Book Description
Build, program, and compete with confidence in the world of FIRST Tech Challenge robotics.
FTC Robotics Engineering and Programming is a comprehensive, practical guide designed to help students, mentors, coaches, and robotics enthusiasts master every aspect of designing and programming competitive FTC robots. Whether you are joining your first team or striving to reach championship-level performance, this book provides the knowledge and tools needed to succeed.
From engineering fundamentals and Java programming to autonomous systems and competition strategy, this book takes a hands-on approach to the complete FTC robotics journey. It explains not only how to build a robot, but also why successful teams make certain design, programming, and strategic decisions.
Inside this book, you'll learn how to:
Understand the FIRST Tech Challenge competition framework and rules.
Apply the engineering design process to build effective robots.
Design reliable drivetrains, mechanisms, lifts, and manipulators.
Work with motors, servos, sensors, and control systems.
Set up and use the FTC SDK and write Java programs for robotics applications.
Develop TeleOp and autonomous programs using industry-standard programming concepts.
Implement state machines, sensor integration, and data processing techniques.
Understand motion planning, odometry, localization, and trajectory concepts.
Explore advanced topics such as Road Runner, encoder tracking, and autonomous navigation.
Debug, test, and optimize your robot for maximum performance.
Develop match strategies, alliance coordination skills, and competition readiness.
This book includes:
Step-by-step explanations of key robotics concepts
Practical Java code examples and templates
Real-world engineering principles and best practices
Autonomous and TeleOp programming strategies
Testing, debugging, and optimization techniques
Troubleshooting guides and development workflows
Appendices with reference materials and reusable templates
Unlike many introductory robotics books that focus only on theory or specific seasons, this guide presents timeless engineering and programming principles that can be applied across multiple FTC seasons and robot designs.
Whether you are a student preparing for your first competition, a mentor guiding a team, or an educator introducing robotics in the classroom, FTC Robotics Engineering and Programming serves as both a learning resource and a long-term reference manual for building smarter, more reliable, and more competitive robots.
Design. Build. Program. Compete.
Your journey toward becoming an effective FTC robotics engineer starts here.
