PROFESSIONAL SUMMARY
Final-year Electronics & Communication Engineering student (CGPA: 9.2/10) specializing in embedded systems, IoT, and AI-powered computer vision. Built and deployed 6+ hardware-integrated projects — including an ESP32-based real-time driver-monitoring system and an ET0-driven smart irrigation platform selected for the Wadhwani Foundation Venture Idea Development Bootcamp. Seeking an entry-level Embedded Systems / IoT / AI & Computer Vision engineering role to design, prototype, and deploy production-grade hardware-software solutions.
PROJECTS
ESP32 Anti-Sleep Driver Monitoring System
Technologies: ESP32, MPU6050 motion sensor, Wi-Fi, JSON API
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Designed and deployed a full-stack driver-drowsiness detection system using an ESP32 and MPU6050 motion sensor
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Features a real-time Wi-Fi dashboard, JSON API, and a custom risk-scoring engine for drowsiness/accident detection
SARVA-X Smart Agriculture Platform (Founder & Team Lead)
Technologies: ET0 (Hargreaves-Samani formula), HTML, JavaScript, Chart.js
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Founded and led a 4-member team building an ET0-based (Hargreaves-Samani formula) smart irrigation decision engine
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Developed an interactive HTML/JS + Chart.js dashboard that models soil water balance to automate irrigation scheduling
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Selected for the Wadhwani Foundation Venture Idea Development Bootcamp (VEN-SARV-7929)
AI Smart Pedestrian Detection System
Technologies: OpenCV, YOLO (Ultralytics), Real-time video processing
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Built a real-time pedestrian-detection and safety-alert system using OpenCV and YOLO (Ultralytics)
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Processes live video to flag pedestrians and trigger instant alerts for smart-mobility and ADAS-style safety use cases
Technologies: Python, Computer Vision, NLP
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Built a Python-based AI assistant integrating computer vision and NLP
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Automates everyday tasks through voice and visual interaction
Human Following & Obstacle Avoidance Robot
Technologies: Ultrasonic sensors, IR sensors, Computer Vision
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Designed an autonomous robot combining ultrasonic/IR sensor interfacing with computer vision
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Enables real-time human tracking and dynamic obstacle avoidance
AI-Based Dual-Axis Remote-Control Car
Technologies: Wi-Fi, Dual-axis pan-tilt camera, AI-assisted navigation
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Engineered a Wi-Fi-controlled car with dual-axis (pan-tilt) camera control and live video streaming
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Enables real-time AI-assisted navigation and remote surveillance