We explore how robotics could support Malaysian farms and plant factories. Crop inspection, field robots and practical electronics are the three directions behind our research.
From understanding a crop image to designing the robot around it. Explore proposed settings for AgriBot, crop inspection and the electronics behind the platform.
01 Crop images and perception
AI crop-disease detection
Exploring camera-based crop inspection and on-robot AI, with measured evaluation before performance claims.
02 AgriBot and field workflows
Field robots
AgriBot brings together mobile robotics, inspection and cut-and-hold arm concepts. Our research explores how these systems could work in farm settings.
03 Power, safety and control
Robot electronics
Exploring power, safety and control boards for agricultural robots, with attention to the practical demands of outdoor work.
Research and development. Field results and performance figures will be shared only when measured and ready for publication.
Start with the field
Our intended approach connects practical farming questions with engineering exploration and measured evaluation.
01
Understand the setting
Listen to growers and consider crop conditions, working routines and the constraints of the site.
02
Explore a system
Work through perception, movement, power and control as parts of the same robot.
03
Measure and learn
Plan evaluations and share documented findings when they are ready.
Understanding the crop, planning observations and reviewing proposed field workflows.
Good ideas grow through collaboration
We welcome research discussions with people who understand crops, farms and the technology around them.
Farm questions and engineering ideas, explored together.
Farms and plant factories
Agriculture research institutes
Universities and student teams
Agritech companies
Have a field research idea?
Share a farming question, discuss crop data or explore a possible engineering collaboration.
