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πŸ‘‹ Hi, I'm Medisetti Renukeswar

πŸ€– Robotics & AI Engineer | ROS2 β€’ SLAM β€’ Computer Vision β€’ Autonomous Systems


πŸ‘¨β€πŸ’» About Me

I'm an enthusiastic and self-driven engineer with strong interests in robotics, autonomous systems, AI, and full-stack development.
My learning journey includes hands-on experience in AI/ML, cloud systems, and software development through virtual internships with Google (AI/ML) and Juniper Networks (Cloud Networking).

I actively build robotics-aligned projects using computer vision, deep learning, ROS2, SLAM, path planning, and sensor fusion,
while also developing end-to-end applications using the MERN stack.

I'm passionate about understanding how intelligent systems perceive, decide, and act in the real world,
and I enjoy using generative AI and prompt engineering to accelerate development and creativity.


πŸš€ Skills & Technologies

πŸ”Ή Programming

Python Β· C Β· C++ Β· Embedded C Β· MATLAB Β· SQL

πŸ”Ή Robotics & Automation

ROS2 Β· SLAM (RTAB-Map, Gmapping) Β· Nav2 Β· Sensor Fusion (EKF) Β· Path Planning (A*, RRT*)
PID Control Β· Kinematics / Inverse Kinematics Β· Trajectory Control Β· LiDAR / IMU / Vision Integration

πŸ”Ή Computer Vision & AI

OpenCV Β· YOLOv8 / SSD Β· ArUco Markers Β· Pose Estimation (6-DOF) Β· Face Recognition
TensorFlow Β· PyTorch Β· Deep Learning Β· TensorFlow.js Β· OpenCV.js

πŸ”Ή Simulation & Tools

Gazebo Β· AirSim Β· MATLAB Robotics Toolbox Β· Arduino

πŸ”Ή Cloud & DevOps

AWS Β· Azure Β· Docker Β· Git / GitHub Β· Linux (Ubuntu)

πŸ”Ή Web & Databases

MERN Stack (MongoDB, Express.js, React.js, Node.js) Β· HTML Β· CSS Β· JavaScript Β· REST APIs


πŸ§ͺ Projects

# Project Duration Description Tech Stack
1 πŸš— Multi-Sensor Fusion for Autonomous Driving Mar 2026 EKF-based sensor fusion integrating IMU, Camera, and Ultrasonic/LiDAR for robust state estimation, real-time localization, and obstacle detection in dynamic environments. Python Β· ROS2 Β· EKF Β· IMU Β· LiDAR Β· OpenCV
2 🚁 Autonomous Drone Path Planning in 3D Environment Feb – Mar 2026 Benchmarked A* and RRT* algorithms for 3D obstacle-aware path planning in simulated drone environments with heuristic optimizations for reduced computation time. Python Β· A* Β· RRT* Β· ROS2 Β· Gazebo Β· AirSim
3 🦾 Computer Vision Object Detection & Robotic Grasping Apr – May 2026 Real-time perception pipeline using YOLOv8/SSD for object detection and OpenCV for grasp point localization, transmitting coordinates to a robotic arm controller for warehouse automation. Python Β· YOLOv8 Β· SSD Β· OpenCV Β· Robotic Arm Control
4 🧭 Object Pose Estimation Using ArUco Markers Dec 2025 – Jan 2026 6-DOF pose estimation using OpenCV's ArUco detection and solvePnP with camera calibration, achieving <2mm translation and <0.5Β° rotation error for robotic manipulation and AR applications. Python Β· OpenCV Β· ArUco Β· Camera Calibration Β· 6-DOF
5 πŸ€– Robotic Arm Kinematics, Inverse Kinematics & Trajectory Control Nov – Dec 2025 Derived and implemented forward/inverse kinematics for a multi-DOF robotic arm using DH parameters and Jacobian-based IK solvers with smooth trapezoidal and cubic spline trajectory profiles. Python Β· MATLAB Β· DH Parameters Β· IK Solver Β· Trajectory Planning
6 πŸ”Œ Line-Following Robot Apr – May 2026 Autonomous line-following robot using Arduino and IR sensors with PWM-based motor control via L298N driver, implementing a complete closed-loop hardware-software autonomous navigation system. Arduino Β· Embedded C Β· IR Sensors Β· L298N Β· PWM Control
7 🎭 Attendance Management System Using Face Recognition (Final Year Project) Aug 2024 – Feb 2025 Full-stack automated attendance system using deep learning face recognition (FaceNet/dlib) with 97%+ accuracy, real-time alerts, and an analytical dashboard β€” reducing manual marking time by 90%. Python Β· OpenCV Β· FaceNet Β· dlib Β· MERN Stack Β· MongoDB

πŸ“Š GitHub Stats (Light + Dark Mode Auto)

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πŸ”₯ Contribution Streak

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πŸŽ“ Education

πŸ“Œ B.Tech β€” Computer Science & Engineering
Sreenidhi Institute of Science & Technology, Hyderabad | 2021 – 2025 | CGPA: 7.19/10

πŸ“Œ Intermediate (MPC) β€” Class XII
Sri Vivekananda Junior College, Nalgonda | 2019 – 2021 | 96.5%

πŸ“Œ SSC β€” Class X
ZPHS Pochireddypally, Nalgonda | 2018 – 2019 | GPA: 9.3/10


πŸ† Certifications

  • πŸ€– Modern Robotics Specialization (Courses 1–6) β€” Northwestern University, Coursera Β· Oct 2025 – Ongoing
  • 🎯 micro1 AI Interview Certification β€” Aspiring Robotics Engineer Β· May 2026
  • πŸ‘ OpenCV.js, TensorFlow.js, YOLOv8 β€” Computer Vision & Web Integration, Udemy Β· Apr 2026
  • ☁ AWS Academy Graduate β€” Machine Learning Foundations, Amazon Web Services Β· Oct 2024
  • πŸ”· Microsoft Certified: Azure Fundamentals β€” Simplilearn Β· Mar 2026
  • πŸ”· Introduction to Azure Services β€” Simplilearn Β· Mar 2026
  • πŸ’» Full Stack Web Dev / Data Science / AI β€” Udemy Β· Oct 2022
  • 🐍 Python Certification β€” HackerRank Β· 2023

πŸ’Ό Experience & Internships

  • 🧠 AI / ML Virtual Internship β€” Google (via Forage)
  • 🌐 Cloud Networking Virtual Internship β€” Juniper Networks (via Forage)
  • πŸ€– Robotics & Embedded Systems Intern β€” Pantech.AI Β· Jan – Mar 2025

πŸ“¬ Contact

πŸ“± Phone: +91 6304760922
πŸ“§ Email: medisettirenukeswar83@gmail.com
πŸ”— LinkedIn: https://www.linkedin.com/in/renukeswar-medisetti-rk/
πŸ™ GitHub: https://github.com/MedisettiRenukeswar
🌐 Portfolio: https://medisettirenukeswar.github.io/Portfolio/


⭐ "Engineering intelligent machines that understand, navigate, and interact with the real world."

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  1. opencv-face-eye-detection-haar opencv-face-eye-detection-haar Public

    Real-time face and eye detection using OpenCV Haar cascades with webcam input. Live bounding boxes, ROI-based eye detection, and snapshot saving.

    Python

  2. opencv_hand_tracking_finger_count opencv_hand_tracking_finger_count Public

    Real-time hand tracking and finger counting using OpenCV β€” skin segmentation, contours, convex hull, and convexity defects from webcam.

    Python

  3. trajectory-planning-2d-inverse-kinematics trajectory-planning-2d-inverse-kinematics Public

    Trajectory planning for a 2-link robotic arm using inverse kinematics and cubic joint-space interpolation to track random targets with smooth motion.

    Python

  4. visual-servoing-2d-arm-simulation visual-servoing-2d-arm-simulation Public

    Visual servoing simulation for a 2-link robotic arm in 2D. A virtual camera observes a target, and the arm uses image-based feedback + inverse kinematics to keep the target in view and move the end…

    Python