Agricultural drones
Developing drone systems and electronics for modern agricultural workflows, with an emphasis on dependable sensing and efficient operation.
We are expanding research and development across agricultural drones, surveillance platforms and low-power autonomous unmanned systems. Join the engineers turning electronics, firmware and robotics into field-ready technology.
Our vision starts with practical engineering: reliable electronics, firmware, sensing and autonomous behavior that can work outside the lab.
Developing drone systems and electronics for modern agricultural workflows, with an emphasis on dependable sensing and efficient operation.
Exploring robust aerial and unmanned platforms for observation and monitoring applications, built around responsible engineering.
Researching low-power unmanned systems with intelligent sleep/wake behavior, onboard processing and long-duration operation.
Explore our open R&D roles. Choose the engineering focus that matches your expertise.
Design and debug embedded hardware/firmware for drone and robotics systems.
Paid internship with a conversion opportunity after successful completion.
Contract-based firmware development focused on performance and reliability.
A structured, transparent evaluation designed to find engineers who can build real systems.
Register with your academic, project and personal details. Upload your resume.
30-minute technical assessment on Arduino, electronics and embedded C/C++.
Selected candidates are invited for in-depth technical and HR discussions.
Final evaluation, offer discussion and onboarding.