Integrating Automated Parking Systems utilizing AGV technology for Park Plus Inc. .

• Worked on the development of a C# GUI that communicating with local dispatching calls on UDP based servers.

• The UDP server is used to create the local network of wireless communication devices for monitoring, guidance, and command of the AGV. The HMI ran the C# GUI which relays information back to the user about the status of their vehicles in "real-time".

• Designed a remote control unit which can interface with all robotic AGV's. Primarily used as an installation and diagnostic tool. Heavily used during maintenance schedules whereby error reporting is required to diagnose known issues with the AGV's.

The primary motive is to provide reliability and value in the industrial electronics and automation industry

• Developed several unique fault detection systems for various industrial automation controllers.

• Developed Automated Test Procedures using NI LabView Software to detect functional issues with Incremental Rotary Encoders

• Utilized MICROCHIP PIC16 & PIC18 solutions for testing serial communication and triggering I/O interfacing in various electronic PCB’s isolated from their native system.

• Maintained customer satisfaction by negotiating several resolution and upgrade plans for systems with repetitive malfunctioning and lack of reliability

• Used Cadence Orcad Capture CIS for the purpose of developing schematics. The schematics for the equipment at hand were otherwise unavailable and needed immediate repair. Within a few days, a schematic can be recreated from the boards and used to develop automated test procedures for future repairs.

• Experience with AC Variable Frequency Drives, DC drives, Soft Starters, Door Operators, MPU/MCU controllers, Communication Equipment, Relay Logic controllers , Rotary Encoders , Solid State based controllers, DC Field Regulator assemblies, Position Indicators, Linearly Regulated Power Supplies, Switching Regulator Power Supplies, DC/DC converters(Buck, Boost, & Flyback topologies), Current Sensing protection devices, Dynamic Braking Units, Digital Signal Processing controllers, Tachometers(AC & DC), Hall Effect sensors, Custom Interfaces, AC motors(3-phase & Single phase), DC motors, Stepper motors, and Servo motors.

• Developed a complete parts inventory database that corresponded to a color coded and alphanumeric separation system for the ease of access to requested parts