Haron Khadar

Computer Science and Engineering undergraduate specializing in Cybersecurity at RV College of Engineering with strong foundations in core computer science subjects and hands-on exposure to AI, cloud, and IoT-based systems. Enthusiastic Student with superior skills in working in both team-based and independent capacities. Bringing strong work ethic and excellent organizational skills to any setting. Excited to bring above average user skills in information technology. Seeking internship or entry-level opportunities to apply academic knowledge, contribute to real-world solutions, and gain industry experience.

• Smart AI Travel Assistant (Self-Initiated / Internal Project), Designed and developed an AI-based travel assistant to support travel planning, recommendations, and general user queries. Implemented intelligent response logic to improve contextual understanding and conversational flow, strengthening knowledge of agent-based AI systems.
• AI-Based Chatbot for Service Request and Ticket Resolution (Client Requirement), Developed an AI-powered chatbot requested by a client to automate service request handling and AI-driven service ticket resolution. The system categorized, prioritized, and resolved service tickets where applicable, significantly reducing manual intervention and improving response turnaround time.

• Regenerative Braking Model for Mechanical–Electrical Systems, Designed a conceptual model demonstrating energy recovery during braking by converting mechanical energy into electrical energy, improving overall system efficiency.
• Smart Irrigation System, Developed an IoT-based soil moisture monitoring system using sensors to automate irrigation decisions, reducing water usage and improving crop health.
• Smart Water Purity Monitoring System, Implemented an IoT-based system to monitor water quality parameters in real time, enabling early detection of contamination and ensuring safe water standards.
• AI-Based Smoke Detection System, Built an AI-driven smoke detection solution using image processing and machine learning techniques for early fire detection and safety applications.
• Smart Parking Locator System, Designed a smart parking solution to identify and locate available parking slots, improving space utilization and reducing search time using intelligent logic.
• Self-Evolving Agent for Crop Yield Prediction, Developed an AI-based agent capable of learning from historical agricultural data and environmental factors to improve crop yield prediction over time.

• NPTEL – Data Science for Engineers
• NPTEL – Research Methodology in Humanities and Social Sciences
• Cisco – CCNA 1: Introduction to Networks
• Google Cloud – Implement Cloud Security Fundamentals on Google Cloud

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