A group of students from the Department of Fuel and Energy Technologies Engineering designed a scaled-down model that demonstrates the operation of an oil refinery and its key stages in processing crude oil into various petroleum products. This project reflects the students’ creativity and efforts, as they focused on representing the main processes inside refineries, such as distillation and the separation of petroleum derivatives, in a simplified scientific manner that facilitates understanding of refinery operations. The project also highlighted the spirit of teamwork and collaboration among the students, who participated in planning, design, and implementation, applying their theoretical knowledge to a practical context that brings engineering concepts closer to real-world applications and enhances their skills in innovation and sustainable problem-solving. The design aims to strengthen the students’ practical experience, develop their innovative abilities, and demonstrate the importance of the Fuel and Energy Technologies Engineering field in advancing the oil and energy sector and serving society. The project also reflects the university’s commitment to the Sustainable Development Goals by supporting quality education, promoting innovation and sustainable infrastructure, and fostering social responsibility in the energy sector, contributing to preparing a generation of engineers capable of developing sustainable energy solutions that serve both society and the environment.