• Duration
  12 Weeks
• Course starts
  TBA
• Enrolment starts
  June 2023
• Enquire Now

COURSE OUTCOMES

1. To become familiar with the basics of robotics and artificial intelligence.
2. To understand various functions of sensors including drawing and running a
robot and basic blocks programming.
3. To develop basic coding with a pre-built VEX robot.
4. To become familiar with JavaScript.
5. To learn to get the microbit working, program its features, and create the
project.
6. To understand various softwares, hardwares, and it’s integration.
7. Motivation to solve real-world problems by integrating with various sensors
mounted on the mobile robot(s).

COURSE OUTLINE

1. Complete Foundation (Suitable for: 12-15 Years Old)
2. Each session will be 180 minutes.
3. Each week will have 1 session and the program will have 12 weeks and total
duration will be of altogether 36 hours. (we may increase frequency during the
holidays).

First Module

Basics of Robotics
Introduction to Robotics
Detailed Curriculum
What is Robotics
Role of Artificial Intelligence in Robotics
Types of Robot
Application of Robotics
Outcomes:
After completing the module, you will be able to: –
1. Learn the basics of robotics and artificial intelligence with modern applications of
robotics.
2. Explicate various sub-modules of the Robotics and AI domain.
3. Analyze and explore the possibility of the AI/Robotics solution for any real-world
problems.

Second Module

Sensors

Detailed Curriculum
Intro to different Sensors
Draw and run your Robot
Intro to blocks programming
Move your Robot by block programming
Spinning top program
Intro to Variables
Outcomes:
After completing the module, you will be able to: –
1. Perform various functions using sensors to evaluate the environment to adjust
actions of a robot
2. Explicate various sub-modules of the sensors.
3. Analyze and explore the solution using the sensors for any real-world problems.

Third Module

VR: Virtual Robotics [VrVx]
Detailed Curriculum
Intro to VR
Moving your Robot
Repeating behaviors
Navigating a maze
Detecting walls
Knowing your location.

Decisions with color
Moving disks with loops
Outcomes:
After completing the module, you will be able to: –
1. Understand virtual robotics platform
2. Develop basic coding for a robot with a pre-built VEX robot.
3. Analyze and explore the solution using the Decision-based system for any real-world
problems.

Fourth Module

Microbit using JavaScript
Detailed Curriculum
Intro to Microbit
Basics of Microbit
LEDs
Servo
Distance sensor
Music control
moisture sensor
Sensors and control electronics like motors
Outcomes:
After completing the module, you will be able to: –
1. Untangle different sensor concepts such as distance, moisture.
2. Explicate various Microbit concepts.
3. Analyze and apply the optimal requirement and placing of different sensors in realworld problems.

Projects:

Project 1: New Disk Mover Challenge
Project 2: Coral Reef Cleanup by Virtual Robot
Project 3: Making a Robotic ARM for object picking
Project 1:
Hour 1: Introduction to the Disk mover challenge and requirements of a robot
Hour 2: Implementation of the challenge
Hour 3: Testing, doubt session and future scope
Project 2:
Hour 1: Introduction to the Coral Reef challenge and requirements of a robot
Hour 2: Implementation of the challenge
Hour 3: Testing, doubt session and future scope
Project 3:
Hour 1: Introduction to the Robotic ARM
Hour 2: Application exploration, Different Manipulators (RRR,RRP)
Hour 3: Step by step procedure to make the ARM, it’s testing and doubt session
Hour 4: Concluding, Future Prospects, and Open Problems discussion

LEADERS FROM THE INDUSTRY will speak on industry specific trends and experiences

RECRUITMENT TIPS AND WINS: Sessions with leading head-hunters that will give you insights into what it takes to be headhunted

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