Industry Mechanic play fundamental

Industry Mechanic play fundamental role and presence in virtually all economic sectors - social international community ...
Mechanic industry is directly created all the products for production and consumption. Products of mechanical engineering is very broad, ranging from everyday items, equipment for electrical and electronics to appliances, machinery for manufacturing, business services and circulation of goods, investment.
GENERAL PURPOSE: To train engineers and political qualities, moral character, good health; have a solid foundation of knowledge of mathematics, basic science and engineering facilities; have the expertise, knowledge base management, organizational and executive producer; have basic practical skills and teamwork skills; have a good command of foreign languages, to meet the development requirements of the gas field machinery manufacturing. The program focuses on the development of analytical skills, technical solutions possible, through which students graduate with the knowledge to adapt to the competitive environment and changing.
EMPLOYMENT OPPORTUNITIES: Working in the management bodies involved in the field of mechanical engineering.
Teaching the course of specialized Mechanic machine at the University
and colleges…

1) Manufacture Technology industry:
Manufacture Technology sector is a key sector in the production of machinery and equipment manufacturing. This is the decisive sector and the technical level of a country's technology.Synthesis of heavy industry created the means of production as well as consumer products and products for the defense. The level of development of the sector CTM decision general labor productivity, quality of other industries, the pace of development of science - technology and defense capabilities. CTM industry is considered to be the basis of technologies and techniques to promote social material production. mechanical engineering technology:

2) Mechanical engineering industry is the application of physical principles to create all kinds of machinery and equipment or other useful items. Mechanical application of the principles of thermodynamics, the law of conservation of mass and energy to analyze static and dynamic physical systems, service design work in areas such as automotive, aircraft and other means of transportation, heating systems and cooling, household appliances, machinery and production equipment, weapons ... Mechanical technologies often create the simulator simulating the operation of the object, such as the actual fabrication process sequence optimized performance, economic efficiency and energy costs before deciding select a specific design.

3) Mechatronics is basically a complex combination of mechanics, electronics, and information technology. However, a common feature recognition and also the nature of the electron is the "link synergies of various fields to create new products with outstanding features". The link this community offers many opportunities and challenges for the development of the Mechatronics.
Along with the development of technology and modern machines, robots are constantly growing in number as well as their ability. Robot increasingly intelligent, alternative take on jobs that people can not do, such as go to the radiation, fire rescue in the future ... the next generation robot received on the job in the family such as housekeeping, cleaning the house, health monitoring ... Robot is a product of mechatronics. With the ability to understand the mechanics, electronics, computer science, and modern technology ... the electronic engineering products into mechanical control system with flexible electronics, and through system electronics, connected to the information processing system - artificial intelligence to create a finished product.

4) Industrial Systems Engineering (KTCN) is a specialized technique very popular, long in developed countries and is currently in great demand in the developing countries.

Engineer in charge of the KTCN solve problems in production and business operators in order to improve productivity and product quality assurance, service output capacity by applying a systematic, creative models and mathematical tools, computers, knowledge of human behavior in the industrial system as well as knowledge of environmental, economic and social activities related to the production and sales executive industry to achieve effective solutions. KTHTCN engineers can resolve as follows:
Reduce inventory costs and ensure the needs of the production of materials (materials requirements planning)
Minimize waste in production and product quality assurance (process control, process control input ...)
KTHTCN engineers can work in many fields of industrial production and in service.

To solve the above problems can engineer KTHTCN planning problems, plan to solve the problem, implementing new design or re-design of production systems and operating processes to solve the problem effective. After the system has been designed or redesigned, engineers KTHTCN will operate, control efficiently the system