0+ Project completed
Any open position? Checkout my resume
0+ Project completed
Any open position? Checkout my resume
Focused on embedded systems and high-speed Ethernet design from 10Mbps (TEMAC) to 800G (DCMAC). Maintain 15+ Ethernet reference designs covering 1000BASE-X, SGMII, USXGMII, 10GBASE-R, and 100GBASE-R protocols. Skilled in creating, upgrading, and troubleshooting complex designs involving GTM/GTY/GTH/GTYP transceivers. Support spans bare-metal, PetaLinux, and Yocto OS integrations for MPSoC and Versal platforms. Own and maintain public GitHub repos and user documentation for AMD IPs and boards. Regularly mentor engineers to build cross-functional expertise in embedded Ethernet. Honored with 6 spotlight awards from FAEs, director, and manager for solving customer-critical issues, backed by a consistent 5/5 customer satisfaction score.
Collaborated with Center for Advanced Vehicular Systems (CAVS) researchers on autonomous vehicle perception systems using LIDAR, radar, and low-cost cameras. Leveraged GPUs and deep learning frameworks (TensorFlow, OpenCV) to detect and track lanes under diverse road conditions. Applied ML techniques like SqueezeSeg for camera-LIDAR sensor fusion. Led multiple SDR-based projects: (1) AI-powered triangulation system to locate contraband cell phones in prisons, (2) spectrum scanning system to detect RF activity using IQ data for passive microwave sensing, and (3) Wi-Fi-based human activity recognition using ML. Selected as 1 of 10 for the MSU/USDA Summer Research Experience. Contributed to 5G research with 5 universities and National Instruments, experimenting with srsLTE/RAN, OAI, and Amarisoft as a Part 107 FAA-certified drone pilot.
Designed system-level functional testers for PCBs used in Hunter Engineering products (e.g., car lifts, wheel balancers, and tire changers). Created end-to-end test systems, including custom PCBs, displays, and interfaces, to verify board functionality before assembly. Developed intuitive LabVIEW GUIs and C/C++ backend code to ensure ease of use by operators with no technical background, minimizing user error. Integrated camera-based defect detection using OpenCV and built testers compatible with Aegis Factory Logix. Delivered robust, operator-friendly systems that improved quality control and production efficiency.
Ensured quality assurance in a high-volume T-shirt manufacturing facility by inspecting printed garments for accuracy, color consistency, and print defects. Verified customer specifications and maintained production standards. Played a key role in minimizing defective shipments and supporting efficient fulfillment operations.
Built a powerful PC for gaming, training machine learning model, learning GAN, etc. over Christmas break
3D Printed RC Plane during week of thanksgiving.. an ideal way to celebrate holidays
Senior Design Project at Mississippi State University to detect collision on guardrails and send realtime notification.
Buck boost converter that is capable of outputing 0.5V to 30V with max current of 4A.
A simple line follower robot using dsPIC33EP128GP502.
Hackster.io drone competiion organized by NXP Semiconductor. Bonus prize winner 🏆
Created a complete product from scratch. 3D modeling in Solidworks, chasis printed using 3D printer and an android app built in Android Studio with realtime database access using Google Firebase🔥.
A video player with builtin google search, youtube video playing capabilities, and track the videos that are played from local storage. This app is developed with Google Search and has 1 Million quota per day for Youtube API consumption! Available in playstore.
Designed a circuit board with STM32 aka Bluepill that sits perfectly on top of DJI F450 frame.
Circuit board with two method to enable Simple line follower. Analog using LM324N and digital with Arduino Nano.
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Austin, TX.