Venue: Visvesvaraya Industrial and Technological Museum, Bengaluru
Program Type: Half-Day Experiential Ethical and Scientific Inquiry
Age Group: Cambridge Primary Stage 5 (10–11 years)
Duration: Full-Day
Focus: Identity formation, ethical reasoning, innovation impact, human rights, responsibility in science and technology
Cambridge Primary Global Perspectives (Stage 5):
• Analyse ethical issues from multiple perspectives
• Evaluate fairness and responsibility in decision-making
• Consider the social impact of innovation
• Construct evidence-based arguments
Cambridge Primary Science (Stage 5 – Forces, Energy and Human Systems):
• Explain how scientific innovation influences society
• Analyse cause-and-effect relationships in engineered systems
• Evaluate risk and benefit in technological development
Cambridge Primary English (Stage 5 – Analytical Communication):
• Construct structured arguments with supporting evidence
• Present counterarguments
• Reflect critically in written and oral formats
AO1: Advanced Understanding of Identity, Rights and Innovation Systems
Explain how personal values, scientific innovation and human rights frameworks interact within society.
AO2: Critical Systems Analysis and Evidence-Based Evaluation
Analyse cause-and-effect relationships in scientific exhibits and evaluate ethical implications using documented evidence.
AO3: Ethical Reasoning and Responsible Decision-Making
Assess trade-offs in innovation, evaluate fairness and justify ethically grounded choices.
AO4: Structured Argumentation and Reflective Synthesis
Construct analytical reflections, debates and policy-style proposals supported by structured reasoning and field evidence.
This high-level experiential inquiry positions the Visvesvaraya Industrial and Technological Museum as a case study in how innovation intersects with identity, ethics and social responsibility. Students analyse scientific progress not only as technological achievement but as a system shaped by human values and societal priorities.
Learners evaluate how inventions influence equity, access, opportunity and responsibility. Through gallery analysis, ethical dilemma simulations and structured reflection, students construct evidence-based arguments on how responsible innovation should be guided.
Students will:
• Analyse how identity and values influence scientific decisions
• Evaluate ethical implications of technological innovation
• Examine human rights considerations within science and society
• Assess cause-and-effect relationships in engineered systems
• Construct structured arguments grounded in museum evidence
By the end of the program, students will:
• Explain how innovation reflects human values
• Evaluate benefits and risks of scientific advancement
• Identify rights-based considerations in technological access
• Justify ethical decisions using structured reasoning
• Produce a reasoned position on responsible innovation
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