Bachelor of Science in Electronic Physics


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Course Overview

This program aims to produce graduates with a strong foundation in physics and can contribute to the development of electronic – based industries. The students are provided with a strong foundation in basic physics disciplines while dynamic courses on the applications of physics, electronics and information technology are given through theoretical, laboratory works and industrial training which encourages students to be up-to-date with the current knowledge needed. The uniqueness of this multidiscipline program (physics and electronics) ensures that the graduates have high market value in the education, engineering, research and industrial sectors and administrations. Download Course Catalog.

Program Structure:

Course Code First Semester Courses Credit
PHY 101 Communication Skills 5
PHY 102 Descriptive Statistics & Probability 5
PHY 103 Computer Fundamentals & Applications 5
PHY 104 Introduction to Earth Science 5
PHY 105 Linear Algebra and Geometry 5
PHY 106 Calculus 5
TOTAL CREDITS 30
Course Code Second Semester Courses Credits
PHY 111 Introduction to Physics 5
PHY 112 Introduction to Classical Mechanics 5
PHY 113 Introduction to Wave Motor and Heat 5
PHY 114 Introduction to Electricity 7 Magnetism 5
PHY 115 Organic Chemistry 5
PHY 116 General Mathematics 5
TOTAL CREDITS 30
Course Code Third Semester Courses Credit
PHY 201 Circuit Theory 5
PHY 202 Biophysics 5
PHY 203 Physics of Materials 5
PHY 204 Industrial Electronics 5
PHY 205 Electronics & Communication Technology 5
PHY 206 Thermodynamics 5
TOTAL CREDITS 30
Course Code Fourth Semester Courses Credit
PHY 211 Probability and Statistics 5
PHY 212 Mechanic and Fluids 5
PHY 213 Electromagnetism 5
PHY 214 Numerical and Computational Methods 5
PHY 215 Mathematical Methods 5
PHY 216 Solid State Physics 5
TOTAL CREDITS 30
Course Code Fifth Semester Courses Credit
PHY 301 Special Relativity 5
PHY 302 Nuclear and Particle Physics 5
PHY 303 Statistical Physics 5
PHY 304 Materials – Introduction and Basics 5
PHY 305 Materials – Metals and Semiconductors 5
PHY 306 Microprocessors and Microcontrollers 5
TOTAL CREDITS 30
Course Code Sixth Semester Courses Credit
PHY 311 Structured Programming 5
PHY 312 Programming with Objects 5
PHY 313 Data Communication & Networking 5
PHY 314 Quantum Physics 5
PHY 315 Bachelor Thesis 10
TOTAL CREDITS 30

 

Career Opportunities

Graduates of AS programs in electronics technology should be well suited to take on any job that involves working with engineers, testing electronics products, providing maintenance or troubleshooting solutions. Popular career options include:

  • Electronics technician
  • Electronics engineering technician
  • Engineering assistant
  • Laboratory instrument technician
  • Service or sales representatives