Robotic AI
This course combines robotics fundamentals with AI-driven automation, covering robot components, sensors, control systems, and intelligent decision-making. Learners will gain hands-on exposure to building and programming robots that can sense, decide, and act autonomously.
Course Curriculum
A practical Robotic AI learning journey covering robot components, sensing, motion control, programming, ROS, computer vision, AI decision-making, automation, and an autonomous robot capstone.
Understand core robot components and how robotics is used across sectors.
Robotics Fundamentals
Understand the core components of a robot: sensors, actuators, controllers, and power systems.
Applications of Robotics
Explore how robotics is used across manufacturing, healthcare, logistics, and service industries.
Learn how robots perceive their environment and move through it.
Sensor Technologies
Study ultrasonic, infrared, and vision sensors used for robot perception.
Actuators & Motion Control
Understand motors and actuators that enable robots to move and interact with their environment.
Use programming fundamentals to implement robot tasks and learn about ROS.
Programming Microcontrollers
Program microcontroller-based robot platforms to execute basic tasks and behaviors.
Introduction to ROS (Robot Operating System)
Explore ROS fundamentals used in professional robotics development.
Apply AI concepts to perception and autonomous decisions based on sensor data.
Computer Vision for Robotics
Understand how robots use cameras and computer vision to detect and recognize objects.
AI-Based Decision Making
Explore how AI models enable robots to make autonomous decisions based on sensor data.
Study fundamental navigation approaches and industrial uses of robotic AI.
Path Planning & Navigation
Learn fundamental algorithms robots use to navigate and avoid obstacles autonomously.
Industrial Automation Applications
Study how robotic AI is applied in automated manufacturing and warehouse systems.
Apply sensor, programming, and AI concepts in an autonomous robot project.
Building an Autonomous Task Robot
Apply sensor, programming, and AI concepts to build a robot that performs an autonomous task.
Capstone Demonstration
Demonstrate and present the robotic AI project, explaining design choices.
What You'll Learn
Build practical Robotic AI skills across robot hardware, sensing, programming, ROS, computer vision, autonomous decisions, and path planning.
Robotics Fundamentals
Identify sensors, actuators, controllers, and power systems and explore robotics applications.
Sensors & Motion Control
Understand ultrasonic, infrared, and vision sensors, plus actuators and robot movement.
Robot Programming & ROS
Program microcontroller-based robot platforms and explore ROS fundamentals.
Computer Vision & AI Decisions
Explore object recognition and autonomous decision-making based on sensor data.
Navigation & Automation
Learn path planning, obstacle avoidance, and industrial robotic AI applications.
Autonomous Robot Capstone
Build and demonstrate a robot that performs an autonomous task.
Ready to Build Your Robotic AI Skills?
Take the next step toward practical Robotic AI learning in sensors, programming, AI integration, automation, and an autonomous robot capstone.
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