Venue: Bhagya Lakshmi Farm
Program Type: Full-Day Experiential Sustainability Investigation
Age Group: Cambridge Primary Stage 5 (10–11 years)
Duration: Full-Day
Focus: Resource allocation, renewable energy, ethical trade-offs, environmental impact, agricultural sustainability
Cambridge Primary Science (Stage 5 – Living Things and Energy):
• Analyse interdependence within ecosystems
• Explain energy transfer and transformation
• Investigate variables affecting sustainability
• Use evidence to support scientific conclusions
Cambridge Primary Global Perspectives (Stage 5):
• Evaluate trade-offs in decision-making
• Consider ethical dimensions of resource management
• Analyse impact of human systems on environment
Cambridge Primary English (Stage 5 – Analytical Writing and Debate):
• Construct balanced arguments
• Present counterarguments and rebuttals
• Justify claims using structured evidence
AO1: Advanced Understanding of Agricultural Systems and Resource Flow
Explain interdependent agricultural processes including soil health, biodiversity, energy transformation and resource allocation.
AO2: Systems Analysis and Evidence-Based Evaluation
Analyse cause-and-effect relationships, evaluate sustainability indicators and interpret field data.
AO3: Ethical Reasoning and Trade-Off Evaluation
Assess competing priorities such as productivity, economic efficiency and environmental responsibility, and justify balanced decisions.
AO4: Structured Argumentation and Strategic Proposal Development
Construct analytical reports, debates and sustainability plans supported by documented field evidence and reasoned conclusions.
This advanced field inquiry positions Bhagya Lakshmi Farm as a case study in the ethics of food systems. Learners evaluate how agricultural decisions affect soil health, biodiversity, energy consumption, waste management and long-term viability.
Students move beyond description toward ethical evaluation. They analyse trade-offs between yield and sustainability, examine renewable energy systems, assess equity and responsibility, and construct defensible sustainability claims grounded in evidence.
Students will:
• Analyse resource flow within agricultural systems
• Evaluate renewable energy and waste transformation processes
• Examine environmental, economic and ethical dimensions of farming
• Assess trade-offs between productivity and sustainability
• Construct evidence-based sustainability proposals
By the end of the program, students will:
• Explain agricultural systems using systems-based reasoning
• Justify sustainability evaluations using field evidence
• Analyse the impact of resource allocation decisions
• Construct balanced arguments regarding agricultural efficiency
• Propose responsible long-term agricultural strategies
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