Robotics Training Class

Course Overview

• Next Batch:New batches start every month. Limited seats available – enroll early!
• Course Duration:6 Weeks (Flexible schedules with part-time and full-time options).
• Eligibility: Engineering learners Diploma Holders Embedded and Electronics Enthusiasts Aspiring Robotics Professionals.
• Engineering learners.
• Embedded and Electronics Enthusiasts.
• Aspiring Robotics Professionals.

Robotics Training Class

• Understand the fundamentals of robotics, electronics, and mechatronic systems.
• Learn microcontroller programming and motor control for robotic movement.
• Work with sensors, actuators, and motor drivers for automation.
• Design and simulate robots using 3D CAD and virtual tools.
• Build real-world robots — line follower, obstacle avoider, robotic arm, and IoT bots.
• Prepare for the Robotics Developer credential preparation assessment and robotics engineering careers.

Overview of Robotics Training Class

The Robotics Training Class credential preparation is designed for learners, hobbyists, and engineers passionate about building intelligent machines. This course combines mechanical design, electronics, and programming to help learners create fully functional robots for automation and innovation, providing you with the specialized technical expertise needed to advance your career.

Through hands-on practice, learners gain experience in microcontroller-based robotics, sensor integration, and IoT connectivity. By the end of the course, you'll earn your Robotics credential preparation and gain the technical expertise needed to work in robotics, automation, and AI-based industries.

1. Programming Language Fundamentals

• Basics of C Programming.
• Statements, Loops, Functions.
• Arrays, Strings, Pointers.

2. Embedded Systems & Hardware

• Resistors, Capacitors, Transistors, Diodes.
• Inductors, Op-Amps, Relays, Motors.
• Breadboards, PCBs, Soldering Tools, Oscillators.

3. Microcontroller Programming

• Basics of Embedded Systems.
• Microprocessors vs Microcontrollers.
• Introduction to AVR (ATMEGA 8 and 32).
• AVR Studio & Proteus IDE.

4. Device Interfacing & Communication

• LED and LCD Interfacing.
• Switches, Keypads, and Motor Control.
• Serial Communication and Interrupts.
• ADC (Analog to Digital Converter) Interfacing.

5. Robotics Fundamentals

• Introduction and Classification of Robots.
• Actuators and Drivers in Robotics.
• Sensor Interfacing for Robotics.