The only field of engineering that makes an individual technically equipped , while instilling efficient management techniques is industrial engineering . Industrial engineering is all about designing / managing methods and procedures to increase productivity , quality and efficiency in manufacturing process. The increasing complexity of industrial operations and the expansion of automated processes in factories and offices is contributing to the demand for industrial engineeers. In today's troubled times, companies are trying to cut costs and improve efficency . Most of them choose to outsource experienced industrial engineers.

CAREER PATH

12 (PCM) - BTech Industrial / Production & Industrial Engineering- MTech Industrial Engineering / Industrial Engineering & Operational Research / Engineering Design/ Manufacturing & Production Engineering / MBA Industrial & Management Engineering - PHD

ENTRANCE TESTS

BTech - JEE Main / Advanced
MTech - GATE
MBA- CAT

WORK AREAS

As an industrial engineer, you will design better methods and facilities for manufacturing and services. You will study the various industrial processes involved, use mathematical models and computer simulation to devise new manufacturing systems that are more efficient.

You will calculate how much work each machine or worker should deliver and if necessary initiate the use of automation and robots. As an industrial engineer you will aid in financial planning and cost analysis , design production systems as well as quality control procedures.

When new projects come up , as an industrial engineer you will be involved in it from start to finish. Industrial engineers determine the suitability of locations for factories depending on the best combination of raw materials availability , transportation and costs.

One of the manor challenges an industrial engineer faces is automating a production process. You will have to first determine what aspect of production needs to be automated and if it financial sense. As an industrial engineer , you will also decide which machines fit the requirements.

Much of an industrial engineer's output is used by management for making decisions. As an industrial engineer, your recommendations may affect the size of firm's profits, its labor relations as well as its production costs. In many ways you are the bridge between management goals and operational performance.

In actual plant design, an industrial engineer should figure out which computer systems, machines and automated equipments will be used in the design and manufacturing process.

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Thanks to this article I have a clear understanding of what Industrial Engineering is and this will definitely help me a fnaf lot when choosing my school, I have to say thank you and it is a great information.