Robotics

To run with innovation and curiosity in parallel, we at young Innovators have aimed at imbibing the knowledge from scratch which enhances the technical and knowledge skills at a greater pace.

Level 1
Level 2
Workshops

Aim: To introduce students to the fundamentals of robotics and circuit design through hands-on simulation; to ignite their interest in embedded systems and programming; and to encourage them to pursue robotics as a co-curricular activity in the upcoming academic year.

Duration: The course consists of 22 sessions, each 60 minutes long, blending theory and interactive activities to ensure a well-rounded learning experience.

Course Description :-

Exploring the World of Robotics
Understand core principles of robotics, real-world applications, and the interdisciplinary blend of mechanical, electrical, and computational systems.
Practical Engagement with Electronic Components
Learn to identify, analyse, and simulate basic electronic components using TinkerCAD to build foundational circuit design skills.
Overview of Microcontrollers and Microprocessors
Study different types of microcontrollers and microprocessors, explore operational principles, applications, and key architectural differences.
Arduino Platform and Programming Fundamentals
Introduction to the Arduino Uno development board and Arduino IDE; simulate basic circuits and implement simple programs using TinkerCAD.
Conceptual Study of Sensors and Actuators
understand the functions, types, and real-world integration of sensors and actuators in robotic systems.

Autonomous Robot Development and Testing Build and program an autonomous line-following robot, combining sensor integration, assembly, and embedded programming.
Sensor Calibration and Performance Optimization Calibrate sensors for improved accuracy, and adapt the robot for various applications and operational conditions.

Model/Kit: Autonomous Vehicle Components

Robot Chassis
Microcontroller
Sensors
Actuators
Wheels & Casters
Power Adapter
Wiring & Jumper Cables

Course Benefits

Hands-on exposure to electronics, circuit simulation, and embedded programming.
Skill development in Arduino programming and debugging using TinkerCAD.
Design and build a fully functional autonomous robot.
Enhanced logical thinking, problem-solving, and teamwork.

Aim: To advance students’ knowledge of robotics by deepening their understanding of circuit design, sensor integration, and simulation; introducing mobile and wireless control through custom applications; and encouraging innovation through project-based learning and co-curricular engagement.

Eligibility Criteria: Students who have completed Level 1 are eligible for this course.

Duration: The course consists of 22 sessions, each 60 minutes long, blending theory and interactive activities to ensure a well-rounded learning experience.

Course Description :-

Advanced Robotics and Intelligent Control Systems
Dive into intelligent control mechanisms and advanced integration of mechanical, electrical, and computational subsystems.
Applied Electronics for Robotic Systems
Analyse and simulate more complex circuits using TinkerCAD; apply design principles to real-world robotic applications.
Arduino-Based Programming for Multi-Functional Robotics
Create modular, scalable code for robots with multiple sensors; implement real-time, adaptive behaviours.
Wireless Communication and Bluetooth Technology
Learn wireless protocols (Bluetooth/Wi-Fi) and establish communication between hardware and mobile devices.
Design and Development of App-Controlled Robotic Systems
Build mobile apps using MIT App Inventor to wirelessly control robotic systems with real-time feedback and commands.

Robotic Calibration, Testing, and Deployment
Perform calibration of Bluetooth communication and refine robot responsiveness, speed, and stability. Conduct testing across varied environments and operational conditions. Transition the robot from fully autonomous mode to app-controlled operation for flexible, real-world deployment.

Model/Kit: Bluetooth-Controlled Robot Components

Robot Chassis
Microcontroller
Bluetooth Module
Actuators
Wheels & Casters
Rechargeable Batteries
Wiring & Connectors

Course Benefits
Level-2- This course equips participants with a strong foundation in advanced robotics, covering core concepts and practical applications. Learners will enhance their circuit design and simulation skills and gain hands-on experience in Arduino programming with sensor integration. The course also introduces wireless communication using Bluetooth and Wi-Fi, along with mobile app development for robot control using MIT App Inventor. Through practical testing and deployment exercises, participants will be prepared to apply their knowledge in real-world scenarios and robotics competitions.

We at Young Innovators provide an opportunity to explore and untangle a problem together. We provide a simple, attractive, and engaging workshops by setting up a milestone to start new things with an inquisitive approach.

Our workshop is focused on understanding the key concepts of electronics imbibed in building of simple circuits, Arduino programming and coding, electronic and communication devices to the advanced robots.

These workshops are structured and designed for a person who is keen in learning electronics and has a brief knowledge on components and structures.

1. BASIC ELECTRONICS

Description - This is a simple workshop to start with, in the journey of electronics, where concepts of electronics, components and structures are focused on. The participant will be exposed to circuits and prototyping boards and build few circuits using the components.

Duration - 6 days (1 hour per day)

Learning Outcomes - The participant will be able to work with different electronic components and analyze its working in a simple way.

2. ARDUINO PROGRAMMING

Description - This workshop focuses on advanced electronics component like microcontrollers and trains the participants on arduino hardware and software with a brief introduction to electronics and components following which they will be able to build few simple programs in arduino.

Duration - 6 days (1 hour per day)

Learning Outcome
➔ Learn basic electronics and programming terms
➔ Be familiar with arduino programming and build few programs by his/her own
➔ Prototypes of few circuits and connect them to arduino.

3. LED AND CIRCUITS

Description - The workshop focuses on electronic components and its working, the participant will mainly be working with breadboards and LED’s.

Duration - 3 hours.

Learning Outcome
➔ Work with breadboards
➔ Learn about LED and build circuits using LED

4. ROBOT BUILDING WORKSHOP

Here we make them build robots and understand the different techniques and concepts behind building the robot.

a) Bi-Pedal Robot

Description- The agenda of this workshop is to build a bipedal robot with servos integrated with it and learn the concepts of robotics and electronics. The participant will be introduced to servo motors, arduino programming and will build a bipedal robot with the kit provided.

Duration - 2 days

Learning Outcome
➔ Robotics, components and microcontrollers
➔ Arduino programming and servo motors
➔ Interfacing servo motors with arduino and assemble a bi-pedal robot.

b) IR Robot

Description- This workshop focuses on expanding the knowledge of the participant in the fields of electronics, robotics and components like motors, sensors. The participant will also build sensor based robots like Obstacle Avoider Robot/ Edge Avoider Robot/ Line follower Robot/ Hand controlled Robot with the kit materials provided.
NOTE: Participant/School can select any one model for assembly

Duration - 8 hours.

Learning Outcome
➔ Arduino Programming
➔ Sensors and its working ,integration of sensors with arduino.
➔ Motors and its integration with arduino.

c) Voice Controlled Robot

Description - The aim of this workshop is to introduce the participant to the world of communication between devices with programming the different devices that could be used and assemble a voice controlled robot and how to make it work based on our voice commands with the provided kit.

Duration - 6 hours

Learning Outcome
➔ Advanced arduino Programming and build few programs
➔ Bluetooth communication and Bluetooth module.
➔ Motors and its integration with arduino..
➔ Assembling the voice controlled robot

d) Bug Robot

Description - Through this workshop the participant will be introduced to robots and its types and build a switch based robot without microcontroller and programming with the kit provided.

Duration - 6 hours.