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Department of Electrical Engineering

Introduction

The Electrical Engineering Program at the University of Prince Mugrin (UPM) is committed to preparing a new generation of engineers equipped with the knowledge, skills, and adaptability to thrive in an ever-evolving technological landscape. Grounded in academic excellence, innovation, and sustainability, the program aligns with Saudi Arabia’s Vision 2030 by empowering students to contribute to a smart and sustainable future.

Our curriculum is designed to reflect modern industry needs and integrates the latest advancements in key areas such as Artificial Intelligence (AI) in Electrical Engineering, Power and Energy Systems, Wireless and Communication Technologies, Electronics Systems, Control and Automation with PLC, and Smart Grid applications. Through a balanced combination of rigorous theoretical instruction and hands-on, project-based learning, students gain the skills to tackle complex, real-world engineering challenges.

In recent years, from 2023 onwards, the program has achieved several significant milestones that reflect its dynamic growth and future-focused vision:

Beyond technical mastery, the program cultivates leadership, critical thinking, and problem-solving skills, preparing graduates to be future-ready innovators. Our students are not only proficient in traditional EE domains, but also in emerging fields such as AI-powered smart systems, renewable energy, and sustainable technology—making them ideal contributors to the national and global engineering workforce.

Program Mission

To graduate professionals in the field of electrical engineering by providing knowledge and skills that enable them to contribute to the profession and the community.

Program Objectives 

Graduation Projects of Students in the Electrical Engineering Department

 PEO1: Graduates of the Electrical Engineering program will have successful careers in Electrical Engineering and related fields. 

 PEO2: Graduates will engage in continuous learning and professional development to adapt to evolving technologies and evolving Electrical Engineering practices.   

 PEO3: Graduates will exhibit a sense of ethical responsibility and awareness of the societal impact of their work. 

Study Plan 

If you are looking for a dynamic and unique role, you have come to the right place. We acknowledge the importance of a highly trained staff in all our departments in order to maintain a distinctive world class university. We provide all the required support for the university, teaching staff and students so that they can contribute to our further development.

First Year

First Year: First Semester (Freshmen) First Year: Second Semester (Freshmen) 
Course Code Course Title Credit Hours Requisite Course Code Course Title Credit Hours Requisite 
Pre- Co- Pre- Co- 
MATH 101  Calculus IMATH 002  MATH 102 Calculus IIMATH 101  
PHYS 101 General Physics I 4MATH 002 MATH 101 PHYS 102 General Physics II 4PHYS 101  
CHEM 101 General Chemistry 4  ENGL 102 Introduction to Report Writing 3ENGL 101  
ENGL 101 First Year Composition 3ENGL 005  CS 141 Introduction to Computing for Engineers 3  
EE 111 Introduction to Python 3  ENGG 103 Introduction to Engineering Drawing 1  
     GIAS 101 Islamic Culture 3  
 

Total 

18

   

Total 

18

  

Second Year

Second Year: First Semester (Sophomore) Second Year: Second Semester (Sophomore) 
MATH 201 Differential Equations MATH 102  MATH 202 Calculus III MATH 102  
GIAS 102 Arabic Language Skills  MATH 204 Linear AlgebraMATH 102  
EE 201 Electric Circuits I

MATH 102, 

PHYS 102, 

 EE 202 Electric Circuits II EE 201  

 

EE 203 

 

Electric Circuits I Lab 

 EE 201 

 

EE 222 

 

Electronic Circuits I 

EE 201  
EE 231 Logic Circuits Design CS 141  EE 224 Electronic Circuits I Lab EE 222  
EE 233 Logic Circuits Design Lab  EE 231 STAT 342 Statistical Method for EngineersMATH 102  
ENGL 201 Technical Writing ENGL 102  AI 283 Introduction To Artificial Intelligence CS 113  
 

Total  

17 

   

Total 

19 

  
EE 294 

Summer Field Experience I (Optional) 

 

Credit 

   

Third Year

Third Year: First Semester (Junior) Third Year: Second Semester (Junior) 
MATH 301 Advanced Mathematics for EE 

MATH 202, 

MATH 204 

 EE 356 Introduction to Modern & Power Systems EE 351  
EE 313 Applied Electromagnetics PHYS 102, MATH 202  EE 358 Power Lab  EE 356 
EE 321 Electronic Circuits II EE 222  EE 326 Microprocessor and Microcontroller EE 231, EE 321  
EE 323 Electronic Circuits II Lab  EE 328 EE 364 Microprocessor and Microcontroller Lab  EE 326 
EE 351 Electric Machines EE 201  ENGG 304 Engineering Economy   
EE 353 Electric Machines Lab  EE 351 GHAL XXX Humanities, Arts & Languages Elective  EE 372 
EE 341 Signals & SYtems EE201, MATH 201  GDMC XXX Diversity and Multiculturalism Elective   
 

Total 

16 

   

Total 

18 

  
EE 394 Summer Field Experience II Credit  

Fourth Year

Fourth Year: First Semester (Senior) Fourth Year: Second Semester (Senior) 
EE 491 Capstone Project I Senior Status  EE 492 Capstone Project II EE 491  
XXXX xxx Free Elective   EE 4xx Professional Elective II& Senior Status  
EE 461 Control System Analysis 

EE 341 

MATH 301 

EE 4XX  Professional Elective III Senior Status  
EE 463 Control Systems Lab 

Senior Status 

>= 98 

EE 461 ENGG 401 Engineering Management  ENGG 304 
EE 471 Communication Systems EE 341, STAT 342  GSOS xxx Social Sciences Elective   
EE 473 Communication Systems Lab  EE 471      
EE 4XX Professional Elective I  EE 471      
 

Total 

15 

   

Total 

15 

  

Description of Course