Bachelor of Electrical Engineering Program

The Bachelor of Electrical Engineering program is offered by the College of Engineering and Advanced Computing. The program provides students with a comprehensive education in electrical engineering, covering a wide range of topics, including programming, chemistry, calculus, mechanics, and electrical engineering fundamentals.

Study Plan

The study plan for the Bachelor of Electrical Engineering program is as follows:

Fall (Year 1)

• SE 100: Programming for Engineers (3 credits)
• SE 100 L: Programming for Engineers Lab (1 credit)
• CHM 102: Introduction to Chemistry (3 credits)
• CHM 102 L: Introduction to Chemistry lab (1 credit)
• MAT 101: Calculus I (3 credits)
• PHU 103: Mechanics and Waves for Engineers (3 credits)
• PHU 103 L: Mechanics and Waves for Engineers Labs (1 credit)
• ENG 101: Freshman English 1 (3 credits)
• Sub-Total Credits: 18

Spring (Year 1)

• ME 201: Materials Science and Engineering (3 credits)
• ME 201 L: Materials Science and Engineering Lab (1 credit)
• MAT 112: Calculus II (3 credits)
• PHU 124: Electromagnetism and Waves for Engineers (3 credits)
• PHU 124 L: Electromagnetism and Waves for Engineers Labs (1 credit)
• ARB 101: Arabic Language I (2 credits)
• ENG Elective (3 credits)
• Sub-Total Credits: 16

Fall (Year 2)

• EE 207: Foundation of Electrical Engineering (3 credits)
• EE 207 L: Foundation of Electrical Engineering Lab (1 credit)
• MAT 211: Calculus III (3 credits)
• MAT 212: Linear Algebra (3 credits)
• MAT 213: Differential Equations (3 credits)
• ISL 101: Islamic Studies I (2 credits)
• ENG 222: Technical Writing (3 credits)
• Sub-Total Credits: 18

Spring (Year 2)

• EE 208: Electric Circuits (3 credits)
• EE 209: Applied Electromagnetics (3 credits)
• EE 210: Digital Logic Systems (3 credits)
• EE 210 L: Digital Logic Systems Lab (1 credit)
• MAT 224: Numerical Methods (3 credits)
• STA 212: Probability and Statistics for Engineers (3 credits)
• General Elective - I (3 credits)
• Sub-Total Credits: 19

Fall (Year 3)

• EE 301: Signals and Systems (3 credits)
• EE 303: Introduction to Electronics (3 credits)
• EE 303 L: Introduction to Electronics Lab (1 credit)
• EE 305: Computer Networks (3 credits)
• EE 305 L: Computer Networks Lab (1 credit)
• EE 307: Computer Architecture (3 credits)
• EE 307 L: Computer Architecture Lab (1 credit)
• General Elective - II (3 credits)
• Sub-Total Credits: 18

Spring (Year 3)

• EE 302: Communications Theory (3 credits)
• EE 302 L: Communications Theory Lab (1 credit)
• EE 304: Microelectronics (3 credits)
• EE 304 L: Microelectronics Lab (1 credit)
• EE 306: Control and Feedback System Design (3 credits)
• EE 306 L: Control and Feedback System Design Lab (1 credit)
• EE 308: Electrical Energy Conversion (3 credits)
• EE 308 L: Electrical Energy Conversion Lab (1 credit)
• IE 315: Engineering Economy and Cost Analysis (3 credits)
• Sub-Total Credits: 19

Summer Internship

• EE 390: Electrical Engineering Summer Internship (0 credits)

Fall (Year 4)

• EE 405: Electric Power Systems (3 credits)
• EE 413: Digital Communications (3 credits)
• EE 413 L: Digital Communications Lab (1 credit)
• EE 495: Electrical Engineering Capstone Project I (3 credits)
• EE 4** - Technical Elective (3 credits)
• Sub-Total Credits: 16

Spring (Year 4)

• EE 496: Electrical Engineering Capstone Project II (3 credits)
• EE 4** - Technical Elective (3 credits)
• EE 4** L - Technical Elective Lab (1 credit)
• Sub-Total Credits: 15

Technical Electives

The following technical electives are available:

• EE 401: Special Topics in Electrical Engineering (3 credits)
• EE 401 L: Special Topics in Electrical Engineering Lab (1 credit)
• EE 402: Introduction to Wireless Networks (3 credits)
• EE 403: Wireless Communications (3 credits)
• EE 403 L: Wireless Communications Lab (1 credit)
• EE 404: Data Engineering in Electrical Systems (3 credits)
• EE 404 L: Data Engineering in Electrical Systems Lab (1 credit)
• EE 406: Digital Electronics (3 credits)
• EE 406 L: Digital Electronics Lab (1 credit)
• EE 408: Communication Electronics (3 credits)
• EE 410: Cyber Physical Systems (3 credits)
• EE 410 L: Cyber Physical Systems Lab (1 credit)
• EE 411: Internet of Things (3 credits)
• EE 412: Nanoelectronics (3 credits)
• EE 412 L: Nanoelectronics Lab (1 credit)
• EE 417: Digital Signal Processing (3 credits)
• EE 417 L: Digital Signal Processing Lab (1 credit)
• EE 418: Digital Image Processing (3 credits)
• EE 418 L: Digital Image Processing Lab (1 credit)
• EE 420: Power Electronics (3 credits)
• EE 420 L: Power Electronics Lab (1 credit)
• EE 422: Antennas and Wave Propagation (3 credits)
• EE 423: Optical Fiber Communication Systems (3 credits)
• EE 424: Optoelectronics (3 credits)
• EE 424 L: Optoelectronics Lab (1 credit)
• EE 425: Microwave Engineering (3 credits)
• EE 426: Renewable Energy (3 credits)
• EE 426 L: Renewable Energy Lab (1 credit)
• EE 427: Digital Control (3 credits)
• EE 428: Modern Control Theory (3 credits)
• EE 435: Undergraduate Research in Electrical Engineering (3 credits)
• EE 440: Machine Learning (3 credits)
• EE 440 L: Machine Learning Lab (1 credit)
• EE 444: Artificial Intelligence (3 credits)
• EE 481: Innovations and Entrepreneurship in Engineering (3 credits)

Electrical Engineering Tracks

The Bachelor of Electrical Engineering program offers three tracks:

1. Robotics & AI Track: This track focuses on robotics and artificial intelligence, covering topics such as computer gadgetry, mobile robot programming, and social implications of technology.
2. Renewable Energy Track: This track focuses on renewable energy, covering topics such as power plant planning, theory and practical design of renewable and non-renewable sources, and energy storage technologies.
3. Innovation & Entrepreneurial Track: This track focuses on innovation and entrepreneurship, covering topics such as sustainable products, services, and technologies, and the development of innovative solutions.

Robotics & AI Track

The Robotics & AI track requires the completion of the following courses:

• EE 306 + L Control and Feedback System Design
• EE 410: Cyber Physical Systems (3 credits)
• EE 410 L: Cyber Physical Systems Lab (1 credit)
• EE 411: Internet of Things (3 credits)
• EE 440: Machine Learning (3 credits)
• EE 440 L: Machine Learning Lab (1 credit)
• EE 444: Artificial Intelligence (3 credits)

Renewable Energy Track

The Renewable Energy track requires the completion of the following courses:

• EE 308 + L Electrical Energy Conversion
• EE 405: Electric Power Systems (3 credits)
• EE 410: Cyber Physical Systems (3 credits)
• EE 410 L: Cyber Physical Systems Lab (1 credit)
• EE 420: Power Electronics (3 credits)
• EE 420 L: Power Electronics Lab (1 credit)
• EE 426: Renewable Energy (3 credits)
• EE 426 L: Renewable Energy Lab (1 credit)
• IE 450: Management for Engineers (3 credits)

Innovation & Entrepreneurial Track

The Innovation & Entrepreneurial track requires the completion of the following courses:

• IE 315 Engineering Economy and Cost Analysis
• EE 410: Cyber Physical Systems (3 credits)
• EE 410 L: Cyber Physical Systems Lab (1 credit)
• EE 440: Machine Learning (3 credits)
• EE 440 L: Machine Learning Lab (1 credit)
• EE 481: Innovations and Entrepreneurship in Engineering (3 credits)
• IE 450: Management for Engineers (3 credits)

Al Faisal University: A Comprehensive Overview

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Overview:

Al Faisal University is a student-centered institution dedicated to creating and disseminating knowledge through world-class undergraduate and graduate programs, research, and service. It aims to benefit the Kingdom of Saudi Arabia, the region, and the world, stimulating the development of knowledge-based economies. The university prides itself on its innovative academic programs, hands-on opportunities, and rigorous coursework, preparing students for a complex global society.

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Services Offered:

Al Faisal University offers a range of services to its students, including:

Financial Aid:

Merit-based and need-based scholarships are available to students.

Counseling:

The Counseling and Skills Development Unit (CSDU) promotes a welcoming atmosphere conducive to student well-being, personal growth, and psychological health.

Enrichment Programs:

Alfaisal University Enrichment Programs (AUEP) bridge the gap between high school and university, delivering knowledge and skills in a wide range of evolving fields.

Events & Activities:

With over 50 student organizations, the university offers a vibrant campus community with opportunities for participation in sports, theatre, photography, and cultural groups.

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Student Life and Campus Experience:

Al Faisal University fosters a positive, fun, and friendly student culture. The university strives to create a welcoming environment and provide resources for student success, including:

Freshmen Orientation:

Helps new students acclimate to campus life.

Study and Tutoring Sessions:

Provide academic support.

Counseling Services:

Offer guidance and support.

Job and Internship Fairs:

Connect students with career opportunities.

Recreational Activities:

Promote well-being and social interaction.

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Key Reasons to Study There:

Academic Excellence:

Recognized as one of the world's top 200 institutions under 50 years old, Al Faisal University consistently ranks highly in national and international rankings.

Small Class Sizes:

With a student-teacher ratio of 18:1, students receive personalized attention and opportunities for interaction with faculty.

World-Class Faculty:

The university boasts internationally acclaimed researchers and scholars who provide mentorship and guidance.

Friendly Environment:

The university fosters a welcoming and supportive community.

Centrally Located:

Situated in Riyadh, the university is accessible to major highways and the KFSHRC teaching hospital.

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Academic Programs:

The context does not provide specific details about the academic programs offered at Al Faisal University. However, it mentions that the university offers world-class undergraduate and graduate programs.

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