Science Through Practice
In the first part, you'll explore the concept of urban gardening, its benefits and challenges, and the different forms of urban agriculture. You'll plant microgreens in special pots, learning about proper care, light, and moisture.
In the second part, you'll work with the Arduino development system and a light sensor — collecting data from the environment and using it to turn lighting on or off to extend the microgreens' light exposure period.
What Will You Learn?
- Why growing food in urban environments matters and what the benefits of urban gardening are
- How to properly plant, care for, and harvest microgreens
- The impact of light and moisture on plant growth
- What Arduino is, its components, and how it's used
- How Arduino collects data using sensors and how to program a system for automatic light control
Why Sign Up?
Through a hands-on project, you'll see how technology solves real problems in sustainable food production. The workshop gives you the foundation for further experiments and shows how STEM skills can directly contribute to sustainable urban living. Skills you gain can be applied at home, at school, or in future STEM projects.
About the Instructors
Tamara Đorić Šparović is a geography teacher with 25 years of experience in education. She works at Matematička gimnazija in Belgrade, where she actively participates in developing domestic and international projects connecting science, technology, and sustainable development. She is the author and coordinator of the Erasmus+ K2 project "Smart School Garden" and founder of the Sustainable Development Section, focused on connecting STEM fields, ecology, and innovative teaching methods.
Jovica Milisavljević is a physics teacher and head of the Applied Physics and Electronics section, with extensive experience in developing experimentally oriented teaching. He is the author of professional papers on the use of computers and IT in school laboratories. He advocates for the concept of "learning by doing," in which students actively participate in experiments, measure, analyze results, and connect theory with real physical phenomena.
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