Since early 2023, I’ve been working as a freelancer, gaining 1.5 years of experience in automation, web development, and building microservices. I worked with clients from the U.S. and Australia, handling full-stack development tasks and deploying applications using AWS and Docker. One of the most notable projects I contributed to was the **Orion Protocol Crypto Staking Platform**, where I was responsible for designing the entire database architecture using PostgreSQL. This involved creating a scalable and secure schema to support staking logic, user data, and transaction tracking—ensuring smooth data flow and integrity across the platform.

I have 2 years of experience working as a Software Developer at Senworx, where I was actively involved in end-to-end IoT development as well as full-stack web development. I contributed to building and managing IoT-based solutions, integrating sensors with cloud platforms, and processing real-time data streams. On the web development side, I worked extensively with Django and Flask frameworks to create scalable and secure applications tailored to client needs. I was also responsible for deploying these solutions using Docker containers on AWS infrastructure, ensuring smooth CI/CD pipelines, high availability, and performance optimization. This role strengthened my skills in backend development, cloud deployment, and working on production-grade systems.

I have 1 year of experience as a Robotics Software Engineer, where I worked extensively on IoT protocols and embedded systems. My primary focus was on developing real-time operating systems (RTOS) using Embedded C and Python to support robotics applications. I gained hands-on experience with industrial IoT protocols like EtherCAT, enabling high-speed communication between sensors, actuators, and controllers. My role involved designing low-latency control systems, optimizing hardware-software integration, and ensuring reliable data exchange in real-time environments. This experience deepened my understanding of embedded development, real-time systems, and protocol-level communication critical to advanced robotics solutions.