Master of Science Program in Electrical Engineering

• Technical Proficiency: Ability to solve complex problems in electrical engineering using advanced knowledge.
• Design & Analysis: Capability to design, analyze, and evaluate engineering systems considering ethical, social, and safety factors.
• Research & Professionalism: Skills in conducting advanced research, acting ethically, and working within multidisciplinary teams.
• Continuous Learning: Ability to adapt and apply new knowledge to keep pace with technology.
  
• Lead in Industry: Pursue successful, leadership-oriented engineering careers.
• Innovate & Educate: Create solutions for societal needs and potentially pursue doctoral studies.

• Degree: B.S. in Electrical Engineering from KSU or an accredited institution.
• GPA: Minimum cumulative GPA of “Very Good” (3.75/5.0) or equivalent.
• Tests:
  • English Proficiency: Minimum score of 53 on TOEFL-iBT, 5.5 on IELTS, or 85 on STEP.
  • GRE: A recent GRE score is typically required for the application.
• Documents: Two letters of recommendation from former professors and a statement of purpose.
• Status: Applicants must be Saudi citizens or have an official grant if non-Saudi.

Students must choose between two paths after completing a common foundation.

Thesis Option (24 Credit Hours + Thesis)

Common Courses – 9 Credit Hours

GE501 – Computer Simulation of Engineering Systems – 3 Credit Hours
EE502 – Modeling of Stochastic Engineering Systems – 3 Credit Hours
MATH505 – Numerical Linear Algebra – 3 Credit Hours

Specialized Courses – 15 Credit Hours (from the selected track)

EE507 – VLSI Design – 3 Credit Hours
EE508 – Optoelectronics – 3 Credit Hours
EE519 – System on Chip – 3 Credit Hours
EE528 – Digital Communications – 3 Credit Hours
EE575 – Mobile Communications – 3 Credit Hours

Thesis

Master’s Thesis Research, Preparation, and Defense – Credit Hours as assigned

Non-Thesis Option (42 Credit Hours)

Common Courses – 9 Credit Hours

GE501 – Computer Simulation of Engineering Systems – 3 Credit Hours
EE502 – Modeling of Stochastic Engineering Systems – 3 Credit Hours
MATH505 – Numerical Linear Algebra – 3 Credit Hours

Specialized Courses – 27 Credit Hours (from the selected track)

EE507 – VLSI Design – 3 Credit Hours
EE508 – Optoelectronics – 3 Credit Hours
EE519 – System on Chip – 3 Credit Hours
EE528 – Digital Communications – 3 Credit Hours
EE575 – Mobile Communications – 3 Credit Hours
EE572 – Satellite Communications – 3 Credit Hours
EE548 – Power System Protection – 3 Credit Hours
EE581 – High Voltage Transmission – 3 Credit Hours
EE549 – Power System Dynamics – 3 Credit Hours

Research Project – 6 Credit Hours

EE598 – Research Project I – 3 Credit Hours
EE599 – Research Project II – 3 Credit Hours