Graduate teaching assistant for ECEN 5613 - Embedded System Design

● Elevated the capability of a custom UHF-RFID board by developing a driver that enabled it to effectively read andwrite RFIDs at an extended distance of 10 feet, a significant improvement from the initial 5 feet range.● Customized an UHF reader, ESP32, Touch screen(SPI Module ST7796). Enhanced the driver by incorporatingalgorithms, hash maps that improved its overall performance by 10%.● Modeled and Manufactured a full-fledged product, including PCB and 3D printing of enclosure

● Responsible for designing the MQTT(Message Queue Telemetry Transport), OCPP 2.0(Open Charge PointProtocol) protocols and PCB for the Level 2 DC fast charger 100% from the ground.● Created, managed, and hosted a Logging portal within the AWS (Amazon Web Services) environment. IntegratedfreeRTOS with Charger alongside with ESP32.● Developed drivers and tasks to integrate with other peripherals like touch LCD, Neoway GSM/GPS module, RFID.● Integrated embedded components using… Show more ● Responsible for designing the MQTT(Message Queue Telemetry Transport), OCPP 2.0(Open Charge PointProtocol) protocols and PCB for the Level 2 DC fast charger 100% from the ground.● Created, managed, and hosted a Logging portal within the AWS (Amazon Web Services) environment. IntegratedfreeRTOS with Charger alongside with ESP32.● Developed drivers and tasks to integrate with other peripherals like touch LCD, Neoway GSM/GPS module, RFID.● Integrated embedded components using C++ and achieved the charger system's live deployment within afour-month timeframe. Show less