GCSE Engineering

Introduction

At KPHS, the Engineering curriculum develops students’ knowledge, skills and creativity in design, manufacturing and engineering. Students explore how products are designed and made, learning to apply innovative ideas and digital technologies to solve real-world problems.

Our curriculum encourages curiosity, confidence and creativity, supporting all learners to develop technical skills, resilience and independent thinking. By the time they leave KPHS, students are capable, inventive and confident young people, prepared to apply their knowledge and skills in further education, careers, and everyday life.

How Engineering Supports Our School Values

We Co-operate
Students work collaboratively on design projects, practical tasks and problem-solving activities. They learn to share ideas, listen to others and contribute positively to group outcomes.

We Pioneer
Engineering encourages students to experiment, innovate and refine their ideas. They develop resilience, perseverance and creative problem-solving, discovering new ways to approach challenges.

We Belong
All students are supported to feel included and valued in the classroom. Through shared projects and practical work, students build confidence, take pride in their achievements, and develop a sense of belonging within the learning community.

Careers Education, Information, Advice and Guidance (CEIAG) in Engineering

Studying Engineering develops problem-solving, technical understanding, creativity, and practical skills. Through hands-on projects, employer engagement, and exposure to real-world engineering environments, students gain insight into how ideas are designed, tested, and improved, while building the skills needed for a wide range of technical and innovative careers.

Career Areas Linked to Engineering:

• Mechanical & Electrical Engineering – applying technical knowledge, problem-solving, and design skills to develop and maintain machinery, systems, and devices.
• Civil & Structural Engineering – using mathematical and analytical skills to design, plan, and construct infrastructure such as buildings, bridges, and transport systems.
• Design, Manufacturing & Production – combining creativity and technical expertise to design products and manage efficient production processes.
• Aerospace, Automotive & Advanced Engineering – applying innovation, precision, and engineering principles to develop cutting-edge technologies and vehicles.
• Engineering Research, Development & Innovation – using analytical thinking, experimentation, and testing to improve systems, solve complex problems, and develop new technologies.

For more information about careers linked to Engineering, visit: https://www.bbc.co.uk/bitesize/groups/cvpqdxxd824t