Eshwar Potnuru

Developed two AI Operating System research and tools, including a Discord Task Bot and a Gmail Task Parser, integrating NLP, Python, and PostgreSQL to streamline internal operations. Proposed and collaborated on enhancements for scaling these tools, including containerization with Docker and transitioning to a microservice-oriented database infrastructure.

Developed an interactive Legal Fee Estimator with a chatbot-style UI using HTML, JavaScript, and CSS, seamlessly integrated into WordPress. Designed a decision tree-based questionnaire for dynamic fee calculations and integrated smart form logic and email alerts, streamlining internal workflows and client communications.

Designed a MATLAB-based system integrating Raspberry Pi camera and microphone for real-time audio and facial identity and emotions recognition using different datasets. Gained expertise in real-time data acquisition, signal processing, and emotion/voice detection for human-interactive systems.

Designed and implemented an autonomous cleaning robot with SLAM-based navigation, integrating custom ROS Python nodes for efficient path planning and obstacle avoidance. Developed a detachable cart with a vacuum system using Fusion 360 for precision 3D modeling and integrated LiDAR with Raspberry Pi 4 for real-time mapping and decision-making.

Applied machine learning algorithms to a dataset of 50,000 entries, determining the probability of celestial objects being planets. Developed a Python-based framework for data analysis, contributing to research in AI-driven astronomy.

Led a team to create an AI-driven robot for campus navigation, face recognition, and visitor interaction. Showcased the project at a university exhibition, earning commendations for innovation.

Exhibited several robotic designs and prototypes, showcasing advancements in autonomous navigation and AI-driven decision-making. Demonstrated practical applications of robotics and AI technologies.

Grade: First-Class Honors

Activities and societies: Final Year Project: AI Autonomous Solution for Effective Home Maintenance Bot.

Achieved First-Class Honours in Robotics and Artificial Intelligence. Developed an AI Autonomous Solution for Effective Home Maintenance Bot as a final year project.

Grade: Distinction

Activities and societies: Core Competencies: Electrical circuit design, microcontroller programming, embedded systems, and power electronics.

Graduated with Distinction in Electrical Engineering. Gained core competencies in electrical circuit design, microcontroller programming, embedded systems, and power electronics.

Completed 10th Standard education under the Central Board of Secondary Education (CBSE) curriculum.