Venue: Discovate Studios
Program Type: Full-Day Scientific Field Investigation
Age Group: 13–14 years
Duration: One Full Academic Day
Focus: Scientific inquiry, systems analysis, innovation evaluation and applied STEM reasoning
This full-day scientific inquiry experience positions Discovate Studios as a live STEM laboratory where students investigate biological, mechanical and technological systems in real-world contexts.
Learners examine stimulus-response systems, perceptual engineering, motion mechanics and applied innovation. Students identify variables, analyse system components, evaluate technological design and construct evidence-based scientific explanations.
The inquiry progression follows:
Prediction → Observation → Variable Identification → Evidence Analysis → Innovation Evaluation
Students collect structured data, interpret interactions within systems and evaluate how scientific innovation solves practical problems.
Cambridge Lower Secondary Science (Stage 8):
• Analyse cause–effect relationships in physical and biological systems
• Identify independent, dependent and controlled variables
• Evaluate technological applications of scientific principles
• Construct scientific explanations using evidence
Cambridge Lower Secondary Global Perspectives (Stage 8):
• Evaluate the impact of innovation on society
• Analyse benefits and limitations of technological solutions
Cambridge Lower Secondary English (Stage 8):
• Present analytical explanations clearly and logically
• Justify conclusions using structured reasoning
Students will:
• Apply scientific inquiry to investigate real systems
• Identify variables influencing system behaviour
• Analyse cause–effect relationships in motion, perception and biology
• Evaluate how innovation addresses real-world problems
• Construct structured scientific explanations
Students will:
• Identify and classify at least two systems observed
• Analyse one variable affecting system performance
• Explain one cause–effect relationship using scientific terminology
• Evaluate one technological innovation for effectiveness and limitations
• Present structured evidence-based conclusions
AO1: Research and Enquiry – Gather structured scientific observations
AO2: Analysis – Explain system interactions and variable relationships
AO3: Evaluation – Assess innovation effectiveness and limitations
AO4: Communication – Present coherent scientific reasoning
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