Mechatronics Design Lab
Empower students with industry-relevant mechatronic design skills and accelerate project-based learning with Quanser’s Mechatronic Trainers.
Mechatronic Design Lab is a comprehensive, modular learning environment that helps students develop practical skills in sensor integration, actuator control, and mechatronic system design. It gives students a balanced mechatronics experience using Quanser’s Mechatronic Sensors Trainer and Mechatronic Actuators Trainer.
The lab also includes intuitive activities spanning fundamental labs, guided design challenges, open-ended projects, and a mechatronics dissection experience built on Quanser Interactive Labs, enabling students to seamlessly explore sensor-actuator integration in robots.
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Mechatronics plays a crucial role in driving automation and efficiency across various sectors and the integration of mechanical, electrical and computer systems. Our approach to mechatronics education focuses on the development of design instincts over design experience, and a broad engineering literacy rather than specialization.
The Mechatronics Design Lab arms students with a variety of sensors to sense information, an actuator interface (and actuators) to take action, and multilayered curriculum on everything else in between. This gives students an opportunity to balance their understanding of fundamentals component concepts, with the skills to apply those concepts to system integration. Through a range of fundamentals labs, guided design challenges and open-ended projects, students will gain additional skills related to controls, transmission mechanisms and complex perception systems.
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- Understanding distance, motion, environmental, light, force and touch sensors
- Develop skills in making context-dependent design decisions for multi-sensor perception systems
- Apply relevant techniques for sensor data acquisition, processing and sensor-fusion
- Explore the working principles of brushed/brushless DC motors, stepper motors & servos
- Develop skills in functionality and performance based motor selection and datasheet analysis
- Develop knowledge of relevant techniques in control systems and transmission mechanisms
- Handbook of modern sensors: Physics, Designs, and Applications by J. Fraden
- Mechatronics: Electronic Control Systems in Mechanical and Electrical Engineering by W. Bolton
- The Mechatronics Handbook, second Edition – 2 volume set. by R. H. Bishop
- Sensors for mobile robots by H. Everett
Group Citation: Mechatronics
Explore more: All Research Paper
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