Department's vision

Qualifying distinguished and innovative competencies scientifically, with high skill, professional and ethical behavior, capable of keeping pace with developments in the field of fuel and energy technology engineering and providing applicable solutions to confront scientific and engineering obstacles and community service.

Departmental message

Graduating distinguished technical engineers with advanced engineering knowledge and high proficiency in the fields of fuel and energy engineering technologies, by providing an advanced scientific environment and specialized personnel capable of completing higher education and professional learning, and providing community service within multidisciplinary work teams.

Department objectives

- Effectively apply engineering methods to solve professional problems related to the design, development, manufacture, and maintenance of fuel and energy engineering technologies and related systems, while understanding the social, ethical, and environmental context of their work. - Effectively communicate with diverse and international communities, collaborate effectively in cross-functional teams, and assume leadership roles while meeting employer expectations. - Continuously and periodically engage in professional technical development.

Admission requirements

- Preparatory school graduates in the science stream (applied and biological) are accepted with a morning GPA of 59.5. - Preparatory school graduates in the industrial stream (mechanics, air conditioning and refrigeration, oil refining and gas processing, and petrochemical industries) are accepted with a morning GPA of 62.5.

Student outcomes

The ability to identify, define, formulate, and solve computer engineering problems by applying the principles of engineering, science, and mathematics. The ability to produce engineering designs that meet desired needs within given constraints, such as public health and safety, global infrastructure, social culture, the environment, and the economy, by applying both analysis and synthesis in the design process. The ability to develop and conduct appropriate experiments, make appropriate measurements, analyze and interpret data, and use engineering judgment to draw conclusions. The ability to communicate skillfully with a range of people and write effectively, taking into account various levels of management. The ability to recognize ethical and professional responsibilities in engineering matters and make sound judgments, considering the consequences for financial, environmental, and societal considerations worldwide. The ability to recognize the ongoing need to acquire new professional knowledge and how to locate, evaluate, synthesize, and apply it appropriately. The ability to work appropriately within teams, setting goals, planning activities, meeting deadlines, and managing risk and uncertainty.

Job description

1. Dealing with fuel and energy technologies in all their forms, including fuel production, transportation, distribution, and use for power generation. 2. Contributing to the preparation of engineering designs for equipment and devices used in fuel and alternative energy production. 3. Maintaining equipment and devices used in fuel and energy production and storage. 4. Operating and controlling machines and equipment used to generate power from various sources. 5. Conducting research and development studies related to the production, management, and storage of fuel and energy. 6. Identifying appropriate fuel types and selecting precise and appropriate technological methods to determine the required specifications.