Skip to content
View sharath-IXVII's full-sized avatar

Block or report sharath-IXVII

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Maximum 250 characters. Please don’t include any personal information such as legal names or email addresses. Markdown is supported. This note will only be visible to you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse
sharath-IXVII/README.md

πŸŽ“ A Sharath

Electronics & Communication Engineer | Embedded Systems, Robotics & VLSI

LinkedIn Email Location Status


πŸ“Œ Profile & Career Objective

Final-year Electronics & Communication Engineering (ECE) student with strong expertise in Embedded Hardware-Software Co-Design, Digital Logic Design (Verilog HDL/FPGA), Autonomous Robotics (ROS 2 / Raspberry Pi), and Computer Vision / AI Integration. Passionate about designing robust hardware systems, real-time embedded software, and intelligent robotics solutions.


πŸ› οΈ Technical Skillset

πŸ”Œ Hardware & Embedded Systems

  • Microcontrollers & SoCs: Raspberry Pi 4, Arduino Uno/Mega, ESP32, STM32
  • Digital Design / VLSI: Verilog HDL, RTL Design, FSM Architecture, FPGA Implementation
  • Hardware Protocols: UART (16x Oversampling), SPI, I2C, GPIO, PWM
  • Sensors & Actuators: L298N Motor Drivers, HC-SR04 Ultrasonic, MPU6050 Acc/Gyro, Camera Modules

πŸ’» Software & AI Engineering

  • Languages: Python, C, C++, Verilog HDL, MATLAB, JavaScript, HTML5/CSS3
  • Robotics & Vision: ROS 2, OpenCV, Computer Vision, YOLO, Face Recognition (LBPH)
  • Frameworks & IoT: Flask, MQTT, WebSockets, REST APIs, GSM/GPS, Supabase
  • EDA & Tools: Xilinx Vivado, ModelSim, VS Code, Git/GitHub, PlatformIO, Linux/Raspbian

πŸš€ Highlighted Placement Projects

Technologies: Python Β· Raspberry Pi 4 Β· OpenCV Β· Flask Β· HC-SR04 Β· L298N Β· Computer Vision
πŸ“Š Presentation Deck: Robox Slide Deck (PPTX) | Slides (PDF)

  • Designed an autonomous mobile robot equipped with a 3-way ultrasonic array and live camera stream.
  • Implemented real-time object detection & LBPH face recognition for intelligent navigation and security tracking.
  • Built a responsive Flask Web Controller & Teleoperation Suite (groot.html) for real-time remote telemetry and manual overrides.

Technologies: Embedded IoT Β· Computer Vision Β· GPS / GSM Β· Python Β· Real-Time Safety Systems
πŸ“Š Presentation Deck: RoadSOS Presentation (PPTX) | Project Report (PDF)

  • Developed an AI-enabled emergency response system designed to minimize trauma dispatch latency during traffic accidents.
  • Integrated impact-sensing accelerometer arrays and computer vision hazard detection to trigger zero-delay crash alerts.
  • Configured automated GPS coordinate broadcast over GSM/MQTT to emergency response teams, hospitals, and designated contacts.

Technologies: Verilog HDL Β· FPGA Β· Xilinx Vivado Β· ModelSim Β· Digital System Design Β· Error Correction
πŸ“‘ Technical Report: Mini Project Document (DOCX)

  • Designed a hardware-validated UART Transceiver Core in Verilog HDL with 16x Oversampling Clock Generator and Hamming (7,4) Single Error Correction (SEC) decoder.

Technologies: Verilog HDL Β· MATLAB Β· Digital Signal Processing (DSP) Β· Fixed-Point Arithmetic
πŸ–ΌοΈ Hardware Gallery: Schematics & Waveforms

  • Implemented Discrete Fourier Transform (DFT) and Inverse Discrete Fourier Transform (IDFT) co-processor logic in Verilog HDL and MATLAB.
  • Integrated fixed-point Twiddle factor ROM lookup tables and pipelined Complex Multiplier-Accumulator (MAC) engines.

Technologies: JavaScript Β· Web Speech API Β· Python Β· Supabase Β· Accessibility AI
πŸ“Š Presentation Deck: SignSpeak AI Presentation (PDF)

  • Built an adaptive AI learning platform for blind, deaf, and speech-impaired students (Class 6-12 NCERT curriculum).
  • Features Blind Mode (voice assistant), Deaf Mode (visual cards & subtitles), and Speech-Impaired Mode (tap-word chip builder).

Technologies: Multi-Agent AI Β· Agent Orchestration Β· Vercel Β· Async Pipelines
πŸ“Š Presentation Deck: Minimintt Slide Deck (PPTX) | Slides (PDF)

  • Designed an Autonomous Multi-Agent AI Orchestration Framework for agent task decomposition, shared context memory, and consensus verification.

πŸ“Š GitHub Analytics


GitHub Streak

πŸ“¬ Contact & Connect


Open for Campus Placement Opportunities in Embedded Systems, Robotics, Digital Design, and Firmware Engineering.

Popular repositories Loading

  1. Road-SOS Road-SOS Public

    RoadSOS is an AI-powered road safety and emergency response system designed to reduce emergency response time during road accidents. The platform combines embedded hardware, computer vision, IoT, a…

    2

  2. UART_COM UART_COM Public

    uart communication using 16xoversampling and hamming code on FPGA

    Verilog 1

  3. Robox-AI-Autonomous-Robot Robox-AI-Autonomous-Robot Public

    Robox is an AI-powered autonomous robot developed using Raspberry Pi, Python, and computer vision technologies. The robot is designed for intelligent navigation, obstacle avoidance, object detectio…

    Python 1

  4. sharath-IXVII sharath-IXVII Public

    1

  5. Sign_Speak_AI Sign_Speak_AI Public

    Adaptive AI learning platform for blind, deaf, and speech-impaired students with Web Speech API and multi-modal accessibility features.

    JavaScript

  6. Minimintt_MultiAgent_Ecosystem Minimintt_MultiAgent_Ecosystem Public

    Autonomous Multi-Agent AI Framework and Orchestration Ecosystem for scalable AI agent workflows.