Design, Technology and Engineering (DTE)

AIMS

The Design, Technology & Engineering (DTE) department at Whitgift embraces the rapidly changing world of technology, incorporating cutting-edge skills, materials, and techniques into the curriculum. Our program equips pupils with a solid foundation in core resistant materials such as wood, metal, and plastic, while integrating programmable electronics to enhance their understanding of modern engineering. Students will learn the design process, the importance of critical evaluation, and how to continually improve performance through innovation.

In the DTE department, students will gain confidence in various manufacturing processes, including CAD/CAM, prototyping, and collaborative working. They will be encouraged to think creatively and dynamically, adapting to the evolving landscape of design and technology. Through this hands-on, interdisciplinary approach, we aim to foster enthusiasm, innovation, and the clear communication of ideas, ensuring pupils develop the skills necessary for success in an ever-changing technological world.

ENRICHMENT OPPORTUNITIES

The DTE department offers a wealth of opportunities for students to deepen their learning and explore their interests outside the classroom. The department is regularly open for pupils to work on independent projects during their free time, providing access to a range of resources and tools. Students can also participate in a variety of clubs and societies, such as the Junior DTE Club, the £100 Design Club, and the STEM and Green Powered Car initiatives, which encourage creativity and problem-solving skills.

In addition, students benefit from the use of virtual reality headsets and high-powered PCs for STEM research, enhancing their ability to visualize and experiment with designs in immersive environments. Sixth Form students are supported in undertaking artefact-based EPQs (Extended Project Qualifications) and are frequently successful in obtaining prestigious Arkwright Engineering Scholarships, which help further their studies and careers in engineering and design. These enrichment opportunities help students apply their classroom knowledge in real-world contexts, preparing them for future challenges in the field of design and technology.