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Robotics is one of the current cutting-edge technologies to produce millions of different types of robots for all industries across the world. Robots including mobile, industrial, household, vehicle, and many more forms have started dominating the global tech market. Engineering students are highly interested to work with robots in their educational institutes. Hence, educational institutes have started accepting robotics projects from engineering students to add value to their resumes. Robotics project ideas have created ample opportunities to have a deep understanding of robotics and artificial intelligence at a different level. Thus, let's explore some of the top ten DIY robotics project ideas to work on for sufficient practical experiences.
Engineering students can create a gesture-controlled robotic car with Arduino Nano, a motor driver, and many more to control a robot with their hands. The robotics project is based on wireless communication where the real-time data from hand gestures can be transmitted to the robot through a transmitter and receiver section.
Android-controlled robotic car is one of the interesting robotics projects for engineering students. It is also known as a Bluetooth-controlled robot with a smart android app to control the robotic car. There are different modules to be used in the project for controlling the robotic car efficiently without any trouble.
Off-road adventure robot is one of the interesting robotics projects for engineering students to start their professional careers in robotics. Engineer students can use a 300 PRM motor on wheels to travel through the roughest terrains efficiently without any trouble. The motor moves in a rotational direction to get out of sticky situations with a simple mechanism. It is very easy to operate and repair and replace batteries, microcontrollers, as well as circuits. There is an action camera to record the rough track and look at the adventurous road. This off-road adventure robot consists of high-torque motors, heavy-duty chassis, high-profile wheels, and an in-built camera.
Android-controlled robotic arm project enables engineering students to control a robotic arm with an android device. The device is used for sending Bluetooth commands to the Bluetooth receiver in the receiver circuit. Then the microcontroller controls the motor to move the robotic arm according to commands like grip open, up, down, grip close, etc. Users can create these robotics projects to pick any object, move, place, and drop as per the commands through an android device.
Obstacle avoidance robot is one of the top robotics projects for engineering students to develop an autonomous intelligent robot with infrared sensors. These infrared sensors help to sense and detect any obstacle in the path of this robot. This makes some changes in the direction of the robot while avoiding the obstacle in front of it.
War field spying robot with night vision wireless camera is a popular robotics project that needs the implementation of a remote-controlled spy robot that will helpful in war situations. The night vision wireless camera is attached to the robot to provide real-time information in total darkness with the help of infrared lighting. It is useful for spying in dangerous areas in the events of wars without putting any human soldier at potential risk.
A PC-controlled human detection robot helps to detect any human through a robotic vehicle. It uses infrared sensors as well as a microcontroller unit during times of earthquakes or any other natural disaster to detect human bodies under debris.
GSM mobile phone-controlled intelligent robot is a well-known robotics project for engineering students to control the movements or motion of robots with modern GSM technology. Developers or users can send SMS to the remote robot control unit to control movements efficiently and complete the necessary work.
MEMS sensors controlled haptic forefinger robotic aid deals with the full control of forefinger direction-based pathway robot for helping disabled/physically challenged/handicapped people efficiently. Engineering students use MEMS sensor, a microcontroller, and an RF module to achieve the success of this robotics project.
One of the robotics projects known as Hector SLAM (Simultaneous Localization and Mapping) mapping and indoor positioning robot helps robots to facilitate real-time accurate mapping of rooms indoors. Engineering students can develop this project by devising a low-cost system for creating accurate maps of indoors. This helps the robots to move freely without any collisions or barriers on the indoor floors.
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