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Click here or scroll down to respond to this candidateCandidate's Name
EMAIL AVAILABLE PHONE NUMBER AVAILABLE Chicago, Illinois, United States LinkedIn - Candidate's Name
OBJECTIVEElectrical Engineer specializing in Embedded Systems, Robotics, and Hardware Design, ready to contribute to developing autonomoussystems and intricate hardware design and verification. I seek opportunities to enhance my skills further and actively pursuebreakthroughs in my field.EDUCATIONMaster of Science in Electrical and Computer Engineering, August 2022 August 2024 Chicago, United StatesUniversity of Illinois Chicago, GPA 4.0/4.0Bachelor of Engineering in Electronics and Communication Engineering, July 2015 May 2019 Hyderabad, IndiaOsmania University, GPA 8.8/10.0SKILLSPython, C, C++, Shell Scripting, Verilog HDL, HTML5, CSS3, MATLAB, Arduino, Cadence Virtuoso, Cadence Jasper Gold, Altium PCB Design.EXPERIENCEGraduate Research Assistant, University of Illinois Chicago December 2023 August 2024 Chicago, United StatesUtilized in-context learning to enhance LLM's proficiency in interpreting System Verilog assertions, engaged in in-depth source codeanalysis using GoldMine, HARM and employed it for fine-tuning the LLM (CodeLLaMa2, LLaMa3, GPT3.5, GPT4o).Systems Operations Analyst, Wells Fargo India Pvt. Ltd. July 2020 July 2022 Hyderabad, IndiaHandled Black Duck and IBM Urban Code Deploy, including infrastructure setup for application servers and automated operational taskson IBM Urban Code Deploy using REST API, resulting in a 5% increase in operational efficiency.Apps Programmer/Analyst, Wells Fargo India Pvt. Ltd. July 2019 July 2020 Hyderabad, IndiaLeveraged tools such as Jira, Jenkins, UCD, SonarQube, and Black Duck to implement CI/CD, achieving 25% faster project deploymentswhile efficiently coordinating Black Duck operations for all Wells Fargo projects.LABORATORY WORKRobotics and Algorithms, University of Illinois Chicago March 2023 May 2023Programmed an autonomous car in Python3 to detect obstacles, followed ArUco markers using a camera, implemented odometryalgorithms on Raspberry Pi, and integrated these components to enable bug algorithms for efficient navigation. efficient navigation.Mechatronic Embedded Systems, University of Illinois Chicago January 2023 April 2023Designed and implemented an autonomous car that integrates motors, servos, line camera, motor controller, and boost converter on aPCB utilizing an FRDM micro-controller board, algorithms for line detection, and autonomous navigation. autonomous navigation.PROJECTSImage Analysis and Computer Vision, University of Illinois Chicago February 2023 April 2023Programmed a two-dimensional equiripple FIR filter in MATLAB and implemented it on a dataset to analyze the PSNR values of original,noise, and refined images of original, noise and refined images.Evaluated YOLOv7 and v8 versions of the object detection algorithm on a diverse dataset and analyzed detection accuracy, speed, andefficiency while exploring potential applications.Indoor Positioning System using Bluetooth, Osmania University December 2018Engineered circuits for signal propagation and reception, improving signal strength accuracy within the grid while analyzing Bluetoothdevice data and developing sophisticated algorithms that boosted positioning accuracy by 7%.Developed and deployed a fully functional application to precisely locate individuals inside a building using Bluetooth technology,enhancing indoor navigation by 8%.Notice board display using Wi-Fi module, Osmania University and C-DAC May 2018Collaborated as an intern at C-DAC to create a project where the microcontroller effectively received signals from a Wi-Fi module, leadingto a 12% faster display response time and improved data accuracy.Mastered Embedded systems, ARM processors, and various peripherals, including ADC, Watchdog timer, and Systick Timer, throughhands-on programming during a 4-week C-DAC internship.ACHIEVEMENTS AND ACTIVITIESEvent Coordinator, University of Illinois Chicago March 2022Coordinated with Engineering Career Center staff and student volunteers to optimize event registration, achieving a 30% reduction inprocessing time and 25% higher participant satisfaction.Marketing Lead, Quizzotic, Osmania University January 2018 - March 2018Directed the marketing team to create and execute strategies that attracted over 300 participants to Quizzotic and achieved a 25%increase in event participation compared to the previous year through effective marketing and promotion efforts. |
