Perireddy V

Research Engineer

Smart City Solutions • Full-time

Jan 2024 - Present • 2 yrs 5 mos

Results-driven Full Stack and Backend Engineer with professional experience in building scalable, production-ready applications, IoT platforms, and real-time monitoring systems. Skilled in designing and developing modern full stack web applications, backend APIs, distributed systems, and cloud-ready infrastructures using technologies such as Python, FastAPI, ReactJS, Node.js, Docker, PostgreSQL, and modern DevOps practices. Currently working as a Research Engineer at IIIT Hyderabad Smart City Living Lab, contributing to large-scale smart city and IoT infrastructure projects. Experienced in architecting and deploying scalable multi-service backend systems, event-driven pipelines, caching mechanisms, observability systems, and CI/CD automation for high-throughput real-time data platforms. Strong understanding of software engineering principles, system design, distributed architectures, and production deployment workflows. Hands-on expertise in backend API development, database integration, Dockerized deployments, authentication systems, API gateway optimization, MQTT communication, REST APIs, and scalable application architecture. Experienced in building interoperable IoT platforms supporting large-scale urban deployments with secure communication between heterogeneous systems and devices. Proficient in developing responsive frontend applications and real-time dashboards with strong focus on usability, maintainability, and performance optimization. Worked on multiple full stack applications including smart city platforms, substation monitoring systems, digital twin dashboards, and enterprise-style management portals. Experienced with tools and technologies including Docker, Jenkins, Git, JMeter, Locust, Prometheus, Grafana, PostgreSQL, MongoDB, Redis, and InfluxDB. Passionate about scalable backend systems, modern web architectures, AI-integrated applications, IoT ecosystems, DevOps automation, and solving real-world engineering challenges through efficient softwa