Venue: Discovate – Innovation, Science & Adventure Learning Park
Program Type: Full-Day Experiential Investigation
Age Group: Cambridge Primary Stage 4 (9–10 years)
Duration: Full-Day
Focus: Forces, energy transfer, system interaction, efficiency, safety, innovation, and design evaluation
Cambridge Primary Science (Stage 4 – Forces and Energy):
• Describe different types of forces and their effects
• Explain how forces affect motion and direction
• Investigate energy transfer in mechanical systems
• Identify variables and conduct fair tests
• Use evidence to explain cause-and-effect relationships
Cambridge Primary Design & Technology (Stage 4):
• Analyse how products are designed for purpose and safety
• Evaluate how design improvements increase efficiency
• Suggest modifications based on identified problems
Cambridge Primary English (Stage 4 – Speaking and Writing):
• Present structured explanations using subject vocabulary
• Justify conclusions with evidence
• Participate effectively in collaborative discussions
AO1: Scientific Knowledge and Systems Understanding
Describe interacting parts within mechanical and living systems, explain force and energy transfer, and identify safety mechanisms.
AO2: Experimental Investigation and Variable Analysis
Plan and conduct fair tests, identify variables, interpret patterns, and explain cause-and-effect relationships using evidence.
AO3: Design Evaluation and Systems Improvement
Evaluate system efficiency and safety, analyse performance limitations, and justify improvement proposals.
AO4: Structured Scientific Communication
Construct analytical reports, annotated diagrams, and reasoned explanations using accurate scientific vocabulary.
This experiential programme positions Discovate as a live engineering laboratory where learners analyse how systems function through interacting parts, force application, and energy transfer.
Students move beyond simple observation to evaluating system efficiency, identifying design strengths and weaknesses, testing variables, and proposing improvements. The focus is on structured analysis, evidence-based reasoning, and applied innovation.
Students will:
• Analyse how mechanical and motion systems function
• Investigate force, balance, and energy transfer
• Evaluate how safety systems reduce risk
• Examine how innovation modifies systems over time
• Construct evidence-based explanations
By the end of the program, students will:
• Describe interacting components within a system
• Explain force and energy transfer using evidence
• Evaluate efficiency and safety mechanisms
• Justify design improvement suggestions
• Communicate conclusions using structured reasoning
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