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M.Sc. in Electrical Engineering Program

The M.Sc. in Electrical Engineering program is designed to provide advanced education in electrical engineering, with a focus on research and development. The program aims to equip students with the knowledge, skills, and expertise necessary to succeed in their careers.

Program Overview

The program consists of 30 credit hours, which includes 6 credit hours for the thesis, 9 credit hours for compulsory courses, and 15 credit hours for elective courses. The program is designed to be completed in two years.

Admission Requirements

To be eligible for admission to the program, applicants must have a bachelor's degree in electrical engineering or a related field, with a minimum cumulative GPA of 3.0. Applicants must also pass the STEP test with a minimum score of 60.

Program Structure

The program consists of the following components:

• Compulsory courses (9 credit hours)
• Elective courses (15 credit hours)
• Thesis (6 credit hours)

Compulsory Courses

The compulsory courses are:

• GE 605: Modeling and Simulation of Engineering Systems (3 credit hours)
• GE 608: Experimental Methods and Analysis (3 credit hours)
• MATH 621: Engineering Mathematics (3 credit hours)

Elective Courses

The elective courses include:

• EE 632: Advanced Topics in Power Electronics (3 credit hours)
• EE 634: Design of Electrical Machines (3 credit hours)
• EE 635: Testing and Standardization of Electrical Machines (3 credit hours)
• EE 636: Small Motors and Motor Control (3 credit hours)
• EE 637: Dynamics of Electrical Machines (3 credit hours)
• EE 638: Selected Topics in Electrical Machines (3 credit hours)
• EE 639: Selected Topics in Power Electronics (3 credit hours)
• EE 641: Power System Engineering (3 credit hours)
• EE 642: Modeling and Analysis of Power Systems (3 credit hours)
• EE 643: Power System Operation (3 credit hours)
• EE 645: Power Quality (3 credit hours)
• EE 646: High Voltage Engineering (3 credit hours)
• EE 647: Insulation and High Voltage Technology (3 credit hours)
• EE 648: Power System Planning and Reliability (3 credit hours)
• EE 688: Selected Topics in Electronics (3 credit hours)
• EE 610: Semiconductor Physics and Devices (3 credit hours)
• EE 611: Advanced Filter and Amplifier Design (3 credit hours)
• EE 612: Advanced Electromagnetic Theory (3 credit hours)
• EE 613: Integrated Sensors and Systems (3 credit hours)
• EE 614: Nanotechnology and Nanoelectronics (3 credit hours)
• EE 615: Robotics and Mechatronics (3 credit hours)
• EE 616: Advanced Laboratory Methods in Electronic Engineering (3 credit hours)
• EE 617: Design of Integrated Systems (3 credit hours)
• EE 631: Advanced Topics in Electrical Machines (3 credit hours)
• EE 633: Advanced Topics in Electric Motor Drives (3 credit hours)
• EE 649: Selected Topics in Power Systems (3 credit hours)
• EE 618: Advanced Industrial Electronics (3 credit hours)
• EE 619: Design of Electronic Systems on Chips (3 credit hours)
• EE 620: Optimization of Communication Networks (3 credit hours)
• EE 685: Introduction to Nanobiotechnology and Sensors (3 credit hours)
• EE 621: Statistical Communication Systems (3 credit hours)
• EE 622: Advanced Digital Communication Systems (3 credit hours)
• EE 623: Digital Signal Processing (3 credit hours)
• EE 624: Digital Image Processing (3 credit hours)
• EE 625: Cellular and Mobile Communication Systems (3 credit hours)
• EE 626: Antennas and Radio Wave Propagation (3 credit hours)
• EE 627: Data Encryption and Network Security (3 credit hours)
• EE 628: Optical Fiber Communications (3 credit hours)
• EE 629: Selected Topics in Communication Engineering (3 credit hours)
• EE 651: Artificial Intelligence Techniques in Power Engineering (3 credit hours)
• EE 652: Power System Control (3 credit hours)

Thesis

The thesis is a compulsory component of the program, which carries 6 credit hours. Students are required to conduct original research under the supervision of a faculty member and submit a thesis at the end of the program.

Program Objectives

The program objectives are:

1. To provide students with advanced knowledge and skills in electrical engineering.
2. To equip students with the expertise necessary to succeed in their careers.
3. To provide students with the opportunity to conduct original research in electrical engineering.
4. To contribute to the development of the Saudi community through the provision of high-quality education and research.

Program Outcomes

The program outcomes are:

• K1: To acquire in-depth and specialized knowledge of electrical engineering.
• K2: To demonstrate critical understanding of electrical engineering concepts and principles.
• K3: To express advanced knowledge and understanding of recent developments in electrical engineering.
• K4: To demonstrate advanced knowledge and understanding of research techniques and methodologies in electrical engineering.
• S1: To apply specialized theories and principles in advanced contexts in electrical engineering.
• S2: To solve complex problems in electrical engineering.
• S3: To evaluate and critically analyze electrical engineering concepts and principles.
• S4: To conduct advanced research or professional projects using specialized research methodologies.
• S5: To use advanced processes, techniques, and tools to handle complex practical activities in electrical engineering.
• S6: To execute complex practical tasks.
• S7: To communicate effectively with specialized and non-specialized audiences.
• S8: To handle and analyze data and information in complex contexts.
• S9: To select and use advanced digital tools and information technology to support research and development.
• V1: To demonstrate integrity and professional values.
• V2: To plan and manage professional development and learning.
• V3: To manage tasks and activities in electrical engineering effectively.
• V4: To work effectively in teams and take leadership roles.
• V5: To contribute to the development of the Saudi community.

Career Opportunities

The program provides students with advanced education and research opportunities in electrical engineering, which can lead to career opportunities in industry, academia, and research institutions.

Tuition Fees

The tuition fees for the program are 40,000 SAR per year.

Conclusion

The M.Sc. in Electrical Engineering program at Qassim University is designed to provide students with advanced knowledge and skills in electrical engineering, with a focus on research and development. The program aims to equip students with the expertise necessary to succeed in their careers and contribute to the development of the Saudi community.