Versatile professional with a unique blend of experience in robotics, manufacturing, and automotive industries. Combines hands-on technical expertise as a Robotics Floor Coordinator at Amazon, Machine Technician in iron fabrication, and Service Engineer in the automotive sector. Possesses a strong educational foundation with a Bachelor's in Engineering and specialized training in automotive sales and service management. Adept at leveraging technical skills, problem-solving abilities, and industry knowledge to optimize operations, maintain equipment, and enhance customer satisfaction.
* Maintain the pick and stow department's smooth operation by managing the robots' floor activities.
· Effectively managed the floor using Amazon robotics technology, including SRBRS vests, Robotics Drives, and Pods.
· Certified to operate on the Amazon Robotics Floor using Maintenance Manager and SRBRS.
· Implemented standard and safe maintenance procedures for troubleshooting faulty or malfunctioning drives, including performing soft and hard resets and managing them with CMMS (Maintenance Manager System) on Kindles.
· Conducted quality assurance checks post-maintenance to verify that repairs meet company and industry standards
· Coordination with other team members regarding vehicle status, time management, risk management and planning.
· Diagnosed mechanical and electrical issues in a variety of vehicles, utilizing advanced diagnostic tools and techniques.
Reviewed blueprints and manufacturer manuals before beginning installation and repair work.
* Suzuki SSQS Bronze certificate
* Suzuki Advance certificate
* Universal procedures certified
Zero-degree steering mechanism:
In my engineering studies, I designed a zero-degree steering mechanism with the aim of making a vehicle as manoeuvrable as possible by bringing the turning radius as close to zero as possible. This project in designing and implementing a four-wheel steering system with independent wheel control helped me develop the precision required by the vehicle while moving in tight spaces.