Curriculum Implementation

Learners move from theory to practice by building mini aquaponics systems. In small groups, they design and assemble containers, pumps, fish tanks, and plant beds. Each team experiments with different plant species, system layouts, and water circulation strategies.

The AR application acts as a digital guide: overlaying step-by-step setup instructions, comparing learners’ systems with a virtual model, and simulating potential problems (e.g., low oxygen or pH imbalance).

Interactive Exercises
Hands-on tasks are framed as bio-inspired design challenges:

  • Ensuring oxygen supply for fish.
  • Testing plant species suited to nutrient-rich water.
  • Optimizing water circulation.

Worldwide classroom examples show inspiration: Hawaiian schools use aquaponics for biology lessons, while European schools use AR to model nitrogen cycles.

Feedback Collection
Students record their progress in digital lab journals, noting pH levels, plant growth, and fish behavior. AR tools provide instant feedback, flagging issues when data falls outside expected ranges. Teachers facilitate reflection sessions where groups share results, compare findings, and refine their systems collaboratively.