A highly comprehensive showcase of 12 multidisciplinary mechatronics and engineering systems delivered to global clients.
We designed and implemented a fully autonomous robot for sorting and transporting packages in a large-scale warehouse.
A compact and precise robotic arm for assisting surgeons in delicate procedures, with a focus on sterile environments.
A smart, self-flying drone capable of navigating complex urban environments to deliver packages safely and efficiently.
An autonomous robot designed for monitoring crop health, precision planting, and targeted pesticide application.
A rugged, remote-operated underwater vehicle for deep-sea exploration, equipped with high-resolution cameras and manipulators.
Develop a solar panel cleaning robot that is lightweight, modular, and easy to deploy. The robot should be divided into five modules, each weighing only 10kg, for convenient transportation and maintenance.
Design a quadruped robot capable of navigating tight spaces and extinguishing fires remotely. Fire E Pup should be maneuverable and equipped with a heat-resistant water cannon system and CO2 Extinguishers.
Designed a mobile robot with all the requirements given by the client and made a lot of modifications based on my experience with robots. All custom parts were built with design for manufacturing considerations.
This project proposes an automated assembly solution using a SCARA robot and several feeders within the robot’s reach to assemble a flashlight efficiently.
The Automated Egg-grading and palletizing system. This automated system uses pneumatic cylinders and suction cups for gentle, precise pick-and-place operation.
Motorized sliding structural roof rack engineered for aerodynamic performance, featuring integrated limit switches and detailed FEA dynamic load ratings.
Developed a research prototype for a robotic arm featuring dual grippers. The innovative design integrates an extra gripper on an intermediate link, enabling improving cycle time.