The fiber optic laboratory is a multi-tasking laboratory in engineering departments as an educational laboratory that is widely used in the engineering and medical aspects to train the department’s students on how to adjust optical communications networks using simulation software, as well as the use of optical fibers in some medical devices such as endoscopes and other engineering applications for similar purposes. Medical.
The tissue laboratory is one of the important laboratories in training the students of the department from the preparation of dyed tissue sections using microtome cutting devices, as well as practical training on the preparation of research samples dyed with textile dyes related to tissue diseases.
It is considered one of the laboratories of great importance, as it describes the logical processes of most modern devices, including computers, which are the basis and main controller of the latest medical devices, and deals with the practical application of logic gates and their logical mathematical equations through the latest electronic boards.
It is considered one of the laboratories of great importance, as it describes the logical processes of most modern devices, including computers, which are the basis and main controller of the latest medical devices, and deals with the practical application of logic gates and their logical mathematical equations through the latest electronic boards.
Determination or measurement of some metal properties such as: stress and strain (yield stress, upper limit and fracture stress), determination of the energy stored in the material during impact and wicking processes and identification of other properties shown by the material under the influence of variable load (fatigue and creep), hardness and the formation of lines of the main stress difference in materials. The laboratory aims to interlock theoretical analyzes of material resistance with practical tests and give
In this laboratory, the student studies the medical device and gets acquainted with the various internal electronic circuits and trains them inside the laboratory with the possibility of repairing and maintaining them in the future, in addition to teaching the student how to operate the medical device with the possibility of dismantling it to see the internal parts with the electrical map of the device in addition to explaining the malfunctions that may occur in the device and preparing the student to address them.
In the biomechanical laboratory, the dynamics of complex human movement are studied in all its forms and all the mechanical effects that occur on it, and it is divided into two parts:
First: - It is studied according to the phenotypic form of movement, regardless of the force causing its creation, and this is one of the branches of biomechanics, which is called (kinematics).
Second: - It is the one that studies movement in terms of internal and external force that affects the human body, which changes or tries to change its shape or motor state, and this is called (Kinetics).
The laboratory also provides means and equipment
Programming Lab
In it, the student learns the basics of programming science that enables him in the future to manage the processes he needs in the design and programming of medical devices and prosthetics.
During which the student learns a series of programming languages and applications that benefit from them in his scientific and practical future, summarized in four basic stages:
Analysis.
Design.
Preparation.
Implementation. ...
The Communication Systems Lab offers an integrated approach to communication system teaching inspired by its students' stated desire to read the background theory explained in simple terms and receive practical computer training. Includes system design, simulation exercises using MATLAB and Simulink, and HW board-based experiments including Amplitude Modulation (AM), Frequency Modulation (FM&PM), Digital Modulation (PSK, FSK, and ASK)
It is one of the very important laboratories in the Department of Biomedical Engineering and specializes in everything related to laboratory chemical analyzes of biochemistry, blood chemistry, enzymes, etc. and supervises the training of students professors with competence to achieve the goals of biochemistry.
In it, practical training is provided to students of the Department of Biomedical Engineering in the study of human physiology as well as the devices used to perform blood tests such as blood pressure and diabetes.
It specializes in studying the practical side of anatomy and the student gets acquainted in this laboratory with the natural parts of the human body and depends on training on imported plastic dolls and plastic parts are available in the laboratory for various body systems.
The purpose of this laboratory is to train students on the foundations of electrical circuits and how to connect them and taught to students of the first stage.
The purpose of this laboratory is to teach students the language of engineers, which is engineering drawing, and it is considered a basic subject for students of the first, second and third stages.
The purpose of this laboratory is to teach students to study the components of materials at the molecular level, analyze the stresses they are exposed to, and conduct destructive mechanical tests on them, which is a basic subject taught to students of the second stage and is prepared for other specialized laboratories.
The purpose of this laboratory is to study the physical behavior of heat transfer in its three different conductivity, convection and heat methods
It is one of the basic laboratories in mechanical engineering, as this laboratory is concerned with fluid movement, flow and fluid energy, and it is a basic laboratory paved by other specialized laboratories and taught to students of the second stage.
It is considered one of the basic materials laboratories in mechanical engineering, where the laboratory is concerned with studying the laws of heat physics, and it is a basic laboratory paved for specialized laboratories in the air conditioning and refrigeration department for the first and second stages.
This laboratory is concerned with conducting laboratory tests for construction materials as well as laboratory tests for cement, concrete materials and aggregates (sand and gravel) and these tests are very necessary to enable the student to know how to mix materials with each other and in certain and accurate proportions and to know the problems facing him in the event that the materials are not mixed according to the specified proportions and appropriate standard conditions that lead to the success or failure of the sample and the extent to which it conforms to the technical specifications or not. Material
The electrical laboratory for the first phase includes reviewing electrical appliances, knowing their components, how to connect and operate electrical devices, and learning to read these multiple laboratory devices to measure resistance, voltages, continuous and alternating electric currents, in addition to an integrated set of electrical elements necessary to carry out scientific experiments on electrical circuit experiments, which contribute to the development of the student's scientific skills and support the theoretical side of him. This laboratory also aims to enable the student to acquire all the oryx.