Project Overview
Developed as part of a Smart Environments course in my Creative Technology bachelor’s studies, this project focused on designing a modular vertical farm tailored for growing microgreens in urban spaces. The result was a high-fidelity prototype, with modular components fully 3D-printed. The system featured self-watering capabilities and integrated CO₂, humidity, and light sensors to monitor conditions and regulate watering, ensuring optimal growth.
My Contributions
- Team Leadership: Coordinated team efforts, managed project milestones, and ensured smooth collaboration during the design and build phases.
- Research: Investigated optimal environmental parameters for microgreens and reviewed other vertical farming projects to guide the system’s design.
- Concept Development: Contributed to brainstorming and refining the modular system’s structure and smart features.
- Fabrication: Participated in the 3D printing and assembly of the prototype, ensuring accuracy and functionality
Impact
- Delivered a functional prototype that demonstrated the potential of smart modular farming for urban microgreens production.
- Played a critical role in conflict resolution by addressing interpersonal challenges and fostering a more collaborative environment.
- Gained valuable experience in smart environment design and project management.