This course aims to provide a student the ability to read and draw an architectural plan.
Provide a student the basics of ducting network drawing. Explain and draw the types of piping
systems. draw the installation and detail drawing for refrigeration and air conditioning devices.
This course aims to develop students’ knowledge, understanding and fluency in their use of the English
language and to build their skills as effective communicators in daily activities and universal topics.
Students improve their control of language by reading and viewing a range of texts, listening to various
audios, practicing speaking, and discovering grammar that used in everyday activities; in addition to
learning an intermediate skill of writin
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This topic aims to enable and qualify the student to the basic processes of refrigeration and conditioning, identifying the properties of air and the processes that take place on the moisture content of air, and learn about the different cooling media and how to use their tables and curves. In addition, the student will learn about the refrigeration compression system and its accessories. |
Teaching the students, basic principles to design different machine parts and teach them
varying loads and thermal stresses to design complete part for different mechanisms
To develop students’ fundamental knowledge and insight into the physical principles and
evolving technical capabilities of heat transfer principles including conduction, convection and
radiation modes, finned surfaces, heat exchangers, and the applications in the Air conditioning,
Refrigeration, and Automotive engineering.
Course Objective
To develop students’ fundamental knowledge and insight into the physical principles and evolving technical capabilities of heat transfer principles including conduction, convection and radiation modes, Finned surfaces, heat exchangers, and applications in refrigeration and air conditioning field.
The subject Theory of Machines may be defined as that branch of Engineering-science, which deals with the study of relative motion between the various parts of a machine, and forces which act on them. The knowledge of this subject is very essential for an engineer in designing the various parts of a machine.
This course aims to provide a student the ability to Understand the underlying concepts of 3d modeling and Create basic to intermediate solid models. also to Compose an assembly of multiple parts and Detail out blueprints based on solid models or assemblies.
This course aims to provide a good knowledge to the students about the Engineering and numerical analysis with understand the basis of solutions and their application in different branches of engineering / mechanical, material, Civil and power.