Robotics & controls
Mobility, actuation, control logic, autonomy, and safe operation.
Applied Project
AgriBot
A field robotics and sensing project connecting agriculture, ecology, electronics, AI, mechanical design, and resilient food systems.
Overview
Educational role
AgriBot is conceived as a platform for students to move from environmental requirements and user needs into sensor design, control systems, field trials, data analysis, failure diagnosis, and responsible product development.
Sensors & field data
Soil, water, weather, plant condition, localization, and communications.
Agricultural systems
Real agronomic constraints, ecological effects, labor, maintenance, and adoption.
Prototype engineering
Design reviews, fabrication, testing, documentation, and iterative improvement.
Next step
A useful robot begins with the field problem—not the novelty of automation.
Future updates will publish requirements, prototypes, test results, and student workstreams.