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engineering v2.mp4Why choose this subject?
Engineering is about creativity, innovation, and practical problem-solving. This course gives you hands-on experience in designing, making, and testing products using real-world materials and processes. You’ll learn how engineers turn ideas into solutions that shape the world we live in — from bridges and machines to renewable energy and modern technology.
You’ll gain valuable knowledge of design principles, technical drawing, and manufacturing techniques, while developing skills such as planning, precision, and teamwork. This is a great choice if you enjoy practical learning, solving problems, and understanding how things work.
What does a typical lesson look like?
Engineering lessons are hands-on and practical, supported by theory work. You’ll spend time designing and creating products in the workshop, as well as learning about the principles that underpin engineering design and manufacturing. Lessons might include sketching design ideas, using technical drawings, testing materials, or carrying out controlled assessments in the workshop.
What sort of learner does well in this subject?
This course suits students who enjoy practical learning and have an interest in how things are designed and made. You’ll do well if you:
• Enjoy working with tools, equipment, and materials
• Are curious about how products and machines function
• Can think logically and solve technical problems
• Pay attention to detail and follow instructions carefully
• Can work independently and manage coursework deadlines
You don’t need previous experience in engineering — just a willingness to learn, a steady hand, and a creative mind.
How is this course assessed?
How is this course assessed?
The course is split into three units, combining both written and practical assessments:
• Unit 1: Engineering Design (30%)
You’ll research existing products and develop your own design ideas in response to a client brief. You’ll learn about design requirements, technical drawings, and how to evaluate design proposals.
• Unit 2: Engineering Manufacturing (30%)
You’ll plan, produce, and test a product safely using appropriate tools, materials, and processes. This unit develops your practical and technical skills while encouraging precision and attention to detail.
• Unit 3: Engineering Principles (40%)
A written exam assessing your understanding of engineering processes, materials, and systems. You’ll apply mathematical and scientific knowledge to solve practical engineering problems.
The course combines theory and hands-on experience, preparing you for further study or work in the engineering and manufacturing industries.
What could this course lead on to?
This qualification provides an excellent foundation for a range of post-16 options, including:
• Level 3 qualifications such as BTEC Engineering, A Level Design and Technology, or Applied Science or Apprenticeships in Engineering, Manufacturing, or Product Design
Engineering opens doors to exciting careers such as:
• Mechanical or Electrical Engineer
• Aerospace Engineer
• Civil or Structural Engineer
• CAD Designer or Product Developer
• Automotive Technician or Manufacturing Engineer
Employers and colleges value the practical, analytical, and problem-solving skills developed through this course.
Who can tell me more about this subject?
Who can tell me more about this subject?
• Mr Hill – Subject Leader of Technology
• Mr McCarthy – Teacher of Engineering
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