04/2026 - Present

AMR Sterilization Robot

Agilmatic Electric Ltd, (Agilbot Project | backed by Accelerator Centre)

Project Details

Developing autonomous mobile sterilization robot that delivers UVC dosages to targeted surface areas and air volumes. The system performs human-free environmental patrols to safely neutralize surface and airborne pathogens without manual intervention.

❋ Mechanical Design

Engineering and modelled functional robotic chassis, housings, and internal mechanisms using SolidWorks

❋ Hardware Validation

Designed and executed physical testing protocols to verify electromechanical reliability and operational safety.

❋ Systems Integration

Unified mechanical assemblies, 48V electrical systems, and embedded computing platforms into functional prototypes

*All shown information has been already approved by my supervisor

❋ Project Management

Defined product requirements, tracked budgets, and generated BOMS to create a cost-optimized product

Agilbot R&D Process

Research

Agilmatic focuses on developing AMRs for various purposes, and I was tasked to look within the healthcare industry. I conducted research into sterilization robots, where I looked at the market, competitors, and various methods of sterilization/disinfection (research summary below). From this research the Agilbot concept came to be, which was called INNO in the beginning.

Summary

Initial Design Proposal

From my research, I created a short design proposal pitch for approval of creating a proof of concept prototype and continuing on project. For this pitch, an initial CAD was created for the robot, for visual purposes.

More Details

V1.1 Design and Proof of Concept

After approval, I worked on designing a proof of concept prototype. I have full ownership of this project, where I was in charge of defining the specs of the entire robot and the mechanical design of the lamp module