Initializing systems
I design and deploy robots, automated production systems and industrial IoT — from mechanical first principles to a connected, observable factory floor.
Custom low-profile autonomous guided vehicle (AGV)
Transform your material handling and eliminate production bottlenecks with our custom-engineered low-profile AGV system. Measuring just 180 mm in height, the vehicle is built to autonomously slide under industrial carts. Beyond its mechanical capabilities, this AGV is a fully connected cyber-physical asset. Equipped with an array of environmental sensors and edge-computing logic for dynamic ramp navigation, it synchronizes seamlessly with your plant's IIoT network to optimize routing and ensure continuous, data-driven factory operations.
Three-axis industrial painting robot
Designed and developed an automatic paint robotic arm which paints the ball moulds as per specification. Completely automated the process for a human-free environment.
Edge-AI safety system for industrial environments
Created and designed the vision AI system for human detection working near heavy machinery. It can also be used inside assembly lines and warehouse premises for safety purposes and for evaluating human working performance.
Simulation and commissioning footage of the automation systems in motion.
A complete teardown and reverse-engineering of a six-axis welding robot. Every degree of freedom and motor was mapped from the physical assembly, each structural link was measured with digital-caliper metrology and rebuilt as manufacturable CAD, and the redesigned components were prepared for re-fabrication.
I'm a robotics and automation engineer who takes systems from mechanical concept through control, embedded firmware and IIoT to full commissioning. My focus is machines that survive real duty cycles and stay observable once they ship.
Across warehouse robotics, industrial equipment, electric mobility and edge-AI safety, I've delivered systems where the mechanics, the control logic and the data layer are designed as one.
Filter by discipline. Every build is a real deployed system.
Thirteen disciplines that let one engineer own a system end to end.
Nine flagship systems — expand any card for the engineering detail.
Open to robotics, automation and IIoT roles and collaborations.