Master of Science in Smart & Sustainable Systems (Hybrid) Offered by the Department of Electrical Engineering
Shaping the future through intelligent technologies, renewable energy, artificial intelligence, and sustainable infrastructure. This forward-looking program prepares the next generation of engineers and innovators to design smart cities, resilient energy systems, and sustainable technologies aligned with Saudi Vision 2030 and global smart development initiatives. Lead the transformation toward smarter and more sustainable systems.
Career Outcomes & Professional Pathways
Smart Grid & Renewable Energy Engineer
Automation & Industrial IoT Specialist
AI Systems & Data Analytics Engineer
Smart Cities Infrastructure Consultant
Energy Efficiency & Sustainability Analyst
Monitoring, Control & Operational Technology Engineer
Graduates are qualified to work across electric power systems, renewable energy sectors, telecommunications, automation industries, digital transformation projects, and smart city development initiatives nationally and internationally.
About the Program
This program integrates engineering, artificial intelligence, renewable energy, IoT, and digital transformation to develop intelligent systems that enhance efficiency, sustainability, and long-term environmental responsibility.
Students gain interdisciplinary expertise to support mega infrastructure projects, smart cities, clean energy systems, and advanced automation industries across Saudi Arabia and globally.
Student Admission Requirements
Admission is governed by UPM Graduate Studies bylaws and additionally requires:
- Bachelor’s degree (or equivalent) in an Engineering field (Electrical, Electronics, Communication, Computer, Software, Mechanical, Industrial, Civil, Environmental, Chemical, Mechatronics, Energy, Systems, Biomedical, Architecture, or Materials Engineering) with a minimum GPA of 2.75/4.0 or equivalent. Other degrees may be considered case-by-case.
- Copy of English language certificate (IELTS or equivalent), if available.
- Submission of updated CV/Resume outlining academic and professional background.
- Two recommendation letters from academic referees.
- Statement of purpose explaining motivation, career goals, and research interests.
Program Structure & Sample Courses
Core Courses
- • Smart and Sustainable Systems
- • Artificial Intelligence for Smart Systems
- • Operational Technology
- • Modeling and Simulation
- • Master’s Thesis I & II
Elective Courses
- • Industrial IoT
- • Renewable Energy Technologies
- • SDGs in Smart Systems
- • Risk Assessment in Smart Systems
- • Research Methodology
Alignment with National & Global Mega Projects
The program directly supports Saudi Vision 2030 giga projects such as NEOM, New Murabba, Qiddiya, Green Riyadh, Riyadh Metro, AlUla Development, Rua Al Madinah, and FIFA World Cup 2034 infrastructure through smart grid systems, AI-driven planning, sustainable energy solutions, and intelligent transportation systems.
Globally, graduates are prepared to contribute to net-zero energy cities, renewable mega farms, smart mobility systems, intelligent urban planning, green stadiums, and digital infrastructure modernization worldwide.
A. Program Mission:
The mission of the Master of Science in Smart and Sustainable Systems is to empower graduates with advanced knowledge, interdisciplinary skills, and innovative thinking to design, develop, and manage intelligent, efficient, and environmentally sustainable systems. Aligned with UPM’s mission, the program emphasizes research, innovation, and community engagement in emerging technologies such as smart infrastructure, renewable energy, digital transformation, and artificial intelligence; preparing professionals to address complex societal and industrial challenges while contributing to sustainable development at national and global levels.
B. Program Goals:
The goal of the Master of Science in Smart and Sustainable Systems program is to prepare highly skilled professionals and researchers capable of leading the development, integration, and management of intelligent and sustainable technologies that address modern societal challenges. The program seeks to advance knowledge and innovation at the intersection of engineering, sustainability, and digital transformation, empowering graduates to contribute effectively to smart cities, clean energy systems, and sustainable infrastructure.
Study Plan
| First Year: First semester | ||||
|---|---|---|---|---|
| Course Code | Credit Hours | Course Title | ||
| SS 501 | 3 | Smart and Sustainable Systems | ||
| SS 511 | 3 | Artificial Intelligence for Smart and Sustainable Systems | ||
| SS XXX | 3 | Technical Elective | ||
9 | Total | |||
| First Year: Second semester | ||||
| Course Code | Credit Hours | Course Title | ||
| SS 521 | 3 | Operational Technology | ||
| SS 531 | 3 | Modeling and Simulation | ||
| SS XX | 3 | Technical Elective | ||
9 | Total | |||
| Second Year: first semester | ||||
|---|---|---|---|---|
| Course Code | Credit Hours | Course Title | ||
| SS 591 | 3 | Master’s Thesis I | ||
| SS XX | 3 | Technical Elective | ||
6 | Total | |||
| Second Year: Second semester | ||||
| Course Code | Credit Hours | Course Title | Pre Requisite | |
| SS 592 | 3 | Master’s Thesis II | SS 601 | |
| SS XX | 3 | Technical Elective | ||
6 | Total | |||