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Applied thermal systems lab

Applied thermal systems lab provides students with hands-on experience with the applications relevant to the concepts of thermodynamics, fluid mechanics, and heat transfer. Starting with heat transfer modes, the experiments will evolve to investigate more and more complex systems governed by

Industrial Automation Laboratory

The lab assignments will offer students practical experience with several kits and a Robot designed to teach the principals of Programmable Logic Controllers. These Kits are programmed using Logo Siemens SW, where the student will develop and simulate different models and applications used in

Manufacturing Laboratory

 

This course addresses the basic properties of engineering materials and material behavior related to manufacturing processes. The purpose of the course is to get students acquainted with basic

Material Science Laboratory

Material Science lab provides practical experiments in two main topics:

  • Materials mechanical behavior which contains experiments such as tensile strength testing, hardness, fatigue, and creep.
  • Microstructure and heat treatment process that covers microscopic examination,
Machine Design Laboratory

Computer-aided design lab provides students with experience related to mechanical design and analysis and engineering standards used in engineering drawing. It uses SolidWorks software for making assemblies and producing professional engineering working drawings. And a

Automatic Control Systems Laboratory

 

Ofers practical experience with several physical experimental setups designed to teach the principals of automatic control systems, including system modeling, controller simulation, as well as sensor and actuator interface and control via data acquisition systems and interfaces with

Hydraulic and Pneumatic Systems Laboratory

The lab assignments will offer students practical experience with several kits designed to teach the principals of Hydraulic and Pneumatic systems. Covered topics include: Pneumatic and hydraulic components: compressor, cooler, compressed-air containers, filters, valves, pumps, piping system

Instrumentation and Measurement Laboratory

In this lab, students learn how to use various measurement instruments and techniques that are relevant to industry. The experiments include measurements with different micrometers & vernier measuring instruments, angular measurements, roundness & concentricity of cylindrical work pieces

Safety and Ergonomics Laboratory

Ergonomics is the study, design and integration of human capabilities and limitations into the workplace.  The Ergonomics Lab provides undergraduate students with the tools in order to analyze and provide recommendations for improved human effectiveness and productivity in the workplace.

Programmable Logic Control Systems Laboratory

The lab assignments will offer students practical experience with several kits and robots designed to teach the principals of PLC systems. These Kits are programmed using Logo Siemens software, where the student develops and simulates different models and applications used in real life.

Computer-aided design lab

Computer-aided design lab provides students with experience related to mechanical design and analysis and engineering standards used in engineering drawing. It uses SolidWorks software for making assemblies and producing professional engineering working drawings. And a type of big mechanical

Engineering Workshops

Engineering Workshops are supplied with a number of machines to introduce undergraduates to various processes in carpentry, welding, sheet metal forming, and machining workshops. The workshops provide comprehensive and flexible

Work Measurement and Standards Laboratory
  • The laboratory aims to provide the student with knowledge related to the study of motion and time and to describe techniques and procedures for the study of motion and time.

    It also aims to introduce many topics in the study of motion and time including workstation design, job

Sensors & actuators lab

The course provides engineering students with basic understanding of two of the main components of any modern electrical or electromechanical system; sensors as inputs and actuators as outputs. The covered topics include frequency responses and feedback control, Performance specification and

Thermo-fluid lab

Thermo-fluids lab provides the students with basic experimental knowledge in fluid mechanics and thermodynamics. It offers that by studying and analyzing different applications related to fluid and thermal science principles. Starting with the fluid properties and ending up to the most common

Vibration and control Lab

 

Offers practical experience with several physical experimental setups designed to teach the principals of free vibration of simple mass-spring systems, free damped response of simple mass-spring-damper systems, harmonically excited systems, frequency response of the harmonically excited

Computer-aided Design

This course covers the fundamentals of mechanical engineering working drawings and their standards. It also introduces the fundamentals and drawing of various types of mechanical

Simulation Laboratory

Simulation is the technique of building a model of a real or proposed system so that the behavior of the system under specific conditions may be studied. One of the key powers of simulation is the ability to model the behavior of a system as time progresses. Decisions can be made about the

Operation Research Lab

Operations research lab is a complementary element in Operations Research course. It will give the students practical experience of how to model and solve managerial problems using operations research techniques. The lab subjects will cover the following models: Data definition, Production