At EBS, careers education is a central part of school life. We provide independent, impartial guidance to help students of all ages explore their strengths and passions, and to plan for their future.
In Years 10 and 11, students focus on preparing for life after GCSEs. Using our online platform Unifrog, they explore potential pathways, including Sixth Form, college courses and apprenticeships, and the subjects or qualifications required for different careers. We also provide opportunities to meet employers, training providers and local colleges, giving students real-world insight into the world of work. All students complete Year 10 work experience and meet our independent Careers Advisor to discuss their future plans.
Studying Engineering at GCSE offers students the opportunity to explore how ideas are transformed into practical solutions that shape the world around us. The course combines creativity, technical knowledge and problem-solving, allowing students to experience both the theoretical and practical aspects of engineering.
Building on skills developed at Key Stage 3, students engage in a range of intellectual and hands-on processes to solve real-world problems through the design and production of engineered outcomes. The course encourages students to think logically and analytically while applying their knowledge in practical contexts.
A key element of the course is the application of mathematical principles within engineering. Around 25% of the course focuses on mathematical concepts used in engineering contexts, including principles such as Young’s Modulus. Through this, students develop confidence in applying mathematics to understand how materials behave and how structures and components are designed to perform effectively.
Students also develop a strong understanding of engineering materials, components and resources, as well as the processes involved in manufacturing and production. They learn how different materials are selected and used, and how engineering techniques can be applied to create functional and well-designed outcomes.
Through practical projects and problem-solving tasks, students develop important skills in planning, designing, manufacturing and evaluating engineered products. Engineering provides an excellent foundation for further study at A-Level or in technical and vocational pathways, and supports future careers in engineering, manufacturing, product design, construction and many other technology-based industries.
