AI Robot Builder
Design conceptual robots by selecting components, functions and intelligent behavior.
Planned
Planned for future development
RobotTX is a robotics learning and educational resource platform dedicated to making robotics, electronics, programming and engineering concepts easier to understand. Explore practical projects, educational robot kits, embedded systems and a growing collection of robotics tools designed for students, hobbyists, teachers and makers.
A learning-focused platform exploring the technologies, engineering principles and practical applications that make modern robotics possible.
Our mission is to make robotics knowledge more accessible by bringing together educational resources, project ideas, programming concepts and practical engineering information. We aim to help learners understand how robots work and how different technologies can be combined to build useful robotic systems.
We envision a learning environment where students, educators, hobbyists and future engineers can explore robotics through understandable explanations, creative experiments, electronics projects and accessible engineering tools.
Robotics connects programming, electronics, mechanics, mathematics and problem-solving. RobotTX focuses on explaining these connections through project-based learning, practical examples and structured educational resources.
Our resources are intended for robotics beginners, STEM students, Arduino developers, electronics enthusiasts, educators, makers and anyone interested in understanding robotics and automation technologies.
Robotics brings together several technical disciplines. RobotTX explores the hardware, software and engineering principles behind these technologies.
Arduino programming, C++, Python, embedded software and robot control logic.
Arduino boards, ESP32, Raspberry Pi Pico and embedded controller platforms.
Robot chassis, gears, motors, wheels, robotic arms and mechanical assemblies.
Circuits, sensors, batteries, motor drivers, power systems and electrical connections.
Intelligent robot behavior, autonomous systems, decision-making and machine learning.
Virtual robotics experiments, 3D design, motion planning and engineering simulations.
RobotTX is developing a collection of educational robotics tools covering programming, engineering calculations, electronics, robot simulation and STEM learning. The directory below shows our planned features and any tools that are already available.
Explore artificial intelligence, robot design, autonomous behavior and intelligent robotics systems.
Design conceptual robots by selecting components, functions and intelligent behavior.
PlannedGenerate creative robotics project ideas for different skill levels and applications.
PlannedCreate conditional robot behaviors using visual IF, ELSE and THEN logic.
PlannedPlan autonomous robot reactions, decision-making and intelligent behavior.
PlannedExplore the components and logic needed to develop autonomous robots.
PlannedPlan improvements to robot hardware, sensors, controllers and software.
PlannedLearn microcontroller programming, embedded development and electronics through practical robotics projects.
Discover Arduino robotics projects with component lists, explanations and programming ideas.
PlannedExplore Arduino programming examples, functions and embedded development concepts.
PlannedDevelop and test Arduino programming examples in an interactive learning environment.
PlannedGenerate ESP32 project ideas involving Wi-Fi, Bluetooth, sensors and robotics.
PlannedExplore Raspberry Pi hardware, programming and robotics development.
PlannedCompare Arduino, ESP32, Raspberry Pi Pico and other microcontroller platforms.
PlannedUnderstand embedded programming concepts, GPIO, timers and communication protocols.
PlannedUnderstand the mathematics and engineering principles behind robot movement, motors, batteries and power systems.
Estimate robot operating time using battery capacity and electrical consumption.
PlannedCalculate theoretical robot speed using motor RPM, wheel diameter and gearing.
PlannedUnderstand motor torque requirements for different robotic applications.
PlannedCalculate gear ratios and understand their effect on speed and torque.
PlannedEstimate electrical power requirements for motors, sensors and controllers.
PlannedEstimate the component and construction costs of robotics projects.
PlannedCalculate wheel rotation speed and understand drivetrain performance.
PlannedExplore voltage drops in wires and electrical robotics circuits.
PlannedUnderstand electronic components, sensor integration, circuit design and robotics wiring.
Explore sensor compatibility with Arduino, ESP32 and Raspberry Pi boards.
PlannedPlan electronic connections between robot controllers, sensors and motors.
PlannedLearn how to identify common wiring and electrical connection mistakes.
PlannedExplore detection distances and operating ranges of common robotics sensors.
PlannedCalculate distances using ultrasonic sensor measurements and sound travel time.
PlannedCalculate resistance values and understand resistor applications in circuits.
PlannedCalculate appropriate current-limiting resistors for LED circuits.
PlannedExplore battery selection, power efficiency and energy management.
PlannedExplore virtual robotics environments, robot movement, navigation and control systems.
Explore robot movement and basic motion control in a virtual environment.
PlannedPlan robot movement paths and explore navigation strategies.
PlannedUnderstand forward and inverse kinematics in robotic mechanisms.
PlannedExplore robotic arm joints, movement, angles and positioning.
PlannedExplore line detection, sensor feedback and robot steering logic.
PlannedUnderstand obstacle detection and autonomous robot navigation.
PlannedExplore proportional, integral and derivative control parameters.
PlannedFind structured learning resources, educational activities, project ideas and robotics career guidance.
Follow a structured learning roadmap from basic electronics to advanced robotics.
PlannedDiscover robotics project ideas based on experience, interests and available components.
PlannedExplore educational quizzes covering robotics, electronics and programming.
PlannedPlan robotics and electronics learning activities for STEM education.
PlannedDiscover robotics engineering careers, technical skills and professional pathways.
PlannedUnderstand motors, sensors, controllers, batteries and mechanical components.
PlannedExplore educational robotics kits according to experience, age and budget.
PlannedLearn important robotics, automation, electronics and engineering terminology.
PlannedExplore mechanical robot design, component selection, 3D printing and advanced robotics concepts.
Explore the design of robot chassis, structures and mechanical components.
PlannedPlan robot chassis dimensions, component positions and mechanical layouts.
PlannedExplore motors, sensors, controllers and other robotics hardware components.
PlannedCompare specifications and characteristics of common robotics components.
PlannedExplore gripper mechanisms, robotic grasping and end-effector design.
PlannedOrganize project objectives, hardware lists, wiring and technical documentation.
PlannedRobotics is best understood by combining theoretical knowledge with practical experimentation.
Understand basic electronics, electrical circuits, sensors, motors and programming concepts.
Learn how Arduino, ESP32 and Raspberry Pi platforms interact with electronic components and sensors.
Explore practical projects involving robot movement, motor control, obstacle detection and automation.
Progress toward robotics simulation, autonomous navigation, kinematics, artificial intelligence and advanced control systems.
RobotTX aims to organize robotics knowledge into understandable topics that connect programming, electronics, mechanical design and engineering.
Rather than focusing only on individual components, we encourage learners to understand how complete robotic systems work together.
Our educational direction covers both traditional robotics and emerging fields such as autonomous systems, AI-assisted development and intelligent automation.
Learn more about our robotics learning resources, planned tools and educational focus.
Have a question, suggestion, robotics project idea or collaboration proposal? We welcome relevant inquiries and feedback.
admin@robottx.comFrom microcontrollers and electronic circuits to intelligent robots and autonomous systems, RobotTX is dedicated to exploring the technologies that shape the future of robotics.