Technology

Staff: H McCrea, C Walsh, D Totten, T O'Donnell(Technician)

Aims

Technology and Design at Key Stage 3 empowers students to become creative problem-solvers, innovative thinkers, and confident makers. Our curriculum is designed to bridge the gap between imagination and reality, combining practical hand skills with modern technological principles. Through a vibrant, hands-on approach, pupils learn how products are conceived, designed, engineered, and manufactured, preparing them to navigate and shape an increasingly technological world. 

Develop Practical Expertise: Build confidence and precision when working safely with a diverse range of materials, tools, machinery, and electronic components.

Nurture Creative Problem-Solving: Encourage iterative design thinking, enabling students to research, prototype, test, and evaluate their own unique design solutions.

Understand Real-World Impact: Explore how environmental factors, material selection, and emerging technologies influence product design and global sustainability.

Bridge STEM Concepts: Apply practical mathematics, science, and computer control concepts to real-world design engineering challenges.

What do we study?

Our Key Stage 3 curriculum is structured to progressively build students' design capability, technical knowledge, and workshop confidence across Years 8, 9, and 10. 

Key Stage 3

Year 8

Photoframe Project: An introduction to workshop safety, baseline bench hand tools, and fundamental woodworking/plastics skills to produce a functional timber framing solution.

Birdfeeder Project: Exploring outdoor product design, joinery techniques, and how materials withstand natural elements.

Environmental Factors Affecting Design: Investigating sustainability, eco-design principles, material sourcing, and the life cycle of consumer products.

Year 9

Clock Project: Developing creative design flair alongside precision manufacturing skills, working with polymers and sheet materials to design and assemble a working clock.

Moisture Sensor Project: Introducing basic electronics, circuit assembly, soldering, and sensor technology to create a practical, automated electronic device.

Papers & Boards: Understanding the properties, manufacturing processes, and commercial applications of paper, card, and corrugated board packaging.

Year 10

Sweet Dispenser Project: Integrating mechanical movement, precise measurement, and multi-material construction to engineer a functional, interactive product.

Textiles Project: Expanding material horizons into flexible media, smart fabrics, surface decoration, and functional textile construction.

Mini-GCSE Project: A comprehensive design-and-make task structured like a GCSE portfolio, allowing students to independently research, generate creative design proposals, and build high-quality prototypes in preparation for Key Stage 4 study.

Key Stage 4

GCSE AQA Design and Technology: Product Design

• Core Technical Principles: Understanding emerging technologies, energy generation, smart materials, composite structures, and systems integration.
• Specialist Material Categories: In-depth study of timber, polymers, metals, and modern papers/boards, focusing on physical properties and commercial processing.
• The Non-Exam Assessment (NEA): A substantial design-and-make project where students research a real-world client need, generate innovative design concepts, iterate through modeling, and manufacture a working prototype.

Occupational Studies: Construction & Bench Joinery

• Bench Joinery Skills: Learning traditional woodworking joints, precise marking-out procedures, and hand tool mastery to construct structural timber components.
• Construction Practice: Understanding health and safety in the building industry, reading site drawings, and selecting appropriate materials for structural integrity.
• Practical Fabrication: Manufacturing bespoke architectural items, such as framed structures, doors, or decorative joinery work, to strict trade tolerances.

Occupational Studies: Engineering & Engineering Services

• Engineering Fabrication: Developing practical metalworking skills, including cutting, filing, drilling, machining, and joining engineered components safely.
• Engineering Services: Exploring essential services such as basic electrical wiring, microelectronic circuits, plumbing concepts, and mechanical systems maintenance.
• Technical Compliance: Working accurately from engineering orthographic drawings, measuring with precision instruments (e.g., callipers/micrometers), and testing functional assemblies.

Key Stage 5

At A-Level, Environmental Technology offers an innovative, STEM-focused pathway where students apply engineering and scientific principles to solve real-world energy and sustainability challenges. 

AS Level (Year 13)

• AS Unit 1: The Electronic and Energy Products
  Investigating the mechanics, efficiency, and trade-offs of core renewable energy technologies (solar PV, wind turbines, biomass, heat pumps, and micro-hydro schemes), alongside fundamental microelectronic control circuits and energy storage.
• AS Unit 2: Renewable Energies and Building Performance
  Focusing on green building design, including passive solar gain, thermal mass, insulation, U-value calculations, and embodied energy. Students complete a practical, coursework-based design project applying these concepts.

A2 Level (Year 14)

• A2 Unit 1: Building Systems and Environmental Technology
  Advanced study of commercial HVAC systems, smart load management, grid integration, embodied carbon metrics, and technical system optimization for large-scale developments.
• A2 Unit 2: Environmental Technology Research Project
  A substantial, independent engineering research project where students analyze, test, or model a specific real-world environmental technology or building performance problem, presenting technical data and design recommendation