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Technology

Technology

Grade 6

Weekly Hours: 2

Language: English

Framework: CAPS (Curriculum and Assessment Policy Statement)

Core Subject

Learning Outcomes

Apply the design process to solve practical problems

Use tools and materials safely and effectively

Create functional products and systems

Evaluate and improve technological solutions

Understand the impact of technology on society

Develop digital literacy and computational thinking

Assessment Methods
  • Design portfolio assessments
  • Practical project evaluations
  • Problem-solving investigations
  • Peer review and feedback sessions
  • Reflection journals and reports
Learning Resources
  • Workshop tools and equipment
  • Construction materials (wood, plastic, metal)
  • Electronic components and circuits
  • Computer software and programming tools
  • Design and drawing materials
Prerequisites
  • Grade 5 Technology
Career Pathways
  • Engineering and Design
  • Information Technology
  • Manufacturing and Production
  • Architecture and Construction
  • Robotics and Automation

Subject Overview

Technology Grade 6

Grade 6 Technology empowers learners to become innovative problem-solvers who can design, create, and evaluate technological solutions to real-world challenges.

Core Learning Areas

Technological Process

  • Investigate: Identifying problems and needs in the community
  • Design: Creating and communicating design solutions
  • Make: Constructing functional products and systems
  • Evaluate: Testing and improving technological solutions
  • Communicate: Presenting and explaining design decisions

Knowledge and Understanding

  • Structures: Building stable and strong frameworks
  • Processing: Transforming materials into useful products
  • Systems and Control: Understanding input, process, and output
  • Materials and their Properties: Selecting appropriate materials

Project-Based Learning

Structures Projects

  • Designing and building bridges
  • Creating earthquake-resistant buildings
  • Constructing playground equipment
  • Building storage solutions

Processing Projects

  • Food processing and preservation
  • Textile design and manufacturing
  • Paper making and recycling
  • Metalworking and fabrication

Systems and Control Projects

  • Simple electrical circuits and switches
  • Mechanical systems with gears and pulleys
  • Pneumatic and hydraulic systems
  • Basic programming and robotics

Digital Technology Integration

Computer-Aided Design (CAD)

  • Using design software for planning
  • Creating 2D and 3D models
  • Technical drawing and drafting
  • Virtual prototyping and testing

Programming and Coding

  • Introduction to block-based programming
  • Creating simple games and animations
  • Controlling electronic devices
  • Understanding algorithms and logic

Digital Communication

  • Creating multimedia presentations
  • Using collaborative online tools
  • Digital portfolio development
  • Internet safety and digital citizenship

Skills Development

Technical Skills

  • Safe use of hand tools and equipment
  • Measuring and marking accurately
  • Joining materials using various methods
  • Testing and troubleshooting solutions

Design Thinking

  • Empathy and user-centered design
  • Creative problem-solving techniques
  • Iterative design and improvement
  • Critical evaluation of solutions

21st Century Skills

  • Collaboration and teamwork
  • Communication and presentation
  • Critical thinking and analysis
  • Creativity and innovation

Assessment Framework

Design Portfolio

  • Investigation and research documentation
  • Design sketches and planning
  • Construction process records
  • Evaluation and reflection reports

Practical Assessment

  • Quality of finished products
  • Functionality and effectiveness
  • Use of materials and tools
  • Safety awareness and practices

Process Assessment

  • Problem-solving approaches
  • Design thinking application
  • Collaboration and communication
  • Adaptation and improvement

Real-World Connections

Community Projects

  • Solving local environmental problems
  • Designing assistive devices for people with disabilities
  • Creating educational toys for younger learners
  • Developing solutions for school improvement

Industry Links

  • Guest speakers from technology industries
  • Field trips to manufacturing facilities
  • Mentorship programs with engineers
  • Career exploration activities

Safety and Responsibility

Workshop Safety

  • Personal protective equipment use
  • Tool safety procedures
  • Emergency protocols
  • Risk assessment skills

Environmental Responsibility

  • Sustainable design principles
  • Material recycling and reuse
  • Energy efficiency considerations
  • Waste reduction strategies

Digital Responsibility

  • Internet safety and privacy
  • Intellectual property respect
  • Digital footprint awareness
  • Cyberbullying prevention
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