Advanced Kids Robotics Course in Sri Lanka 2026: Level 2 - Master Robotics Programming | රොබෝ තාක්ෂණ උසස් පාඨමාලාව - Level 2

The Next Step in Kids Robotics Education in Sri Lanka

For children who have successfully completed Level 1, Suma Automation Kids Robotics Level 2 is designed to take their robotics knowledge to the next level. This 16-day intensive program is specially designed for Grades 6-9 students.

In Level 2, children will learn advanced C programming, sensor integration, Bluetooth control, and build a complete line follower robot. As a final project, they will design and present their own smart robot.

Why Should Your Child Take Level 2 Robotics?

Advanced Technical Knowledge

Build on Level 1 fundamentals with advanced C programming, PWM control, multiple sensor integration, and complex decision-making algorithms.

Line Follower Robot Building

Design and build a complete line follower robot as the final project. This is a key skill for robotics competitions and exhibitions.

Bluetooth & Wireless Control

Learn to control robots wirelessly using smartphones. This introduces basic IoT (Internet of Things) concepts.

Competition Preparation

Gain the knowledge and experience needed for school-level robotics competitions, STEM fairs, and national-level events.

Our Teaching Methodology

100% Hands-on - Project-Based Learning

16-Day Intensive Program

Monday to Friday, 9:00 AM to 12:00 PM daily. Total 48 hours of hands-on practical training.

Small Class Sizes

Maximum 15 students per batch. Each child gets their own advanced Arduino kit and equipment.

Final Exhibition Day

At the end of the course, a robot exhibition and competition is held for parents. Certificate ceremony is also conducted on this day.

Key Features:

• One advanced Arduino kit per child
• All electronic components and sensors provided
• Bluetooth module included
• Advanced C programming training
• Take home your own robot at the end
• Competition and exhibition preparation

Advanced Equipment We Use

Specially designed advanced robotics kits for Level 2:

Advanced Arduino Kits

Items: Arduino UNO R3, Arduino Mega 2560, LCD 16x2 Display, RGB LED Modules, NeoPixel LED Strip

More advanced components than Level 1. Capability to integrate multiple sensors and I/O devices.

Advanced Motor Control

Items: L298N Motor Driver, L293D Motor Driver, Servo Motors (SG90, MG995), DC Gear Motors, Stepper Motor

Powerful motor drivers and precise servo motors. Perfect for line follower and obstacle avoidance robots.

Advanced Sensors

Items: IR Line Sensor Array, Ultrasonic Sensor HC-SR04, PIR Motion Sensor, DHT11 Temperature Sensor, LDR Light Sensor, Sound Sensor, Proximity Sensor

IR sensor array for line following, ultrasonic for obstacle detection, and other environmental sensors.

Wireless Communication

Items: Bluetooth Module HC-05/HC-06, RF 433MHz Modules, ESP8266 WiFi Module

Control robots using smartphones. Introduction to IoT concepts.

Robot Frames & Mechanical Parts

Items: Aluminum Robot Chassis, 4x DC Gear Motors, Wheels with Encoders, Castor Wheel, Mounting Brackets, Battery Holder

Strong aluminum frames, wheels with encoders, and professional-grade mounting hardware.

16-Day Complete Advanced Syllabus

📅 1. Introduction to Robotics & Microcontrollers

📚 Theory & Concepts

What is Robotics? (120 min)

• Introduction to robotics, real-world applications
• Learning Objectives: Understand robotics, See real examples, Basic concepts

Microcontrollers Explained (120 min)

• Arduino, Raspberry Pi, Micro:bit comparison
• Learning Objectives: Types of microcontrollers, Arduino advantages, Educational use

🔧 Practical Work

Arduino Uno Setup (120 min)

• Getting started with Arduino IDE
• Objectives: IDE installation, Board setup, Basic connection

🤖 Hands-on Project

First Program - LED Blink (90 min)

• Write and upload first Arduino program
• Objectives: Write simple code, Upload to board, See physical result

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📅 2. LED Control & C-Programming Basics

📚 Theory & Concepts

Arduino Program Structure (120 min)

• setup() and loop() functions
• Learning Objectives: Program structure, Function purpose, Basic syntax

C Programming Introduction (120 min)

• Basic C concepts for Arduino
• Learning Objectives: C basics, Syntax rules, Simple commands

🔧 Practical Work

LED Pattern Creation (120 min)

• Create different LED blinking patterns
• Objectives: Multiple patterns, Delay control, Creative coding

🤖 Hands-on Project

LED Morse Code (90 min)

• Send SOS signal using LED
• Objectives: Pattern timing, Real application, Problem solving

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📅 3. Variables & Logic Building

📚 Theory & Concepts

Understanding Variables (120 min)

• Why we need memory in programs
• Learning Objectives: Variable concept, Memory usage, Data storage

Data Types in C (120 min)

• int, float, char data types
• Learning Objectives: Different data types, When to use each, Type rules

🔧 Practical Work

Variable Practice (120 min)

• Using variables to control LED timing
• Objectives: Declare variables, Use in programs, Dynamic control

🤖 Hands-on Project

Speed Controller (90 min)

• Control LED blink speed with variables
• Objectives: Variable manipulation, Speed control, User input

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📅 4. Seven-Segment Display

📚 Theory & Concepts

Display Technology (120 min)

• How seven-segment displays work
• Learning Objectives: Display原理, Segment control, Number formation

BCD Decoder IC (120 min)

• CD4511 decoder introduction
• Learning Objectives: IC purpose, Pin configuration, Wiring

🔧 Practical Work

Display Wiring (120 min)

• Connect and test seven-segment display
• Objectives: Component wiring, Pin mapping, Testing

🤖 Hands-on Project

Digital Counter (90 min)

• Create automatic 0-9 counter
• Objectives: Counting program, Timed display, Loop control

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📅 5. DC Motor Basics

📚 Theory & Concepts

Motor Fundamentals (120 min)

• How DC motors work
• Learning Objectives: Motor原理, Voltage control, Direction

Motor Drivers (120 min)

• Why we need L293D driver
• Learning Objectives: Driver purpose, Current handling, Protection

🔧 Practical Work

Motor Wiring (120 min)

• Connect motor with L293D
• Objectives: Motor wiring, Driver connection, Power setup

🤖 Hands-on Project

Motor Control (90 min)

• Control motor direction
• Objectives: Forward/Reverse, Speed basic, Motor commands

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📅 6. Robot Motion Control

📚 Theory & Concepts

Robot Chassis (120 min)

• Understanding robot base and wheels
• Learning Objectives: Chassis types, Wheel arrangement, Balance

Motor Driver Modules (120 min)

• L293D/L298N module usage
• Learning Objectives: Module advantages, Easy connection, Multiple motors

🔧 Practical Work

Robot Assembly (120 min)

• Build 4-wheel robot base
• Objectives: Assembly skills, Wiring organization, Testing

🤖 Hands-on Project

Basic Movements (90 min)

• Program robot to move in all directions
• Objectives: Forward/Backward, Turning, Stop control

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📅 7. PWM & Speed Control

📚 Theory & Concepts

PWM Concept (120 min)

• Pulse Width Modulation explained
• Learning Objectives: PWM原理, Duty cycle, Applications

Arithmetic in C (120 min)

• Basic math operations for PWM
• Learning Objectives: Math operators, Calculations, Value mapping

🔧 Practical Work

LED Brightness Control (120 min)

• Control LED using analogWrite()
• Objectives: analogWrite(), Brightness levels, Smooth transition

🤖 Hands-on Project

Variable Speed Robot (90 min)

• Control robot speed with PWM
• Objectives: Speed variation, Smooth movement, Speed levels

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📅 8. RGB & NeoPixel LEDs

📚 Theory & Concepts

Color Theory (120 min)

• RGB color mixing
• Learning Objectives: Color原理, RGB values, Color creation

Arduino Libraries (120 min)

• How to use external libraries
• Learning Objectives: Library installation, Include statements, Function usage

🔧 Practical Work

RGB LED Control (120 min)

• Control RGB LED colors
• Objectives: Multiple colors, Color transitions, Patterns

🤖 Hands-on Project

NeoPixel Show (90 min)

• Create light patterns with NeoPixels
• Objectives: Multiple LEDs, Pattern design, Visual effects

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📅 9. Decision Making & Sensors

📚 Theory & Concepts

If Conditions (120 min)

• Decision making in programming
• Learning Objectives: if statements, Conditions, Logical thinking

Sensor Types (120 min)

• PIR and proximity sensors
• Learning Objectives: Sensor原理, Applications, Usage scenarios

🔧 Practical Work

PIR Sensor Interface (120 min)

• Connect and test PIR sensor
• Objectives: Sensor wiring, Reading values, Testing

🤖 Hands-on Project

Burglar Alarm (90 min)

• Create motion-activated alarm
• Objectives: Sensor integration, Conditional output, Real application

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📅 10. Push Buttons & Logic Control

📚 Theory & Concepts

Button Types (120 min)

• Push buttons and switches
• Learning Objectives: Button原理, Types, Usage

Pull-up Resistors (120 min)

• Why we need pull-up resistors
• Learning Objectives: Resistor purpose, Internal pull-up, Stable reading

🔧 Practical Work

Button Programming (120 min)

• Program button-controlled LED
• Objectives: Button reading, State detection, Control logic

🤖 Hands-on Project

Toggle Switch (90 min)

• Create on/off toggle system
• Objectives: Toggle logic, State memory, User interface

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📅 11. Logic Operations & Ultrasonic Sensor

📚 Theory & Concepts

Logical Operators (120 min)

• AND, OR operations
• Learning Objectives: Logical thinking, Combined conditions, Complex decisions

Ultrasonic Sensor (120 min)

• HC-SR04 working principle
• Learning Objectives: Ultrasonic原理, Distance calculation, Accuracy

🔧 Practical Work

Sensor Testing (120 min)

• Measure distances with ultrasonic
• Objectives: Sensor calibration, Distance reading, Serial output

🤖 Hands-on Project

Obstacle Detector (90 min)

• Create basic obstacle detection
• Objectives: Distance threshold, Warning system, Safety application

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📅 12. Serial Communication & Bluetooth

📚 Theory & Concepts

Serial Communication (120 min)

• Arduino-PC communication
• Learning Objectives: Serial原理, Data transfer, Monitoring

Bluetooth Basics (120 min)

• HC-05/HC-06 modules
• Learning Objectives: Wireless control, Module setup, Pairing

🔧 Practical Work

Bluetooth Setup (120 min)

• Connect and configure Bluetooth
• Objectives: Module wiring, AT commands, Device pairing

🤖 Hands-on Project

Phone Controlled LED (90 min)

• Control LED with smartphone
• Objectives: App control, Wireless commands, Remote operation

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📅 13. Servo & Brushless Motors

📚 Theory & Concepts

Servo Motors (120 min)

• How servo motors work
• Learning Objectives: Servo原理, Angle control, Applications

Industrial Sensors (120 min)

• Proximity, photoelectric sensors
• Learning Objectives: Industrial applications, Sensor types, Real-world use

🔧 Practical Work

Servo Control (120 min)

• Control servo angles
• Objectives: Servo library, Angle setting, Smooth movement

🤖 Hands-on Project

Robotic Arm (90 min)

• Simple servo-controlled arm
• Objectives: Precise movement, Multiple positions, Arm control

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📅 14. Flowcharts & if-else Logic

📚 Theory & Concepts

Flowchart Symbols (120 min)

• Visual programming logic
• Learning Objectives: Flowchart reading, Symbol meaning, Logic flow

If-else Advanced (120 min)

• Complex decision making
• Learning Objectives: Nested conditions, Multiple choices, Efficient logic

🔧 Practical Work

Flowchart Creation (120 min)

• Draw flowcharts for programs
• Objectives: Visual planning, Logic organization, Step-by-step

🤖 Hands-on Project

Elevator Control (90 min)

• Program elevator logic
• Objectives: Real system simulation, Multi-floor logic, Safety rules

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📅 15. LCD Interfacing & Mini Projects

📚 Theory & Concepts

LCD Basics (120 min)

• Liquid Crystal Display working
• Learning Objectives: LCD原理, Character display, Control pins

Data Display (120 min)

• Showing sensor values on LCD
• Learning Objectives: Data formatting, Real-time display, User interface

🔧 Practical Work

LCD Wiring (120 min)

• Connect 16x2 LCD display
• Objectives: Multiple connections, Contrast control, Backlight

🤖 Hands-on Project

Temperature Display (90 min)

• Show sensor data on LCD
• Objectives: Data visualization, Clear display, User feedback

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📅 16. Final Project & Presentation

📚 Theory & Concepts

Project Planning Session (120 min)

• Final project planning and team formation
• Learning Objectives: Project planning, Teamwork, Task division

🔧 Practical Work

Testing & Debugging (120 min)

• Test final project and fix issues
• Objectives: Testing methodology, Debugging skills, Quality assurance

🤖 Hands-on Project

Project Building (90 min)

• Build and program final robotics project
• Objectives: Complete system integration, Problem solving, Creative design

Project Demonstration (90 min)

• Demonstrate and present final projects
• Objectives: Presentation skills, Technical explanation, Public speaking

Why Choose Suma Automation Kids Robotics Level 2?

Experienced STEM Educators

Instructors specially trained to work with children. Over 5 years of experience in advanced robotics education.

100% Hands-on Experience

Every day, children build circuits, write code, and create robots with their own hands. Complete line follower robot by the end.

Competition Preparation

Preparation for school-level and national robotics competitions including line follower, obstacle avoidance, and sumo robot events.

Advanced Equipment

Specially designed advanced robotics kits for Level 2. Includes aluminum frames, wheels with encoders, and multi-IR sensor arrays.

Certification

All children receive an advanced certificate upon successful completion. Valuable for school assessments.

Ongoing Support

Continued guidance and support for children participating in competitions even after course completion.

Course Prerequisites

• Completion of Suma Automation Kids Robotics Level 1 or equivalent experience
• Basic Arduino programming knowledge (LED, button, sensor)
• Currently studying in Grades 6-9 (Ages 11-14)
• Basic computer literacy
• Interest and motivation in robotics technology

Take Your Child's Robotics Knowledge to the Next Level

Suma Automation Kids Robotics Level 2 is the perfect opportunity for children who have completed Level 1 to take their robotics knowledge to the next level. With advanced C programming, Bluetooth control, and complete line follower robot building, children gain all the skills needed for competitions and exhibitions.

Under the guidance of our experienced educators, your child will gain world-class STEM education while preparing for school-level competitions.

Contact us for a free introductory session:

• Phone: 076 218 3549
• Email: kids@sumaautomation.com
• Location: Gampaha, Sri Lanka

Limited seats available. Register early!