Bluetooth-Controlled Car Workshop
About the Bluetooth-Controlled Car Workshop
The Bluetooth-Controlled Car Workshop is a fully practical, beginner-friendly robotics training designed to teach participants how to build and control a smart robotic car using mobile Bluetooth. This workshop is ideal for engineering students, robotics hobbyists, tech clubs, makers, and beginners interested in embedded systems. By the end of the workshop, every participant will assemble, wire, program, and test a fully functional Bluetooth-operated robotic car.
🧩 Workshop Modules – Bluetooth-Controlled Car Workshop
📘 Basics of Bluetooth & Motor Control
Learn how Bluetooth communication works, how mobile apps send commands, DC motor control principles, motor drivers, and the basics of robotics movement.
🔧 Car Assembly & Wiring
Assemble the chassis, mount motors, wire the motor driver, attach the wheels, connect the battery, and set up the Bluetooth module with proper circuit flow.
💻 Microcontroller Programming
Program the robotic car to receive Bluetooth data, interpret commands, and control direction, speed, turns, and movement patterns.
🧪 System Testing & Troubleshooting
Test motor directions, verify Bluetooth command responses, correct wiring faults, and refine speed and movement control until the car performs smoothly.
📱 Mobile App Control
Learn how mobile Bluetooth control apps work, map button functions, and customize your own control interface for the robotic car.
⏳ Workshop Duration
This workshop can be completed in 3 to 5 days:
Day-1: Theory
Day-2: Programming + Testing + Driving Practice
Day-3: Performance Optimization + Range Testing
Day-4: Advanced Control + Final Driving Session
📘 What You Will Learn in the Bluetooth-Controlled Car Workshop
📡 Bluetooth Communication Basics
Understand how Bluetooth modules communicate with microcontrollers, how commands travel from mobile apps, and how data is processed by the car.
⚙️ Motor Driver & DC Motor Control
Learn how motor drivers (L298N/L293D) work, how DC motors are controlled, how direction & speed are managed, and how to wire them safely.
💻 Arduino / Embedded C Programming
Write programs to read Bluetooth commands, control motors, manage speed, implement forward/backward/left/right movement, and create smooth motion logic.
🔧 Circuit Design & Hardware Setup
Build the full robotic car circuit—motor driver wiring, power distribution, microcontroller integration, and safe battery connection.
📱 Mobile App Control Interface
Learn how mobile Bluetooth control apps work, how buttons send commands, and how to customize your own interface for vehicle control.
🚗 Hands-On Driving & Testing
Test the robotic car, refine steering, adjust speed levels, perform obstacle-free driving, and troubleshoot real-world challenges.
🎯 Key Skills You Will Gain in the Bluetooth-Controlled Car Workshop
🔧 Hardware Assembly & Wiring
You will learn to assemble the full robotic car — chassis setup, motors, wheels, battery supply, motor driver, and controller wiring.
📘 Understanding Bluetooth Communication
Learn how Bluetooth modules send/receive commands, how signals are decoded, and how they control the robotic car.
🎮 Control & Movement Logic
Gain skills to control forward, reverse, left, and right movement with real-time mobile Bluetooth commands.
⚙️ Motor Driver Configuration
Configure motor drivers, manage motor speed, handle direction changes, and ensure safe power distribution.
💻 Arduino Programming Basics
Write code to read Bluetooth inputs, control motors, set speed logic, and create smooth navigation responses.
🛠 Troubleshooting & Fixes
Identify wiring issues, fix motor driver errors, correct code problems, and fine-tune the car for smooth movement.
👥 Who Can Join the Bluetooth-Controlled Car Workshop?
🎓 Students
Perfect for school and college students who want hands-on experience in robotics, Bluetooth control, and Arduino programming.
🎮 Hobbyists & Makers
Ideal for DIY makers who enjoy building small robots, experimenting with circuits, and controlling devices wirelessly.
🏫 Engineering Departments
Suitable for ECE, EEE, Mech, Mechatronics, CSE, and Robotics branches for practical robotics and embedded systems learning.
🤝 Clubs & Project Teams
Great for robotics clubs, innovation cells, IEEE groups, and technical communities working on beginner-friendly robotics projects.
🚗 Robotics Enthusiasts
Anyone who wants to learn how wireless robotic cars work and gain confidence in embedded electronics and motor control.
🌟 Benefits of the Bluetooth-Controlled Car Workshop
🚗 Build a Fully Working Robot Car
Participants assemble, wire, and test a complete Bluetooth-controlled robotic car capable of smooth and safe movement.
👐 100% Practical, Hands-On Learning
Every learner builds the robot physically — motors, wheels, chassis, Bluetooth module, wiring, and testing included.
🛠 Learn Industry-Relevant Skills
Gain experience with Arduino, Bluetooth HC-05/HC-06 modules, motor drivers, and embedded control circuits.
📜 Certification of Completion
Receive an official certificate from MMTimes which adds value to your portfolio and technical resume.
💡 Innovation & Creative Thinking
Encourages creativity in designing custom behaviors, improved movement, sensors, or automation add-ons.
🤝 Team Collaboration Skills
Work in groups to build, test, and improve the robot — ideal for project teams and technical clubs.
🚀 Future Scope — Bluetooth-Controlled Car Workshop
🤖 Robotics & Embedded Systems
Build a foundation for robotics projects involving motor control, microcontrollers, sensors, and automation.
📱 IoT & Wireless Control
Advance into IoT-enabled systems, wireless communication, BLE apps, and remote-control robotics.
🚘 Autonomous Vehicles Basics
Learn the core principles behind self-driving systems—motor control, obstacle detection, and navigation logic.
🛠 DIY Robotics Projects
Create more advanced robots like line followers, obstacle avoiders, IoT cars, or home automation bots.
🏫 Academic & Technical Competitions
Build strong robotics fundamentals useful for science fairs, mini-projects, hackathons, and college competitions.
💼 Robotics Startups & Careers
Kickstart a path toward robotics engineering, embedded systems, automation, prototyping, or startup opportunities.
🚗 Ready to Build Your Bluetooth-Controlled Car?
Join the hands-on Bluetooth Car Workshop and learn how to build, program, and control your own robotic car using your mobile device.