Our Advanced Robotics Program is perfect for graduates, undergraduates, and professionals looking to gain real-world experience in robotics and embedded systems. This hands-on course covers essential programming languages like C and Visual Basic, with Arduino programming starting on the very first day. You’ll also learn PCB designing, software development for embedded systems, and PIC microcontroller programming, giving you a complete skill set for modern robotics projects.
Throughout the program, students work with high-quality industrial tools and modules, ensuring practical and valuable experience. We also teach problem-solving techniques to help you tackle challenges with confidence. By the end of the course, after passing an exam, you’ll earn the recognized SLIR Certification, opening doors to exciting opportunities in robotics and technology. Whether you're looking to upskill or start a career in robotics, this program provides the perfect foundation.
This program is ideal for students and professionals from diverse engineering fields, including Electronics, Electrical, Mechatronics, Biomedical, Industrial, Chemical, IT, Marine, and Automation Engineering .
- Duration 4 and Half Months
- Language Sinhala,English
- Course Fee Rs 50,000/=
- Day Saturday
- Time From 8.30AM - 5.00PM
- Location Pannipitiya
- Level Certificate
New Intakes.
Advanced Robotics Complete Syllabus
BY: TONI KROSS
60 Minuttes
Mode - Physical
- What is a Program
- Introduction to C Programming
- C Examples
- Introduction to Microcontrollers
- Introduction to Arduino
- Arduino Basic Practicals (Controlling Lights)
- Controlling High Voltage / Current Devices
- Relay Practical
- Introduction to Seven Segments
- 7-Segment Practical
- Introduction to Pneumatics
- Identify Different Pneumatic Components
- Pneumatic Practical (Pick and Place Robot Arm)
BY: TONI KROSS
60 Minuttes
Mode - Physical
- Why We Need Memory
- Introduction to C Variables
- Variable Examples
- Basic Arithmetic Operations
- Getting User Inputs (Scanf)
- Finding Average Project
- Introduction to DC Motor Controlling
- DC Motor Practical
- L298N Motor Driver
- Move a Robot Chassis
- Introduction to PWM (Pulse Width Modulation)
- PWM Practical 01 - Intensity Controlling
- PWM Practical 02 - Oscilloscope Observation
- PWM Practical 03 - Speed Controlling
- Dual Tone Multi Frequency System (DTMF) Practical
BY: TONI KROSS
60 Minuttes
Mode - Physical
- Introduction to Decision Making
- Introduction to If - Condition
- If - Condition Examples - Part 01
- Introduction to Nested If Conditions
- If - Condition Examples - Part 02
- Introduction to Push Button Interfacing
- PB Practical 01 - Pull Down Configuration
- PB Practical 02 - Pull Up Configuration
- PB Practical 03 - Activating Internal Pull Up Resistors
- Introduction to Industrial Sensors
- Inductive Proximity Sensors
- Photo-Electric Sensors
- Photo-Electric Sensors - Reflective Type
- Capacitive Proximity Sensors
- Vibrant Water Level Sensors
- Fiber-Optic Sensors
- Reed Sensors
- DC Servo Practical
BY: TONI KROSS
60 Minuttes
Mode - Physical
- Floating Point vs Integer Division
- Modulo Operation
- More If Condition Examples
- Introduction to And/Or Operators
- More If Condition Examples
- Introduction to Digital Communication
- Serial vs Parallel Communication
- Serial Protocols
- Introduction to RS-232 Protocols
- Send Data to PC (Arduino → PC)
- Receive Data from PC (PC → Arduino)
- Control Devices Using Serial Commands
- Introduction to Bluetooth
- Control Devices Using Bluetooth
- Elevator Control Practical - Decision Making
BY: TONI KROSS
60 Minuttes
Mode - Physical
- More If-Condition Examples
- Introduction to If-Else Condition
- Discuss Advantage of If-Else
- Practice If-Else Examples
- Analog to Digital Conversion (ADC)
- ADC Practical 01 - Interface a POT to Arduino
- ADC Practical 02 - Control Intensity of a LED Using a POT
- ADC Practical 03 - Brushless Motor Speed Controlling
- LCD Practical
- Flower Plant Project
BY: TONI KROSS
60 Minuttes
Mode - Physical
- More if-else examples
- Introduction to Flowchart-based Designs
- Flowchart Example Questions
- Conveyor Belt Project Practical
- Training the Wiring
- Explaining Flowchart-Based Techniques
- Discuss Conveyor Project according to the technique
- Detect Positive Transition of a Push Button
BY: TONI KROSS
60 Minuttes
Mode - Physical
- More if-else examples
- Introduction to if-else if-else algorithm
- Training if-else if-else examples
- Project 01 - Product Sorting System
- Project 02 - Water Treatment and Filling System
BY: TONI KROSS
60 Minuttes
Mode - Physical
- More if-else if-else examples
- Introduction to While-loops
- While-loop examples
- While-loop practical 01 - Light System Design
- While-loop practical 02 - Control the Intensity
- Introduction to Stepper Motor Controlling
- While-loop practical 03 - Stepper Position Controlling
- Introduction to AC Servo Motor
- While-loop practical 04 - AC Servo Position Controlling
BY: TONI KROSS
60 Minuttes
Mode - Physical
- More while-loop examples
- Introduction to Nested while-loops
- Introduction to Arrays
- 1 Dimensional Array Examples
- Introduction to RGB LEDs
- Introduction to Neo Pixel LEDs
- Neo Pixel Practical
- Project - MPS System (Modular Production System)
BY: TONI KROSS
60 Minuttes
Mode - Physical
- More Array Examples
- Array Based Home Automation System
- Explain Serial Communication in more depth
- Use of ASCII codes
- Training 1D Arrays
- Discuss converting the project to DTMF Based System
- Elevator Project - Flow Chart Based
BY: TONI KROSS
60 Minuttes
Mode - Physical
- More Array Examples
- Introduction to Functions
- Function Types 1/2/3 and 4
- Explaining Local/Global Variables
- Introduction to External Interrupts
- Interrupt Practical 01
- Introduction to Ultrasonic Sensor
- Ultrasonic Practical 01 - Detect an Object
- Ultrasonic Practical 02 - Object Detecting Robot
- Design a Complete Obstacle Avoiding Robot
BY: TONI KROSS
60 Minuttes
Mode - Physical
- Introduction to Encoders
- Introduction to Control Systems
- Why we need to control systems
- Advantage of using control systems
- Types of control systems
- Introduction to PID Controller
- P - Controller
- PI - Controller
- PD - Controller
- PID - Controller
- Introduction to TCRT5000
- Explain How Transistor works as a switch
- Explain Photo Transistor
- Interface TCRT5000 to Arduino
- Design a Complete Line Following Robot
- if-else if-else
- Basic Proportional Controller
- PID Example
BY: TONI KROSS
60 Minuttes
Mode - Physical
- Introduction to 2D Arrays
- 2D Array Examples
- Introduction to for loops
- 2D Array / for loop Combination Examples
- Introduction to PCB Design
- Advantages
- SMD vs Through Hole
- Schematic Design
- Board Level Design
- Find Footprints / Import Footprints
- Net Classes
- Design a Professional Board
- Generate Gerber Files / Export to JLC PCB
- Develop a PCB using FeCl3
BY: TONI KROSS
60 Minuttes
Mode - Physical
- Introduction to Structures
- Practice Structure Examples
- Introduction to Software Design for Embedded Systems
- Discuss Advantages
- Introduction to Visual Basic
- Software Components (Buttons, Text Boxes, Checkboxes, etc.)
- Properties of Software Components
- Design a Simple Software Interface
- Generate EXE File
- Introduction to Code Behind
- Change Properties Through Code
- VB Variables
- VB If-conditions / If-else / If-else if-else
- VB And / Or Operations
- Design a Software to Find the Max Value
- Interface VB Software to Arduino (Control Devices)
- Display Arduino Data on the Software
- Text to Speech / Speech to Text
- Discuss VB Animation and Real-Time Simulation
BY: TONI KROSS
60 Minuttes
Mode - Physical
- Introduction to Web Design and IoT
- HTML
- CSS
- Design Web Templates
- Demonstration of How to Launch a Website
- Domain Name
- Web Server
- DNS Settings
- Introduction to ASP.Net
- Designing of a Home Automation System
- Access the Web Page using HTTP Request
- Design a Complete Web-Based Home Automation System
BY: TONI KROSS
60 Minuttes
Mode - Physical
- Introduction to C Strings
- C String Examples
- Introduction to PIC Microcontrollers
- Pin Identification of PIC16F877A
- Introduction to Special Registers of PIC16F877A
- Introduction to MIKRO C Software
- Introduction to Proteus Simulation
- PIC Practical 01 - Light Blinking
- PIC Practical 02 - Light Systems Design
- PIC Practical 03 - Seven Segment
- PIC Practical 04 - L293D Motor Driver
- PIC Practical 05 - Sound Library
- PIC Practical 06 - PWM Library
- PIC Practical 07 - LCD Practical
- PIC Practical 08 - Motor Control Project
BY: TONI KROSS
60 Minuttes
Mode - Physical
- C Programming Revision
- Introduction to I2C Protocol
- Advantages
- Master-Slave Communication
- Common I2C Devices Related to Embedded Systems
- Introduction to DS1307 RTC (Real-Time Clock)
- Understand I2C Protocol with RTC
- Program RTC Using RTC Library
- Proteus Simulations
- Write a Program for Railway Simulation System
BY: TONI KROSS
60 Minuttes
Mode - Physical
- GSM Shield Practical
- Introduction to Timer Interrupts
- Interface an Industrial Encoder to Arduino
- Write a Program to Find the RPM of a DC Motor
BY: TONI KROSS
60 Minuttes
Mode - Physical
- Basic Practicals
- Controlling LEDs
- Motor Controlling (L293D/L298N)
- Seven Segments
- LCD Practicals
- Bluetooth
- DC Servo
- PWM Demonstrations
- Brushless DC Motor
- DTMF
- Design a Simple Robot
- Design of a Pneumatic-Based Pick and Place Robot Arm
- Bluetooth Control Robot
- Obstacle Avoiding Robot - Basic
- Obstacle Avoiding Robot - Advanced
- Industrial Sensor Practicals
- Design of a Conveyor Belt System
- Automatic Flower Plant Control System
- Elevator Control System (if-conditions)
- Elevator Control System (flowchart)
- Induatrial Project 01 - Water Treatment System
- Induatrial Project 02 - Product Sorting System
- Induatrial Project 03 - Modular Production System
- Design a Neo Pixel Light System (while loop)
- Stepper Motor Control System
- AC Servo Motor Control System
- Array-Based Home Automation System
- Interfacing an Encoder
- Design of a Line Following Robot
- Design a Printed Circuit Board (PCB)
- Design a VB Software for Embedded Systems
- Design an IoT-Based Home Automation System
- Design of a Motor Control Project (PIC Microcontroller)
- RTC Practical (I2C Project)
- Design a Smart Home System (GSM-Based)
- Control an AC Servo Linear Guide System
- Duration 4 and Half Months
- Language Sinhala,English
- Course Fee Rs 60,000/=
- Day Saturday or Sunday
- Time From 8.30AM - 5.00PM
- Location Pannipitiya
- Level Certificate
