Robotics & AI Lab — Learn, Build & Explore
Discover how robots sense the world, process information, make decisions and turn those decisions into physical action. Learn robotics and artificial intelligence through interactive experiments, challenges and simulations.
🤖 What Is Robotics?
Robotics combines mechanical engineering, electronics, sensors, control systems and software to create machines that can perform physical tasks.
Robots are machines that can sense, act and respond.
A robot is more than a machine that moves. A modern robot can receive information from sensors, process that information through a controller, and activate motors or actuators to perform an action.
🧠 What Is Artificial Intelligence?
Artificial Intelligence allows computer systems to perform tasks that normally require forms of human intelligence, such as recognizing patterns, understanding information and selecting actions.
Perception
AI can interpret images, sensor data and other information to identify objects, patterns and situations.
Decision Making
AI systems can evaluate information and select an appropriate response according to their objective.
Prediction & Learning
Some AI systems learn patterns from data and use those patterns to improve predictions or decisions.
🔄 How Robots Work
Click each stage to explore the basic robot control loop.
Sense → Think → Act → Check
Autonomous robots continuously repeat this process to interact with their environment.
Sense
Sensors collect information.
Perceive
The system interprets sensor information.
Decide
A controller or AI selects an action.
Act
Motors and actuators move the robot.
Feedback
Sensors check what happened.
⚙️ Robot Components
A robot needs several physical systems working together. Click a component to learn more.
Sensors
Detect information about the robot and its environment.
EXPLORE →Controller
Processes information and controls robot actions.
EXPLORE →Motors
Convert electrical energy into mechanical movement.
EXPLORE →Actuators
Produce controlled physical movement in robot mechanisms.
EXPLORE →Power
Provides the energy needed to operate the robot.
EXPLORE →Robot Sensors
Sensors allow robots to collect information from the world.
🤖 + 🧠 Robotics + AI
Robotics gives a machine a physical body. AI can give that machine additional capabilities for perception, decision making and adaptation.
Traditional Robot
A robot can be programmed with predefined instructions. It performs actions according to those rules.
Intelligent Robot
An AI-enabled robot can interpret sensor information, understand objects or situations and select actions according to its objective.
🎯 Quick AI Robotics Challenge
An autonomous excavator sees a pile of material with its camera and determines where the bucket should dig. Which part of the system is primarily responsible for interpreting the visual information?
🤖 Robotics & AI Lab — Autonomous Excavator
Explore autonomous robotics, AI vision, articulated mechanical arms, material detection and intelligent material handling.
🧠 How Autonomous Excavation Works
The AI first identifies the material source and target. The excavator then positions its bucket at the material without making a large swing. The boom and stick move only to the controlled digging position. Once the teeth contact the material, the bucket curls to collect it. The bucket is then lifted while the swing remains locked. Only after the load is safely lifted does the excavator rotate toward the target container.