What are the difficulties that face mechanical engineers when searching for a job in the Middle East?

The limited number of large companies that provide significant employment opportunities in the mechanical and electrical and electronic field where large factories, as in the industrialized countries and that found in the Middle East rely on foreign experts

i don't feel any difficult for mech engg to find job in middle east

the space between supply and demand , a lot of graduates and low volume of companies and open vacancies    

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Mechanical engineers use science and math to design tools, equipment and machinery to help with a variety of industry needs. They often work with heavy equipment, power tools, motors and technical instruments to create, test and perfect mechanical devices. Because they work with toxic substances, powerful machinery and volatile materials, their work environment is susceptible to fires, explosions, structural failures and equipment malfunctions. Safety measures are vital to a mechanical engineer's job success.

Developing and testing mechanical prototypes is an exciting part of the job, but it often involves pressing the boundaries of what tools, machinery and equipment can do. Mechanical engineers must test the limits to make sure equipment is functioning properly, has fully developed safety measures and is ready for commercial use. They often use electric generators, internal combustion engines, industrial production equipment, power tools, elevators and conveyor systems to build and test engines and machines, according to the Bureau of Labor Statistics. Sharp blades, running belts, high-powered equipment, metal cutters, and drills expose mechanical engineers to many types of injuries and accidents on the job.

Mechanical engineers don't just work in testing laboratories. They often work on site at locations that aren't well-suited to the job demands. For example, a mechanical engineer might need to address railcar problems in a subway while passengers and crew members anxiously await assistance. Or, an engineer might be hired to work on equipment that is confined to a small space with limited accessibility. As a result, engineers must prepare for unexpected situations by applying security measures on the fly. They might not be aware of leaky hoses, structural flaws, or dangerous situations until they arrive on location and are asked to troubleshoot problems.

Mechanical engineering isn't for the weak of heart because hydraulics, pumps, turbines, compressors, and pneumatics systems are used on a regular basis to develop and test materials. Mechanical engineers design equipment and systems that serve industries such as aerospace, building construction, biotechnology, aircraft development, marine vessel construction, fuel processing, transportation and energy production, according to Cockrell School of Engineering at the University of Texas in Austin. Because these types of equipment often involve the use of gases, flames, heat, refrigeration and electricity, engineers must use face masks, flame-retardant suits, protective eyewear and gloves to ensure their safety. Even the slightest mistake can lead to burns, cuts, gas inhalation and exposure to hazardous materials.

Mechanical engineers often work with machinery and equipment that is heavy, cumbersome and structurally unstable. They might injure their backs trying to secure equipment or stabilize materials, crush their hands or fingers trying to work in tight spaces or injure their faces, heads, eyes or toes when proper protective equipment isn't worn. Even though mechanical engineers use technology, computer-aided design software, and their brains to solve mechanical and structural issues, the job also requires hands-on engagement.

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