Robotics

Class Age

6 years and above

Time

Personalized schedule for each student.

Duration

24 | 48 | 96 sessions

Course Overview

A hands-on and fun way to learn STEM concepts, Robotics is a branch of technology that deals with making, programming and designing of robots. Trusity’s Robotics program strengthens and supports student skills while developing their knowledge through creation, design, assembly and operation of robots. In this program, students will learn engineering concepts like mechanics, navigation, sensors and more, while being introduced to computer science fundamentals and architecture. It is a well-rounded approach to educational technology and learning, as it includes all the subjects of STEM. The aim is to prepare students for the future by inspiring curiosity and creativity in them.

Our experienced tutors structure and deliver the program basis the knowledge and skill level of the student.

Course Objectives

Strengthen knowledge and skills in Math, Science, Computer Programming and Coding.
Knowledge of principles in computer architecture and algorithms.
Analyze and model systems that contain both software, hardware and mechanics.
Strengthen knowledge and skills in Electronics and Digital Technology.
Build a strong foundation in core concepts through interactive and immersive learning.
Improve creativity, problem solving abilities, and multi-tasking skills.
Integrate and extend learning by applying different skills to an assigned task.
Stimulate brainpower and improve concentration, critical cognitive and analytical skills.

Topics

Understand the Concepts of Robotics and Coding.
Sequential and Iterative coding techniques to build Games, Stories, Animations, and Robotics.
Real World applications of Mathematical operations and Conditional Statements.
Basics of Electronic Elements.
Create circuits and programming of Sensors and Actuators.
Write programs for the Line-Following and Obstacle Avoiding Robots.
Design prototypes of Six Simple machine (Screw, Wedge, Pulley, Lever, Inclined Plane, Wheel and Axis).

Essential of Microcontrollers architecture and Skills of C++.
Create various projects related including Sensors, LEDs, LCD, Keypad, DC and Servomotor using Simulation.
Build projects to manage control of robots for Obstacle Avoiding and Line-Following using Simulations.
Assemble, Connect and Program Robots.
Connect components to make Password Based Door Lock and Smart Hand Band for Blind People.
Concepts of Smart Home Automation.

Concepts of Communication technologies (Bluetooth and Internet of things).
Remotely monitor the real-time status of Temperature, Humidity, Ultrasonic, Smoke, and Moisture Sensor Using Bluetooth and Smartphone.
Smartphone Sensors.
Build projects with terminal module for sending and receiving data.
Control of intelligent Robot via Voice Commands over Bluetooth.
Study and implement a smart robot to detect gas emissions.
Design and implement a smart robot to track quarantine violators.
Design and implement a UV sterilization robot for quarantine room.

Concepts of Robotics and Coding.
Basics of Electronic Elements.
Design prototypes of six Simple machine (Screw, Wedge, Pulley, Lever, Inclined Plane, Wheel and Axis).
Essential of Microcontrollers Architecture and Skills of C++.
Create various projects related including Sensors, LEDs, LCD, Keypad, DC and Servomotor.
Assemble, Connect and Program any robots.
Concepts of Communication technologies (Bluetooth and Internet of things).
Smartphone Sensors (Light, Proximity, Accelerometer, Gravity and GPS).
Study and implement a smart robot to detect gas emissions.
Design and implement a UV sterilization robot for quarantine room.