Web Programming I is designed to introduce students on how to build a dynamic web site. Students will develop, manage, and maintain professional web sites using PHP, MYSQL, HTML5, and Cascading Style Sheets. Starting from basics to more advanced PHP programming using real-world examples.

introduces students to the exciting world of multimedia, a combination of sound, animation, graphics, and video. Students will work with a variety of software including programs used for sound and video production, multimedia presentations, web and desktop publishing, and photo & image editing. This course incorporates lecture, tutorials, and hands-on activities, which build skills and techniques for a variety of software programs to create and edit multimedia content.

Types of Transmission Lines. General comparisons between various types of transmission. Transmission Line Equations. Distributed elements, lossless transmission lines. Lossy transmission lines, characteristic impedance. Maximum power transfer in transmission lines. Standing Wave Patterns.

This course’s objective is to introduce the student to antennas, covering their principles of radiation, their basic parameters, (radiation resistance, radiation pattern, polarization, reciprocity, effective radiated power), their general types, and those commonly used in wireless systems. The student learns how to quickly analyze a communication link that uses standard antennas and suffers from the various effects of propagation. The course reviews Electromagnetic Theory and electromagnetic wave properties. The student also learns the various propagation mechanisms/impairments and the basic models of propagation. Atmospheric and weather effects are also reviewed. The student would be able to grasp the idea of link budget analysis and propagation calculations, including: antenna gain, efficiency and directivity calculations; free-space loss; diffraction and obstruction loss; rain loss; polarization loss; impedance mismatch loss; etc. The student would be able to apply this to determine the range of a wireless RF/microwave system, using what the student know about propagation mechanisms/impairments and the basic models of propagation to determine approximately the range of point-to-point system. The student also learns the various techniques of diversity and combining methods to improve the system performance.