch of engineering…so your career options are open even after u graduate:-

Defence,Civil services,High end R&D,Manufacturing,Design,Energy sector,Management,Entrepreneurship,Masters(ME/MS)

3.Variety to be learnt- u learn how to design and make things ranging from a Safety Pin to a Spacecraft.

4.Easy to imagine and visualize whatever u learn

5.Develop a range of skills – u learn the work of a machine operator (machinist), a smith, a foundryman, a mechanic,a plant manager,a researcher and a policy maker.

6.U work with massive machines (majestic in nature) to tiny precision instruments,micro and nano devices.

u’ll be savviest engineer.

7.Importance of ur work.U form the human resource that is required for the survival of any industry and forms the backbone of modern human life.u r the person who may generate power/energy from natural resources,make equipments and processes to mine minerals,make cars, bikes ,buses, trucks, planes,ships(transportation can be compared to human blood that transports nutrients), make machines that manufacture products ranging from food to surgical instruments to weapons,mange factories and businesses.

8.Get paid handsomely(after gaining a few years experience even if not as a fresher).

9.Not much of girls hanging around(they usually don’t prefer to opt for this course,its thought to be a manly course).U dont have to worry about getting dressed perfectly for class or for girls giggling at u for some silly or not so silly but serious reason.Ur in a man’s world.But there are a few out of the ordinary and brainy girls who do take up this course and luv it.

10.It sounds and feels nice to be called a Mechanical Engineer.

Top 10 Reasons – Why should one be a Mechanical Engineer ?

1.You get the opportunity to create something tangible and useful.Ur creations will be used by others.It gives u the greatest joy.

2.Its the broadest branch of engineering…so your career options are open even after u graduate:-

Defence,Civil services,High end R&D,Manufacturing,Design,Energy sector,Management,Entrepreneurship,Masters(ME/MS)

3.Variety to be learnt- u learn how to design and make things ranging from a Safety Pin to a Spacecraft.

4.Easy to imagine and visualize whatever u learn

5.Develop a range of skills – u learn the work of a machine operator (machinist), a smith, a foundryman, a mechanic,a plant manager,a researcher and a policy maker.

6.U work with massive machines (majestic in nature) to tiny precision instruments,micro and nano devices.

u’ll be savviest engineer.

7.Importance of ur work.U form the human resource that is required for the survival of any industry and forms the backbone of modern human life.u r the person who may generate power/energy from natural resources,make equipments and processes to mine minerals,make cars, bikes ,buses, trucks, planes,ships(transportation can be compared to human blood that transports nutrients), make machines that manufacture products ranging from food to surgical instruments to weapons,mange factories and businesses.

8.Get paid handsomely(after gaining a few years experience even if not as a fresher).

9.Not much of girls hanging around(they usually don’t prefer to opt for this course,its thought to be a manly course).U dont have to worry about getting dressed perfectly for class or for girls giggling at u for some silly or not so silly but serious reason.Ur in a man’s world.But there are a few out of the ordinary and brainy girls who do take up this course and luv it.

10.It sounds and feels nice to be called a Mechanical Engineer.

FINISHING OPERATIONS

Sizing:

Repressing the sintered component in a die to meet required tolerances.

Coining:

Repressing the sintered component in a die to increase the density and to give additional strength.

Infiltration:

Filling the pores of sintered product with molten metal to improve the physical properties.

Impregnation:

Filling of Oil, Grease or other Lubricants in a Sintered components such as Porous Heating

Machining:

Removing excess material by using cutting tool to imparts specific features such as Threads, Grooves, Undercuts etc, which are not practicable in powder metallurgy process.

Heat Treatment:

Process of Heating & Cooling at a desired rate to improve Grain Structure, Strength & Hardness.

Plating:

Used for obtaining Resistance to Corrosion or better appearance.

Powder metallurgy is used in the following industries:

• Automotive (Brake pads, Gear parts, Connecting rods, Planetary carriers, Sintered Engine Bearings);

• Aerospace (Light weight Aluminum base structural materials, High temperature Composite materials);

• Cutting tools (Hard metals, Diamond containing materials);

• Medicine (Dental implants, Surgical instruments);

• Abrasives (Grinding and Polishing wheels and Discs);

• Electrical, Electronic and Computer parts (Permanent magnets, Electrical contacts).

 

FINISHING OPERATIONS

Sizing:

Repressing the sintered component in a die to meet required tolerances.

Coining:

Repressing the sintered component in a die to increase the density and to give additional strength.

Infiltration:

Filling the pores of sintered product with molten metal to improve the physical properties.

Impregnation:

Filling of Oil, Grease or other Lubricants in a Sintered components such as Porous Heating

Machining:

Removing excess material by using cutting tool to imparts specific features such as Threads, Grooves, Undercuts etc, which are not practicable in powder metallurgy process.

Heat Treatment:

Process of Heating & Cooling at a desired rate to improve Grain Structure, Strength & Hardness.

Plating:

Used for obtaining Resistance to Corrosion or better appearance.

Powder metallurgy is used in the following industries:

• Automotive (Brake pads, Gear parts, Connecting rods, Planetary carriers, Sintered Engine Bearings);

• Aerospace (Light weight Aluminum base structural materials, High temperature Composite materials);

• Cutting tools (Hard metals, Diamond containing materials);

• Medicine (Dental implants, Surgical instruments);

• Abrasives (Grinding and Polishing wheels and Discs);

• Electrical, Electronic and Computer parts (Permanent magnets, Electrical contacts).