Electrical Power Engineering Program
(Soon)
This program is currently pending approval from the Supreme Council of Universities and is expected to be offered starting Fall 2026.
Program Details
| Courses: 51 | Duration: 4 Years | Credit Hours: 144 Cr.Hrs. |
| Language of Study: English |
Annual Fees (Egyptian Students): 151,200 EGP | Annual Fees (Egyptian Students): 350 USD /Cr.Hr. |
Program Overview
The Electrical Power Engineering program at Zewail City prepares students to address the evolving demands of modern power systems and the global energy transition. The program combines fundamental electrical engineering principles with advanced technologies in power generation, transmission, and distribution.
Students develop expertise in power systems analysis, power electronics, control systems, renewable energy integration, smart grids, and energy storage technologies. Through hands-on laboratories, design projects, and industry-oriented coursework, students gain practical experience in designing, optimizing, and maintaining sustainable electrical infrastructure.
The program emphasizes innovation, teamwork, and problem-solving to prepare graduates for careers in modern power systems and emerging energy technologies.
What Does the Electrical Power Engineer Do?
Electrical Power Engineers design, operate, and maintain systems that generate, transmit, and distribute electrical energy. They work on renewable energy integration, smart grids, energy storage, and power system optimization.
These engineers play a key role in supporting sustainable energy solutions and ensuring reliable electrical infrastructure across industries such as utilities, renewable energy, manufacturing, transportation, and smart cities.
Potential Career Opportunities
Graduates of the Electrical Power Engineering program are prepared for careers across the rapidly evolving energy sector, including:
- Power generation and distribution companies
- Renewable energy and smart grid industries
- Industrial automation and manufacturing
- Transportation electrification
- Data centers and smart infrastructure
- Energy consulting and project development
- Research and development
Common career roles include:
- Electrical Power Engineer
- Power Systems Engineer
- Renewable Energy Engineer
- Protection and Control Engineer
- Grid Integration Engineer
- Energy Systems Engineer
Graduates with practical experience, internships, and skills in tools such as ETAP, MATLAB, and PLC systems are well-positioned for competitive roles and long-term career growth in modern energy technologies.
Accreditation
The University of Science and Technology at Zewail City is officially accredited by the Supreme Council of Universities in Egypt.
Key Areas of Study
The Electrical Power Engineering program provides students with strong technical foundations in:
- Power systems analysis and operation
- Power generation, transmission, and distribution
- Power electronics and energy conversion
- Control systems and automation
- Renewable energy systems (solar and wind)
- Smart grid technologies
- Energy storage systems
- Electrical machines and drives
- Power system protection and stability
Learning Outcomes
Graduates of the Electrical Power Engineering program will be able to:
- Apply mathematics, science, and engineering principles to power systems
- Design and optimize electrical power systems and infrastructure
- Integrate renewable energy and smart grid technologies
- Conduct experiments and analyze power system data
- Work effectively in multidisciplinary engineering teams
- Communicate technical information clearly and professionally
- Apply modern engineering tools and simulation technologies
- Demonstrate ethical and professional responsibility
- Engage in lifelong learning and professional development
Graduation Requirements
To earn a Bachelor of Science in Electrical Power Engineering, students must complete 144 credit hours through a structured four-year study pathway that integrates engineering fundamentals, renewable energy specialization, and hands-on experience.
Degree Structure
University Requirements (18 Cr): General education courses that develop communication skills, ethical awareness, and professional readiness.
School of Engineering Requirements (33 Cr): Core mathematics, sciences, and engineering fundamentals, including industrial training and a two-semester Senior Design Project.
Program Requirements (93 Cr): Specialized coursework in renewable and sustainable energy systems, including solar and wind energy, energy storage, power systems, grid integration, thermal systems, control, and energy management technologies.
Students declare their major after completing the Foundation Semester and are advised to work closely with academic advisors to ensure timely progression and graduation.
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