Curriculum
The curriculum of the Applied Physics Department consists of course common to both the Electro-Optics and Medical Engineering faculties, as well as course of specialization:
Joint courses for Electro-Optics and Medical Engineering:
Mathematics and Computers:
Calculus for Engineers 1,2 & 3 ▪ Linear Algebra 1 & 2 ▪ Introduction to Computer Science ▪ Differential Equations ▪ Partial Differential Equations ▪ Statistics & Probability ▪ Fourier Theory ▪ computerized Signal Processing ▪ Complex functions ▪ Numerical Techniques
Physics and Chemistry:
General Physics 1,2 & 3 (mechanics, electricity & magnetism and modern physics) ▪ Introduction to Chemistry ▪ Analytical Mechanics ▪ Quantum Mechanics 1 & 2 ▪ Thermodynamics ▪ Mechanical Statistics ▪ Solid State ▪ Physics Laboratory
Electronics:
General Electronics 1 ▪ General and Digital Electronics ▪ General Electronics Laboratory ▪ Operational Amplifiers & Electronic Measurements
General Engineering:
Economics for Engineers ▪ Mini-project in either Electronics or computers
Electro-Optics Studies (Common to both Faculties):
Introduction to Optics ▪ Physical Optics ▪ Electro-Optics Detectors ▪ Light Sources and Lasers ▪ Optics Laboratory ▪ Electro-Optics Laboratory
Specialized Courses in Medical Engineering:
Signal Analysis and processing ▪Optical Devices in Medicine ▪ Organic Chemistry ▪ Physiology of the cell ▪ Bio – Chemistry ▪ Physiology of the Human Organs ▪ medical Equipment ▪ Medical Imaging Systems ▪ Technologies in Medicine ▪ Medical Equipment Laboratory ▪ Final Project in medical Engineering
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