ROBOTICS ADVANCED Course

This course is for learners with basic robotics knowledge who want to advance their skills. You will work on complex robot design, programming, automation, sensors integration, and real-world applications. Ideal for students and professionals aiming to specialize in robotics technology.

Advanced Robotics Certification Course

Our Advanced Robotics Course is designed for learners who already understand beginner-level robotics and want to progress into advanced robotic engineering, automation systems, AI-based robotics, and real-world robot development. This course covers advanced sensors, machine vision, embedded systems, robotic kinematics, navigation algorithms, IoT integration, and advanced programming for intelligent robots. Whether you're a robotics student, engineering aspirant, automation learner, hobbyist, or someone preparing for a robotics or AI-based career, this course offers hands-on advanced robotics projects, simulations, and real-world engineering workflow experience.

Review of robotics fundamentals & hardware architecture
Advanced microcontrollers: Raspberry Pi, ESP32, and AI boards
Robotic kinematics, control algorithms & PID tuning
Advanced sensors: LIDAR, IMU, GPS, Camera modules
Machine vision and image processing basics (OpenCV)
ROS (Robot Operating System) fundamentals
Autonomous navigation, mapping, and path planning
IoT-enabled robotics using MQTT, Wi-Fi, BLE
Robotic arm control and servo positioning algorithms
Wireless communication for robotics (RF, LoRa, IoT Cloud)
AI-driven decision making and automation logic
Drone logic & stabilization fundamentals
Simulation tools: Proteus, Gazebo, Tinkercad, MATLAB (optional)
Final automation project and presentation

Robotics is evolving rapidly with advancements in artificial intelligence, industrial automation, autonomous vehicles, medical robotics, drones, and smart manufacturing. This course bridges the gap between basic robot-building and professional robotics engineering by teaching advanced control systems, ROS (Robot Operating System), machine learning integration, and real-time sensor fusion. Students will learn to design intelligent robots using microcontrollers like Arduino, ESP32, and Raspberry Pi, along with advanced modules such as LIDAR, GPS, image processing cameras, and machine-learning-based decision systems. With guided projects and structured learning, learners will build robots like self-driving bots, robotic arms, drone logic systems, and autonomous smart robots Enroll now and build next-generation intelligent robots using advanced programming, AI integration, and real-world automation concepts!

What will I learn?

Ability to design and program intelligent autonomous robotic systems
Advanced skills in navigation, automation, motion control, and AI integration
Confidence using advanced sensors, computer vision, and microcontroller platforms
Practical experience with ROS, simulation tools, and automation logic
Career-ready knowledge for robotics engineering, automation, mechatronics, and AI-based robotic development

Requirements

Completion of beginner robotics course OR equivalent practical experience
Basic programming knowledge (C, Python recommended)
Laptop/PC with capability to run simulation and programming tools
Interest in automation, AI-driven robotics, engineering design, and innovation

Advanced Robotics Fundamentals

Recap of Beginner Robotics (Electronics, Arduino, Sensors)
Evolution of Robotics & Industry 4.0
Types of Advanced Robots (Humanoid, Industrial, Autonomous)
Robotics Career Paths in India & Abroad

Microcontrollers & Microprocessors

Arduino Mega (advanced functions)
Introduction to Raspberry Pi
Difference between Microcontroller & Microprocessor
Using GPIO Pins on Raspberry Pi
Interfacing Raspberry Pi with sensors & motors

Advanced Sensors & Interfacing

Gyroscope & Accelerometer (Motion & Tilt Detection)
RFID & NFC Modules (Identification Systems)
Gas, Humidity & Temperature Sensors
Camera & Image Sensors (Intro to Computer Vision)
Sensor Data Fusion (combining multiple sensor inputs)

Communication Protocols in Robotics

I2C, SPI, and UART Basics
Wireless Communication (Wi-Fi & Bluetooth Advanced)
IoT Protocols for Robotics (MQTT, HTTP, Web Sockets)
Cloud Connectivity for IoT Robots

Programming for Robotics

Advanced Arduino Programming (libraries, interrupts, timers)
Python Programming for Robotics (Raspberry Pi focus)
Interfacing Python with Sensors & Motors
Building Automation Scripts
Basics of ROS (Robot Operating System – Introduction)

Actuators & Motion Control

Servo Motors & PWM Control
Stepper Motors (Precise Positioning)
Robotic Arm Design & Programming
Mobile Robot Navigation Basics

Computer Vision & AI in Robotics

Introduction to OpenCV with Python
Object Detection & Tracking
Face Detection & Recognition (simple projects)
Basics of AI & ML for Robotics (concepts only)

Robotics Project Development

Line Following Robot with PID Control
Gesture Controlled Robot (using Accelerometer/Camera)
IoT Controlled Robot (Smartphone + Cloud)
Robotic Arm Controlled by Joystick/Glove

Start Your Enrollment

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Why Choose Us ?

Our Robotics Advanced Course is designed for students, engineering learners, and tech professionals who want to master high-level robotics concepts and real-world automation skills. We provide practical, hands-on training on advanced sensors, actuators, robot kinematics, motion control, microcontrollers, ROS (Robot Operating System), and AI-based robotics applications. The course follows industry-oriented modules with clear, step-by-step teaching. With live robotics projects, expert instructors, and deep practical sessions, you gain the confidence to design, program, and control intelligent robotic systems for industrial and research-based applications.