Educational Modules

AgSTEM Educational Modules

Learning Today,
Innovating Tomorrow

Hands-on learning experiences that connect students to real-world agriculture and food technology challenges.

AgSTEM Educational Modules

AgSTEM Learning Catalog

Educational Modules for Agriculture and Food Technology

The AgSTEM educational modules introduce students to real-world technologies used in modern agriculture, food science, and post-harvest systems. Each module is designed around hands-on activities, practical learning tools, instructional resources, and career-focused applications.

Hands-on

Modules are built around practical activities and real technology-based tasks.

Career-focused

Students explore future pathways in agriculture, food science, engineering, and technology.

Technology-rich

Topics include drones, sensors, data, automation, irrigation, food safety, and post-harvest tools.

Two Learning Tracks

Agriculture Technologies

This track focuses on digital agriculture and field technologies that support smarter, more sustainable farming systems.

Drones • Sensors • Crop Imaging • Automation • Irrigation

Food Industry and Post-Harvest

This track introduces technologies used to improve food safety, quality, preservation, processing, and defect detection.

Food Safety • Detection • Preservation • Quality

►Agriculture Technologies

Drone Applications

Drone Applications

Explore how drones are used for crop monitoring, field mapping, aerial imaging, and precision agriculture. This module introduces students to drone-based data collection, remote sensing, and digital field observation. Students learn how aerial images and sensor-based information can help identify crop stress, monitor plant health, evaluate irrigation needs, map field variability, and support more efficient farm management decisions.

Drone Applications File

⬇️ PDF: Drone Sensors

Crop Imaging and Monitoring

Crop Imaging and Monitoring

Learn how image-based monitoring helps observe plant growth, crop condition, and field variability. This module introduces students to visual analysis, aerial and ground-based imaging, and how images can be used to identify plant stress and support better decision-making.

Smart Sensors and Field Data

Smart Sensors and Field Data

Understand how smart sensors collect soil, water, weather, and crop data in real time. This module introduces students to sensor-based monitoring, field data collection, and environmental measurement in modern agriculture. Students learn how sensors can track soil moisture, air temperature, humidity, sunlight, water conditions, and crop responses. The module also shows how real-time field data can help farmers identify plant stress, manage irrigation more efficiently, and make better decisions for sustainable crop production.

Automation and Mechanization

Automation and Mechanization

Discover automated systems, robotics, and smart machinery used in modern agriculture. This module introduces students to how automation can support agriculture.

Smart Irrigation and Water Efficiency

Smart Irrigation and Water Efficiency

Learn how modern irrigation technologies help farmers monitor water use, improve efficiency, and support sustainable crop production. Students explore how farmers use real-time information to decide when and how much to irrigate, reduce water waste, protect crop health, and manage limited water resources more effectively.
 

Irrigation and Water Management Files

⬇️ PDF: Water Sensors ⬇️ PDF: Irrigation in Ag

►Food Industry & Post-Harvest

Food Safety and Decontamination

Food Safety and Decontamination

Study food safety risks, contamination sources, and modern decontamination methods used in agriculture and food systems. This module introduces students to how science, sanitation practices, and emerging technologies help reduce harmful microorganisms, protect food quality, and improve consumer safety.

Detection and Quantification

Detection and Quantification

Explore how food quality and safety can be measured using detection, testing, and analysis methods. Students learn how scientific tools are used to identify contaminants, measure important food properties, evaluate product quality, and support data-driven decisions in food production and processing.

Post-Harvest Preservation

Post-Harvest Preservation

Learn how post-harvest technologies help maintain freshness, reduce food loss, and extend shelf life. This module introduces students to preservation methods used to protect quality after harvest.

Post-Harvest Preservation File

⬇️ PDF: Ozonation

Food Processing and Quality

Food Processing and Quality

Understand how food processing, packaging, and quality control influence the final food product. Students explore how different technologies help improve safety, consistency, shelf life, and consumer value while learning how processing decisions affect food quality from raw materials to finished products.

Why These Modules Matter

  • Real-world applications
  • Hands-on STEM learning
  • Career exploration
  • Industry-relevant skills

Empowering the next generation of innovators in agriculture and food technology.

Download and Explore AgSTEM Modules

Each module provides students and educators with hands-on learning opportunities connected to real agriculture and food technology applications.

View All Learning Materials