Engineering Management is one of the most prominent types of modern management which has become a requirement in any of the activities and engineering activities. The Engineering Department aims at activating the administrative bases in all engineering projects and events. It participates with the other departments in the planning, Engineering Project.

There is a great correlation between the economic and engineering sciences alike. It can be said that the engineering economy is part of the work of the engineering administration which is directed towards the logical application of the work of economic production. In the case of engineering projects, it must be studied by the engineering and economic parties simultaneously. The economic study shows its advantage over the engineering study of the project. In other words, in the absence of any economic feasibility of the project, it will be canceled immediately, regardless of the engineering features available in this project. Therefore, the so-called engineering economy or management Ndsah.

What is the definition of the engineering economy?

The engineering economy is defined as the relationship in which engineering is used very successfully, in order to define economic applications that meet the needs and desires of the people, as well as an evaluation of all the benefits that the project contributes to.

Capital expenditure projects are consistently in most of the heavy industries: oil, gas, mining and utilities. The element of material is always the main element of total expenditure and can account for more than 50% of the budget. It is, however, the most overlooked element. Projects are usually delayed due to inadequate material management. The British Academy for Training and Development offers a project management course that focuses on the effectiveness of material management and how to integrate it into the project plan, from planning and design to procurement, vendor monitoring, construction and even final liquidation.

Target Audience of the Training Course in Engineering Design Requirements for Facilities to Avoid Fires Occurrence:

• Persons in charge of the engineering projects.
• The owners of companies and industrial facilities (for scientific knowledge and securing their works).
• Civil engineers and construction engineers.
• The workers in emergency departments and civil defense.

How will the Participants benefit from attending the Training Course in Engineering Design Requirements for Facilities to Avoid Fires Occurrence?

• Recognizing the structure that can establish the safety of fire risks.
• Knowing the structural classification of the buildings as for its fire prevention.
• Defining the structural design that enables the firemen to have an access to it easily and on the other hand, procedure of rabid evacuation operation.
• Distinguishing the building materials that contribute to the non-proliferation of fires into other sectors in the facility.

• Introduction to engineering insurance.
• The importance of engineering insurance in the institutions.
• Introduction to fire insurance.
• Insurance against the suspension of machines.
• Insurance of electronic equipment.
• Assessment of damages and losses under the engineering insurance.
• Identification of the main causes of the fire.
• Risks Engineering and insurance methods.
• The requirements of site organization to prevent fires.
• Design requirements.
• The requirements of structures prevention.
• The quality of construction.
• The classification of the facilities and buildings as for the seriousness of their contents.