TOP 10 MECHANICAL ENGINEERING COURSES IN DUBAI, ABU DHABI, SHARJAH - UAE - PAGE 3

The purpose of this paper is to extend the understanding of what is required when developing practical maintenance skills within industry. The first part will develop insight into the skill development link with business and what characteris

This course is based on the rules for heat exchangers design and fabrication as given in the ASME Boiler and Pressure Vessel Code, Sec. VIII, Div.1 and TEMA. The course will provide a comprehensive description of Code requirements including

This course covers fundamentals of HVAC systems starting from psychometric calculations to design of air conditioning cycles. Load calculations, distribution, system selection, control, and energy conservation of HVAC systems are all covered

Towards the end of the workshop, you will have developed the skills and ability to recognize and solve hydraulic problems in a structured and confident manner.

This program looks at Maintenance Auditing and Benchmarking as two key tools that can be used as the basis for driving the improvement process in maintenance, by identifying best practices, gaps with current practices and assist with the for

This five-day course is an intensive, intermediate level program for experienced mechanical equipment engineers to develop and expand their capabilities in monitoring and problem analysis of Turbomachinery.

You will learn about heater performance monitoring, tube condition Inspection and Assessment Systems, tube Temperature Measurements and much more.

Systematic and planned power shutdowns not only save equipments but also enhance their life. Planning and managing power shutdowns, power outages and turnarounds are a complex and highly demanding function in a factory or office environment.

Startup & shutdown procedures for any plant or equipment must be closely followed, but problems may occur during startup or even at shutdown that require action which is not covered in Standard Operating Procedures.

The success in achieving productivity targets and improving existing processes depends on one’s understanding and ability to assess system performance, perform accurate design and sizing calculations, and diagnose and troubleshoot faults.