Hello, I'm
I'm deeply passionate about network architecture and systems engineering. To me, the best part of engineering is taking incredibly complex problems and turning them into elegant, reliable hardware and software solutions. I focus on network and IT infrastructure support, with hands-on experience in systems troubleshooting, desktop/server operating systems, Layer 2 networking.
Hello! I am a Computer Engineering graduate student at Virginia Tech specializing in Networking. My background combines IT systems support, network fundamentals, wireless communication, embedded systems, and hands-on troubleshooting across hardware, software, operating systems, and user access.
I am interested in roles across Network/NOC support, IT infrastructure, desktop support, data center operations, cloud support, and entry-level security operations. I enjoy solving practical technical problems, improving system reliability, and supporting scalable infrastructure.
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Graduate Teaching Assistant (Aug 2024 - Dec 2024)
Internship - FESTO India Private Limited (Jun 2018 - Jul 2018)
GPA: 3.96 / 4.0
Coursework: Network Architecture and Protocols, Network Security, Cellular Communication Systems, 5G-Advanced O-RAN and 6G, IoT System Design, Advanced Real-Time Systems, Computer Architecture.
CGPA: 7.99 / 10.0
Chennai, India
Designed and implemented a scalable embedded IoT network using Wi-Fi, BLE, and LoRaWAN for sensor data acquisition, wireless communication, and cloud connectivity.
Developed an xApp on the carrier-grade FlexRIC platform to adaptively allocate PRBs based on CQI, improving network reliability in 5G/O-RAN environments.
Designed an unmanned ground vehicle with camera, radar, and IR sensors, using embedded systems to process data and identify security threats. Implemented NRF24L01-based 2.4 GHz wireless communication for low-power, low-latency data transmission between embedded modules.
Implemented RM, DM, and EDF scheduling algorithms in FreeRTOS to evaluate CPU utilization and scheduling efficiency using Arduino IDE.
Optimized the RISC-V BOOM core across ML, FFT, graph traversal, and encryption workloads by reconfiguring branch predictors, functional units, and cache policies to improve performance.
Building a web toolkit with a clean interface and fast local execution for everyday developer utilities.
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Building a data-driven nutrition platform that helps users explore food data, identify eating patterns, and make more informed dietary decisions.
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Design and Implementation of Unmanned Ground Vehicle for Intrusion Detection
Compliance Engineering Journal, Vol. 13, Issue 7, 2022, pp. 12-23 (IF = 6.1). DOI: 16.10089.CEJ.2022.V13I7.285311.3985