Autonomous Robotics Engineering : Mastering ROS 2, SLAM, and Computer Vision for Real-World Applications Kindle Edition

Ever watched your robot perform like a superstar in simulation — then wobble like a lost shopping cart the second it hits real floor?You’re not broken. Your approach is.Autonomous Robotics Engineering is the no-nonsense, build-first guide for engineers who want robots that actually work outside the lab. I wrote this book for people who are done with theoretical elegance and ready for production reliability: maps that aren’t haunted, navigation that doesn’t panic when someone walks by, and vision that survives bad lighting and messy rooms.What you’ll learn (and ship) Master ROS 2: launch files, QoS, executors, debugging habits, and rosbag-driven workflows that stop you chasing ghosts.Build reliable SLAM maps and fix common artifacts (no more double walls).Localize like a pro with AMCL and make Nav2 behave with tuned costmaps, planners, and recovery behaviors.Integrate real sensors — LiDAR, IMU, encoders, cameras — with time sync, validation tests, and robustness patterns.Deploy practical computer vision: calibration, OpenCV pipelines, edge inference (ONNX → TensorRT), and safe vision→nav fusion.Orchestrate mission autonomy: patrols, event-driven behaviors, docking, long-run stability, and field-ready runbooks.Why this book is differentField-ready artifacts: annotated launch templates, copy-paste config bundles (EKF, AMCL, Nav2), and production runbooks so you can reproduce demos. Acceptance tests & failure-mode playbooks for every major milestone — prove it works before you ship it.Edge deployment recipes for Jetson/Coral/Intel NCS and practical model conversion steps.Operational guidance: systemd autostart, telemetry basics, remote debugging, and long-run stability checks.Who this book is for ROS 2 developers who want a production-ready stackStudents and makers tired of demos that crash in the fieldEngineers moving from prototype to productIncludes a companion repo with launch files, sample rosbags, tuned configs, and capstone runbooks so you can follow along and reproduce every demo.If your robot has ever spun in circles like it’s summoning an ancient planner spirit — this book fixes that. Click Buy, plug in, and let’s build autonomy that actually works.— Silas Veyne, robotics engineer and practical tinkerer Read more