Access comprehensive workshop materials, agendas, and instructional frameworks designed to equip educators with the pedagogical and technical tools needed to facilitate Incubation Design Challenges (IDCs) in urban high schools.
This two-day intensive workshop at Purdue University brings together STEM educators, researchers, and industry partners to bridge learner-centered pedagogy with physical computing and agricultural systems.
Learner-Centered Teaching (LCT) & Culturally Relevant Pedagogy: Explore core frameworks for activating students' prior experiences and leveraging their unique cultural assets. Educators learn strategies to guide students in scoping local community contexts, conducting asset mapping, and framing authentic food system problems using systems-thinking approaches.
Physical Computing & IoT Sensor Integration: Hands-on training featuring micro:bit microcontrollers and FarmBeats for Students kits. Teachers practice block-based and JavaScript coding to capture real-time environmental metrics—including soil moisture, ambient light, and temperature—to build automated environmental data loggers for classroom crop production.
Urban Food Systems & Data Mining: Practical guides for helping students map urban food deserts. Educators utilize digital tools (such as Google Maps, City-Data, and local transit schedules) to quantify variables across four key dimensions: Transportation Access, Financial Resources, Proximity to Produce, and Travelability Infrastructure.
IDC Curriculum Design & Implementation: Instructional templates for structuring the 4-stage IDC process over an eight-week block. Teachers learn how to guide students from initial community assessment (IDC-1) through the design, testing, and optimization of microgreen growing prototypes and IoT precision agriculture systems (IDC-2 through IDC-4).
Implementation Logistics & Support: Comprehensive resources outlining classroom supply assistance, check-in schedules, and virtual scientist guest speaker visits designed to connect high school students directly with academic and industry partners.
A detailed two-day itinerary outlining session schedules, learning objectives, and facilitator roles for the Summer Teacher Professional Development workshop held at Purdue University. This document guides educators through sessions on Learner-Centered Teaching (LCT), micro:bit IoT sensor integration, community food desert data mining, and step-by-step IDC lesson planning.
The core instructional presentation used during the teacher professional development sessions. It covers foundational concepts in urban food systems, student empowerment frameworks, step-by-step MakeCode and FarmBeats kit tutorials, data logging protocols, and implementation timelines for classroom rollout.
A visual learning tool that breaks down the interconnected biological, economic, social, health, and political sub-systems shaping local food access. Teachers and students utilize this map during initial community assessments to analyze inputs, outputs, supply chain dynamics, and structural factors driving urban food security.
Source: https://www.nourishlife.org/