
Artistic Links to the Environment
Humans are and have always been reliant on nature for food, shelter and the safety of our families. Even though we are totally dependent on it, why is there a disconnect between humans and nature? How can we reunite humans with nature in a meaningful way?
Building on their work in 9th grade with Biological Energetics, students explore the historical role of agriculture and the more modern consolidation of agricultural systems. Using science and engineering principles and practices, students will engage in projects that raise awareness of the critical role that natural systems play in our lives and offer solutions to current problems with our food supply. With our newly installed Environmental Research Center, students will engage in design projects of their choosing that incorporate electronic sensing systems, data collection applications and coding to improve the availability of fresh, nutrient-dense foods. Students will also develop and run a fresh produce market on campus.
Topics include:
Humans are and have always been reliant on nature for food, shelter and the safety of our families. Even though we are totally dependent on it, why is there a disconnect between humans and nature? How can we reunite humans with nature in a meaningful way?
Building on their work in 9th grade with Biological Energetics, students explore the historical role of agriculture and the more modern consolidation of agricultural systems. Using science and engineering principles and practices, students will engage in projects that raise awareness of the critical role that natural systems play in our lives and offer solutions to current problems with our food supply. With our newly installed Environmental Research Center, students will engage in design projects of their choosing that incorporate electronic sensing systems, data collection applications and coding to improve the availability of fresh, nutrient-dense foods. Students will also develop and run a fresh produce market on campus.
Topics include:
- Environmental Science & Engineering principles and practices.
- Designing, constructing and deploying sensor technology for environmental monitoring
- Basic coding techniques.
- Using illustration and field sketching as a tool for communication.
- Enhancement of:
- Modeling and data collection techniques.
- Skills needed for prototype development, including CAD, 3D printing and other construction techniques.
- Communication skills development.
- College and career readiness development.
|
Growing crops today is a high-tech business that combines engineering, computer science and biology. Look at the agro research being done at UC Davis. |