Robotics and interface lab
Laboratory objectives:
The laboratory aims to teach the student the basics of control and controlling robotic systems needed by the industrial field.
In this laboratory, the student learns about the types of robotic arms and their parts, the basic classifications of joints, and the types of their controllers (direct and reverse)
The laboratory provides a set of practical experiments for the robotic arm from the programming methods and programs used to control it, either through the computer or the direct control panel.
The student also learns about the control and control mechanism of the mobile robot and the programs used in driving and guiding it
Students serve in graduation projects related to automated control systems and robotics.lab vision
Building an engineer capable of dealing with automated systems that contain a robotic arm in industrial fields
He shall have experience and ability to carry out installation and maintenance works, conduct periodic checks and diagnose faults and errors in systems.
Computer and software lab
Lab name: Computer Lab
Brief summary: To raise the level of students of the Accounting Department and develop their tasks in the use of computers and its applications, in addition to developing their talents to meet the requirements of the labor market.
Objective: To train students to use computers and specialized applications.
devices:
1- computers
2- Data show
Subjects taught in the laboratory:
- Computer apps
Laboratory experiments: periodic testing of students in the practical lesson.
electrical and electronics lab
About the laboratory:
The laboratory was established with the beginning of the establishment of the department since 2002-2003. It is one of the basic laboratories in the Department of Mechatronics Engineering, where students carry out basic and advanced experiments on electrical circuits and theoretical and practical design with different types of electronic circuits.
The laboratory has the necessary devices to complete electronic circuits to perform laboratory experiments, such as continuous voltage sources, integrated circuits, and voltage and current measuring devices.
The main objective of the laboratory is to develop the practical experience of the students of the Mechatronics Engineering Department in practicing and performing laboratory experiments, connecting electronic circuits, examining and analyzing them, obtaining the required results and preparing a special report for the experiment.
Laboratory vision and goals:
It is one of the basic laboratories in the Department of Mechatronics Engineering, where students carry out basic experiments on electronic circuits, theoretical and practical design with different types of electronic circuits. Integrated and voltage measuring devices to perform laboratory experiments. The main objective of the laboratory is to develop the practical experience of the students of the department
Hydraulic and pneumatic lab
Lab message:
Giving students knowledge of hydraulic and pneumatic systems and skills according to international academic and professional standards, able to keep pace with the needs of the labor market through teamwork, innovation and creativity while continuing education. Lab vision:
Building an engineer with scientific and practical ability to deal with hydraulic and pneumatic systems in industrial fields
Creating a high quality educational atmosphere in which students and faculty interact, and it is accredited locally and globally
The engineer shall have the experience and ability to carry out installation and maintenance works, conduct periodic checks and diagnose faults and errors in the information. Lab goals:
The laboratory aims to teach the student the basic hydraulic and pneumatic systems needed by the industrial field
In this laboratory, the student learns about the types of hydraulic and pneumatic valves and their parts, how to use and the areas used for each valve.
The laboratory offers a group of practical dealers for hydraulic and pneumatic valves from manual operation methods or through the direct control panel, programming hydraulic and pneumatic valves and controlling them using programmable controllers (PLC).
Students serve in graduation projects related to hydraulic and pneumatic control systems
