Artificial Intelligence - Powered Robotics

Artificial Intelligence – Powered Robotics

Robotics

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Level
Duration
Price
Certificate

All Levels
On Process
3,500 AED
Bharat Academy Education

Certified

- KHDA
- AIAL
- Royal Institute for Chartered Engineer - RICE (USA)

Course Info

Key Highlights

Target Audience

Course Overview:

This course provides a comprehensive introduction to Artificial Intelligence (AI) Powered Robotics, focusing on how AI enhances the capabilities of robotic systems. Participants will explore the fundamentals of Robot Operating System (ROS), an essential framework for building and controlling robotic systems. Through hands-on labs and real-world applications, learners will gain practical experience in working with sensors and Lidar data, which are key to developing intelligent robots for real-world environments.

A key part of the course involves Hands-on Practice with Lidar Sensors in a Robotics Lab, giving students direct experience in collecting, processing, and utilizing sensor data. The course also covers the Fundamentals of AI in Robotics, showing how AI technologies, such as machine learning and computer vision, are applied to enhance robotic decision-making, perception, and autonomy.

By the end of the course, participants will have a strong understanding of how AI-powered robotics systems work and be able to apply their knowledge to Real-World Applications with Lidar Sensors in industries such as smart cities, autonomous vehicles, and industrial automation.

Introduction to ROS
ROS Communication and Control
Introduction to Sensors in Robotics
Working with Lidar Data in ROS
Hands-on practice with Lidar sensor in the Robotics Lab
AI in Robotics Fundamentals
Real-World Applications with Lidar Sensors

Robotics Engineers and Developers
Professionals and engineers seeking to enhance their expertise in AI and ROS to develop smarter, more efficient robotic systems.
AI and Machine Learning Practitioners
Individuals who want to apply AI and machine learning to robotics, focusing on perception, control, and autonomy in real-world environments.
Researchers and Academics
Scholars and students interested in the intersection of AI and robotics, including applications in sensor integration, autonomous systems, and intelligent control.
Urban Planners and Smart City Developers
Professionals working on smart city projects who want to understand how AI-powered robots, especially with Lidar sensors, can contribute to urban mobility, infrastructure, and public services.
Automation and Manufacturing Specialists
Those in the manufacturing and industrial sectors looking to implement AI-enhanced robotic systems to improve automation, safety, and efficiency.
Entrepreneurs and Innovators
Business leaders and startup founders aiming to explore innovative applications of AI-powered robotics in industries such as transportation, logistics, and smart infrastructure.
Students in Robotics and AI
Undergraduate and graduate students pursuing robotics, AI, or mechatronics who are eager to build practical skills in ROS, sensors, and AI-driven robotics.