Hello, I'm Hardik Gossain.

Responsible for testing advanced film, television, and telecommunications equipment, leveraging automated test equipment (ATE). Designed and implemented test scripts in Python to streamline testing processes and enhance efficiency. Tasks include diagnosing and troubleshooting electronic components, analyzing performance and reliability, and building and updating test jigs. Collaborated with cross-functional teams to ensure timely delivery of high-quality products while adhering to documented procedures such as ECO and AS/400.

Designed and implemented AWS infrastructure (Lambda, S3, API Gateway) to streamline IoT data recording and analysis, completing the project within two months for a startup. Additionally, I developed multiple path planning algorithms for robots navigating on a grid-based map from source to destination. Collaborating with a PhD researcher, we delivered a robust solution that met all project specifications over a three-month period.

In my role, I calibrated a range of machines, including manipulators, to uphold precision standards in manufacturing parts for HVAC systems. I conducted comprehensive quality checks, encompassing both physical and electrical assessments, to maintain product integrity. Collaborating closely with team members, I ensured the timely completion of targets by coordinating efforts effectively. Throughout the manufacturing process, I consistently upheld exceptional quality standards, contributing to the overall success of the operation.

I contributed to the development of a pollution monitoring product launched in Delhi. I applied FreeRTOS on the STM32 to collect data from accelerometers, gyroscopes, and PM2.5 sensors and designed the PCB using Eagle. I used I2C, CAN, SPI, and UART protocols for sensor communication with the STM32 and Raspberry Pi. Before deployment, I performed unit, integration, and hardware testing to ensure the device's reliability.

• Overall CGPA: 8.3
• Relevant courses: Robot Dynamics and Control, Multivariable Control Systems, Intelligent Sensors and Sensor Networks and Computational Intelligence

• Overall CGPA: 8.6
• Relevant Courses: Embedded Systems, DSP, Digital Electronics, Data Structures, Microcontrollers
• President of Robotics Society

• Programming Languages
  
• Operating Systems
  
• Tools
  
• Libraries
  

In addition to above mentioned skills, I excel in various tools like AWS, Google Colab, Atmel Studio, and Eagle. Proficient in Cube IDE and Google Firebase, I craft robust software solutions. My expertise extends to IoT, WSN, STM32, ROS, SLAM, and communication protocols like I2C, CAN, UART, Ethernet, TCP/IP. I leverage Real-Time Operating Systems for responsive systems. This arsenal enables me to develop dynamic applications, manage cloud infrastructure, design intricate hardware, and navigate complex networking environments. With a blend of technical prowess and adaptability, I am primed to innovate and excel in diverse technological landscapes.