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color:#000000;
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padding: 0;
margin: 0;
background: #fff;
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z-index: -1;
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-->
|
Courses Brief Description
|
||||||
Level 4
|
Code & No : BMTS241 |
|
Course : Electrical Circuits |
|
Credits : 3 lecture+1 lab |
|
Pre-requisite : None |
|
This course focus on principles of electricity including Resistive circuits, circuits theorems, nodal and mesh analysis, maximum power transfer theorem, source free inductive and capacitive circuits. It also focus on natural and forced response of RL and RC circuits, RLC circuits, sinusoidal natural and steady state response of RCL circuits, resonance, and introduction to AC quantities. |
|
Code & No : BMTS242 |
|
Course : Computer and Systems |
|
Credits : 1 lecture+1 lab |
|
Pre-requisite : None |
|
This course focuses on the computer system. It starts with an introduction to Computer Fundamentals, Information Processing Cycle, and Types of Computer Systems. It also studies System Software types, functions of Operating System, Popular Operating Systems and System Utilities. It focuses also on Motherboard, and Memories, Input/ Output and Storage Devices. |
|
Code & No : BMTS243 |
|
Course: Applied Mathematics 1 |
|
Credits : 2 lecture |
|
Pre-requisite : CAMS232 |
|
In this course student will study a review of some fundamental concepts in math used for biomedical technology. It includes fundamental operations on polynomials, linear equations, ratio and proportion variation and functions, system of linear equations, trigonometric functions and identities. It includes also, the exponential functions and their graphical representation, Logarithms, Logarithmic functions and their graphical representation, derivatives and application, integrals and application. It contains geometry limits and linear algebra. |
|
Code & No : BMTS244 |
|
Course : Physics of Medical Equipment |
|
Credits : 2 lecture+1 lab |
|
Pre-requisite : CAMS231 |
|
The objective of this is course to provide an understanding of basics of physics, its relation with the biomedical phenomena, applications of the physics principles into biological systems. It includes units and dimensions of different physiological parameters, mechanic of particles, optics, sound and ultrasound. It contains also, fluids static and dynamic, gas laws, optics. It contains also isotopes, nature and properties of ionizing radiation, dose calculation, and electromagnetic radiation in medical instruments. |
|
Code & No : BMTS245 |
|
Course : Electrical Skills |
|
Credits : 1 lecture+ 1 lab |
|
Pre-requisite : None |
|
Throughout this course, student will know the basic hand tools, common electrical instruments used in design and production of electrical circuits. Student will learn circuit construction techniques starting by block and schematic diagrams till the production of the circuit. Student will also acquire basic skills in maintenance of electronic circuits, using advanced test equipment, and component testing and continuity checks, in order to find and fix faulty components in the biomedical instrument. |
|
Code & No : BMTS246 |
|
Course : Biomaterials |
|
Credits : 2 lecture |
|
Pre-requisite : None |
|
This course focuses on mechanical properties of biomaterials such as composite minerals, polymers, viscoelastic. It focuses also on synthetic replacement, and methods of linking the orthopedic organs with tissue and bone inside the body. |