Multi-Purpose Robotics
Creating your own apps with Drag and Drop concept, without Programming
About Multi-Purpose Robotics
Robotics training provided by our company is designed to help individuals gain the essential skills needed to work with robotic systems. This training includes both theoretical and practical approaches, as well as hands-on experience with robots.
The theoretical component of our robotics training covers the principles of robotics, including kinematics, motion control, programming, sensors, and actuators. We provide an in-depth look at each of these topics, including discussions on the physics behind motion control, the use of programming languages, and the types of sensors and actuators available.
Course Content
★ Theory & Software Distribution
      1.Theoretical knowledge on Robotics
      2.Applications of Robots
      3.Basic constituents of Robots & detailed Explanation
      4.Arduino IDE Software Distribution
      5.Installation of Arduino IDE Software and Drivers Installation
★ Description of Arduino Hardware Introduction to Embedded C Programming
      1.Introduction to Arduino Nano Hardware
      2.Blink Program using Embedded C Language
      3.Introduction to Motors and Understanding there working
      4.Motor Testing using Embedded C Language
      5.Installation of Arduino IDE Software andÂ
★ Making Robot and Programming Related to it
      1.Robot Assembly
      2.Basic Programs
      3.Different tasks
      4.Intro about IR sensors
      5.Programming for Path Follower Robot
★ Introduction to Different Applications of IR & Interfacing Robot With it
      1.Learning Many Different Applications of IR Sensor Controlled Robot
      2.Final Output
      3.Doubt Solving
      4.Competition on What we have Learned in 2days
★ Introduction to MIT & Android App
      1.Design your own Android App on MIT App inventor
      2. Creating GUI (Graphical User Interface) with D & D Coding backhand
      3.Creating apk file of App and installing app in mobile phone
      4.Introduction to servo motors
      5.Controlling them using different type of components.
★ Description of Arduino Hardware Introduction to Embedded C Programming
      1. Introduction to Serial Communication
      2. Introduction to AT Commands
      3. Configuring Bluetooth Module HC
      4. Understanding Final Program of Bluetooth Controlled Robot
      5. Interfacing Bluetooth of Mobile Phone & Bluetooth Module HC        Â
★ Introduction Motion Sensor and its calibration
      1. Introduction to Motion sensor
      2. Writing and understanding Getting axial values of sensor
      3. Calibrating sensor for controlling
★ Getting final out using Motion of Hand
      1. Calibrating motion sensor with Arduino
      2. Understanding and uploading final code
      3. Getting final Output