GCSE Engineering

Introduction

We believe at KPHS that Engineering is an exciting and innovative subject that enables learners to develop the knowledge, creativity and practical skills required to understand and shape the modern world. Through a combination of design, modelling, manufacture, evaluation and theoretical study, students gain an understanding of engineering processes and their application within a wide range of industries.

Our KPHS curriculum provides opportunities for learners to investigate engineering challenges, generate and evaluate design ideas, develop modelling techniques and manufacture products using a range of tools, materials and technologies. Students are encouraged to think critically, solve problems creatively and evaluate their work against design requirements, developing resilience and a commitment to continuous improvement.

Practical project work forms a central part of the course, allowing learners to apply technical knowledge in meaningful contexts while developing precision, accuracy and attention to detail. Alongside practical experiences, students build their understanding of engineering principles and prepare for external assessment through structured revision and examination practice.

The curriculum promotes the development of transferable skills including communication, teamwork, project management, analysis and independent learning. Learners are challenged to think like engineers by identifying problems, designing solutions and reflecting on the effectiveness of their outcomes.

Careers within the engineering sector are explored throughout the course. Employer engagement, including guest speakers and visits to engineering facilities in both industry and educational settings, provides valuable insight into the breadth of opportunities available. Experiences such as visits to engineering companies help students connect classroom learning to real-world applications and inspire future aspirations.

Students are introduced to a range of post-16 pathways including apprenticeships, T Levels, vocational qualifications, A Levels and higher education routes within engineering and related sectors. The curriculum also develops awareness of professional engineering careers and organisations, helping learners understand progression routes and the qualifications required for success in the industry.

By studying Engineering, students develop the technical knowledge, practical expertise and analytical thinking skills needed to thrive in further education, training and future employment.

How Engineering Supports Our School Values

We Co-operate
Successful engineering relies on effective teamwork and communication. Through design projects and practical activities, students learn to work collaboratively, share responsibility and respect the contributions of others to achieve common goals.  In Engineering our students love co-operating and working in collaboration.

We Pioneer
Engineering encourages curiosity, creativity and innovation. Our KPHS students learn to develop original ideas, embrace new technologies and confidently tackle complex problems, preparing them to contribute to future advancements in society.

We Belong
Engineering at KPHS teaches students that innovation is achieved through collaboration and shared expertise. We help our learners to develop a sense of belonging by contributing ideas, supporting one another and recognising the value that different perspectives bring to solving engineering challenges.

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.

Engineering can lead to careers in the following Greater Manchester growth sectors:

www.gmacs.co.uk/engineering-and-manufacturing

www.gmacs.co.uk/beeline/digital-and-technology

www.gmacs.co.uk/beeline/health-and-social-care

www.gmacs.co.uk/beeline/construction-and-the-green-economy

For more information about careers linked to Engineering, visit: 

https://www.bbc.co.uk/bitesize/groups/cvpqdxxd824t

Engineering - icould

After GCSE you can study Engineering at Hopwood Hall College, Oldham College, Manchester College and Bury College and related courses at Rochdale Sixth Form College and Oldham Sixth Form College.

For further information about the Engineering curriculum, please contact: info@kingswaypark.org