TranslateMechatronics & Robotics
Where mechanical meets electronic meets code — robots and smart machines.
Lessons
All lessonsIntroduction to Microcontrollers
Learn how the brain of a robot processes information and controls actions.
The Fundamentals of Actuation
Discover how electricity is transformed into physical motion.
Feedback Loops and Stability
Master the art of keeping machines stable using continuous adjustment.
Interfacing Mechanical Structures
Designing sturdy frames to house electronic components.
Sensors: Giving Robots Their Senses
How machines 'see' and 'feel' the world around them.
Challenges
Adaptive Impedance Locomotion Challenge
Design and construct a quadrupedal robotic mechanism capable of traversing a terrain of unpredictable stiffness, such as varying layers of foam and loose sand. Your system must demonstrate dynamic gait adjustment by implementing closed-loop impedance control to maintain a stable center of mass without utilizing pre-programmed pathing. The final evaluation will measure the deviation of the center of gravity during transition across shifting mechanical impedance zones.
The Autonomous Sorting Sorter
Design and build a mechatronic system capable of automatically sorting a mixed pile of three different types of small household items into separate containers based on physical properties like size or weight. Your device must utilize a motorized conveyor or mechanical arm mechanism controlled by simple logic to ensure at least 80% sorting accuracy. The challenge focuses on the integration of mechanical movement with basic sensor-based decision making.
Build a cardboard robot gripper that opens and closes
Build a simple robotic gripper from cardboard that can pick up a small object (a coin, a marker). Use string, rubber bands, or syringes as 'actuators' you control by hand. The goal is to understand how a robot turns a small input motion into a useful grip. Document how your mechanism works.
