• Students will learn relevant theoretical and practical knowledge to support their career as Energy Engineering Technologist. Courses will be delivered through combining in-class teaching with a practical application. Additionally, emphasis will be given to developing skills in Energy, Sustainability, Renewable energy, Energy storage and Transmission and Smart system technology and tools. 
• SUT -POLYTECHNIC OF EGYPT- applies effective technical communication will be emphasized throughout the program. The student acquires knowledge and skills in Energy and smart systems.
• The Energy Engineering Technology program requires a total of 120-140 credit hours to graduate. They will have core and elective courses in energy. Students can expect to spend an average of 25 - 28 hours per week in class and labs, with additional time spent studying, completing assignments, and doing research.

Graduates of this program should be able to:

• Apply fundamental scientific and engineering principles to analyze and solve complex energy problems.
• Design and optimize energy systems for various applications, considering efficiency, sustainability, and economic feasibility.
• Utilize advanced engineering tools and software for modeling and simulation of energy systems.
• Demonstrate a comprehensive understanding of current and emerging energy technologies.
• Communicate technical information effectively in written and oral formats to both technical and non-technical audiences.
• Function effectively as part of a team to design, implement, and manage energy projects.
• Uphold ethical and professional standards in the practice of energy engineering.
• Adapt to the evolving energy landscape through continuous learning and professional development.
  Industrial Track PLOs:

9. Design and analyze industrial energy systems, considering specific applications in oil & gas, renewable energy, or industrial plants (depending on chosen concentration).
10. Apply advanced engineering principles to optimize energy efficiency and sustainability in industrial settings.
11. Evaluate and select appropriate technologies for various industrial energy applications.
12. Understand and comply with relevant regulations and standards in the chosen industrial energy sector.

Sustainability Track PLOs:

9. Design and implement sustainable energy solutions for buildings, electric vehicles, or smart cities (depending on chosen concentration).
10. Integrate renewable energy technologies into sustainable energy systems.
11. Analyze the energy performance of buildings and transportation systems.
12. Develop strategies to improve the energy efficiency of the built environment and transportation sectors.
13.  Advocate for and implement sustainable practices in the energy sector.