DT Course

Automotive engineering is an interdisciplinary field that combines technology and aesthetics, balancing functionality with creativity. Teachers go beyond a purely technical explanation, using a “design-driven engineering” approach. They introduce core technical knowledge—such as internal combustion engine principles, mechanical structures, engineering thermodynamics, and technical drawing—in an accessible way, while also analysing the aerodynamic logic of vehicle design, the visual branding principles of car logos, and the balance of functionality and aesthetics in team uniform design. This helps students understand that design is not merely decorative, but a core component that complements engineering, fostering dual awareness of both technical and aesthetic considerations.

During the design phase, teams collaborate to complete exterior sketches, logo concepts, and the design and colour schemes of team uniforms. In the practical phase, students use real automotive equipment and tools to assemble and fine-tune racing cars, mastering essential skills such as tool management and vehicle adjustment. Throughout the process, they not only learn to optimise vehicle performance through iterative testing but also develop comprehensive skills in creative expression, teamwork, and problem-solving through collaboration in groups of ten.

Today’s automotive industry goes far beyond technical iteration, focusing increasingly on design innovation and brand expression—from the futuristic styling of new energy vehicles to the branding elements of customised models. Design has become a key driving force in the sector’s development. In this two-week experiential course, students not only engage with core automotive engineering technologies but also gain insight into the interdisciplinary ecosystem of “technology + design” within the industry. This unique experience helps them develop a comprehensive understanding of mechanical engineering, industrial design, brand strategy and other specialised areas, planting the seeds of interest for future study and career pathways in related fields.