Engineer I - Software QA Wireless @ Silicon Labs | IoT Enthusiast | Embedded Systems Developer
I'm an Engineer I - Software QA at Silicon Labs, passionate about ensuring quality in IoT and wireless communication technologies. I specialize in testing embedded systems, wireless protocols (Wi-SUN, LoRa, Wi-Fi, Bluetooth), and smart city solutions.
A Software QA Engineer at Silicon Labs who combines a passion for quality assurance with deep expertise in IoT and embedded systems. I believe that robust testing isn't just about finding bugs — it's about ensuring reliable, innovative technology that powers the connected world.
My journey began with a Bachelor of Engineering in Electronics and Telecommunication from St. Vincent Pallotti College of Engineering & Technology, where I graduated with an exceptional 9.58 CGPA. This strong foundation in electronics led me to IIIT Hyderabad, where I spent over 3 years as a Research Engineer working on Wi-SUN technology for smart city applications.
At Silicon Labs, I focus on testing wireless communication protocols, embedded systems, and IoT solutions that enable smart city applications, industrial automation, and next-generation connectivity. My background in embedded development and research gives me a unique perspective on both building and testing complex systems.
India Mobile Congress 2024
Oct 2024
Showcased live Wi-SUN technology demo using Silicon Labs EFR32FG25 board, featuring border router, router nodes, and leaf node sensor data transmission. Also presented ctOP (City IoT Operating Platform) and Digital Twin for Water Utility Networks.
Read ArticleSilicon Labs SVP
Sep 2024
Recognition for significant contributions to the Wi-SUN Smart City Challenge, demonstrating expertise in wireless communication technologies and smart city solutions.
Read ArticleInternational oneM2M Hackathon 2023
Jun 2023
Won the best user application award at the international oneM2M hackathon for innovative IoT application development using oneM2M standards. Prize: ₩1,000,000 KRW
Read MoreEU-Korea International oneM2M Hackathon
Nov 2022
Won the best technology award for controlling street lights using Wi-SUN network in the EU-Korea international oneM2M hackathon. Prize: ₩1,000,000 KRW
Read MoreIIT Bombay
Aug 2021
Achieved All India Rank 2 in the e-Yantra Innovation Challenge 2020-21, demonstrating excellence in robotics and embedded systems innovation.
IIIT Hyderabad & Silicon Labs
2022-2024
Played a pivotal role in pioneering the successful introduction of Wi-SUN Phase 1, Phase 2, and Phase 3 at IIIT Hyderabad, marking the first-ever implementation of these technologies in India for smart city infrastructure.
Capturing memories from workshops, events, and collaborations
Graduated with exceptional academic performance, building a strong foundation in electronics, communication systems, and embedded technologies.
Focused on Science stream with strong performance in Physics, Chemistry, and Mathematics.
Completed foundational education with well-rounded academic development.
Developed wireless mesh network for smart city applications including streetlight control and sensor monitoring.
My Role: Lead developer for Wi-SUN protocol implementation and network optimization at IIIT Hyderabad.
Built long-range IoT communication system for remote environmental monitoring and data collection.
My Role: Designed embedded firmware and implemented LoRa communication protocols for multi-node networks.
Created smart home system with wireless sensor integration and mobile app control using ESP32 platform.
My Role: Full-stack development including embedded programming, web interface, and mobile integration.
Representing IIIT Hyderabad
India Mobile Congress 2023 to represent IIIT Hyderabad.
Representing IIIT Hyderabad
IIT Hyderabad for the IInvenTiv 2024 to represent IIITH.
Representing IIIT Hyderabad
Representing IIITH in R&D Showcase 2024.
Smart City Challenge
Conducting the Wi-SUN workshop for the top 10 finalists of the Wi-SUN Smart City Challenge.
Currently working as Software QA Engineer I at Silicon Labs, focusing on wireless communication protocols and IoT solutions testing in Hyderabad, India. Utilizing expertise in Computer Networking, Stash, and wireless technologies.
Conducted hands-on workshops for the top 10 finalists of the Wi-SUN Smart City Challenge in collaboration with Silicon Labs. Specialized in Test Planning and Shell Scripting.
Designed, developed, and deployed Wi-SUN FAN1.0 FSK, FAN1.1 FSK, FAN1.1 OFDM, and LFN nodes across IIITH campus (65 nodes total). Led IoT projects for water management, automation, streetlight control, and EV charging. Represented Smart City Research Center, engaging with 5,000+ students, startups, and industry leaders.
Part-time mentor for Digital Systems and Microcontrollers course offered by TalentSprint in collaboration with IIIT Hyderabad. Specialized in Arduino IDE, 4-bit controllers, and embedded systems.
Worked on several IoT projects in water management, lab automation, and streetlight automation using Wi-SUN Technology. Gained experience with Autodesk Fusion 360 and GitHub.
6 months experience in PCB designing for embedded systems. Specialized in Printed Circuit Board (PCB) Design for various embedded applications.
Developed unit testing programs and designed products using Atmega controller. Gained experience with Autodesk Fusion 360 and Printed Circuit Board (PCB) Design.
Presents a smart street lighting system based on Wi-SUN (Wireless Smart Ubiquitous Network) with mesh topology redundancy. Uses IEEE 802.15.4g standard and license-free sub-GHz bands with oneM2M middleware for interoperability with other smart city data verticals including weather stations, environmental monitoring, and crowd monitoring.
Presents an electric vehicle charging station (EVCS) that communicates using Wi-SUN network integrated with streetlights and oneM2M middleware. Follows level 2 charging standards and OCPP for compatibility across diverse charging infrastructures. Average latency of 0.7±0.2s for authentication and billing, with Wi-SUN range up to 370m in campus environment.
Journal of Ambient Intelligence and Smart Environments • Published Oct 24, 2023
The proposed hybrid LPWAN architecture provides better coverage and capacity while consuming less power than LoRa or Wi-SUN networks alone, demonstrated as a viable solution for next-generation IoT applications.
O'Reilly
Issued Dec 2024
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