Mechanical Engineering-

It involvesthe production, transmission, and theuse of mechanical power.

Mechanical Engineers-

1. They design, operate and test all kinds of machines.
2. They develop and build engines that produce power from steam, petrol,nuclear fuels, and other sources of energy.
3. They also develop and build a wide variety of machines that use power,including heating and ventilation equipment; cars; machinetools; and industrial processingequipment.
4. Mechanical engineers are involved in every phase in the development of amachine, from the construction of anexperimental model to the installation of the finished machine and the training of the workers who use it.
5. Mechanical engineers work in manyindustries such as power generation,public utilities, transportation, and all types of manufacturing.
6. Many mechanical engineers concentrate on research and developmentas new types of machinery are in demand.
7. They are involved in almost everybranch of engineering, whenever a new or improved machine, device, or piece ofequipment is required.

Mechanical engineers use theprinciples of science to design and produce machines and look for better waysto use existing resources to often develop new materials. Mechanicalengineering has had a direct role in the creation of most of the moderntechnology-the tools, materials, techniques and power sources that make ourlives easier. The assignment help at EDULINK focuses primarily on not just theory but anapplication oriented, intensive technical research which keeps in mind thevalue of creativity involved in mechanical engineering. We are aware of thefact that technology is more advanced and sophisticated now, hence even itsstudy requires a passionate understanding of the latest trends. The assistanceinvolves a range of help from sketches, layouts, analysing data, makingcalculations, to preparing the final drawings of the parts and process ofmanufacturing. Our concentrated effort at providing solutions enables andempowers the students to understand and apply the mechanical methods in abroader vocational context.

Industrial Engineering

It applies engineering analysis and techniques to the production of goodsand services.

Industrial Engineers-

1. They determine the most economical and effective ways foran organization to use people, machines and materials.
2. They may select the location for a plant or office, determine employeerequirements, select equipment and machinery, lay out work areas, and plansteps in operations.
3. Industrial engineers also developtraining, job evaluation programmes, work performance standards, and helpdetermine wages and employee benefits.
4. They work to solve problems of high costs, low productivity, and poor productquality.
5. Mathematical models developed oncomputers enable industrial engineers to simulate the flow of work through anorganization and to evaluate the effects of proposed changes.
6. Industrial engineers also use data processing systems to aid infinancial planning, stock control and scheduling.
7. They work in a wide variety ofbusinesses and industries, including banks, construction, and transportationfirms, government agencies, hospitals, and public utilities.

Industrial engineering requires a knowledge ofeconomics, psychology, and personnel management that puts scientific knowledgeto practical use. Its study even includes the efficient employing of materialsand machines in the diverse work places. Based on the needs of the assignments submitted, EDULINK even directs its energy into preparing layouts of machineryand equipment, the flow of work, conducting statistical studies pertaining toquality and time, and analysing production costs. We realize the importance ofhand-drawn sketches as a potent tool needed by industrial engineers tographically communicate technical information or ideas and that this fieldinvolves their participation in order to feel encouraged by seeing the resultsof their study.