The Quanser Self-Driving Car Studio is the ideal platform to investigate various research topics for teaching and academic research in an accessible and relevant way. Use it to jump-start your research or give students authentic hands-on experiences learning about the essentials of self-driving.
Structural Dynamics & Earthquake Engineering
Ideal platforms to re-create seismic activities
A variety of shake tables and smart structure systems – complete with powerful and flexible software – to satisfy your teaching and research needs.
Signals from complete physical systems
Quanser’s testing and measurement labs let you teach the fundamentals of sensors, signal conditioning, and computer-based data acquisition in multiple domains.
Measurement and instrumentation is a fundamental topic in engineering. Without accurate and reliable measurement quantities such as temperature, strain, pressure, and position we will not be able to reliably monitor and control processes. Having an in-depth understanding of the concepts allows engineers to design, implement, and maintain complex engineering systems. Quanser’s measurement and instrumentation solutions allow you to teach the fundamentals of sensors, signal conditioning, and computer-based data acquisition.
Mechanical engineering is one of the oldest and broadest of the engineering disciplines. Students require a broad range of skills and knowledge to be successful in their careers. This engineering discipline combines engineering physics and mathematics principles with materials science to design, analyze, manufacture, and maintain mechanical systems. Learning solutions offered by Quanser provide the tools necessary to teach the skills needed for mechanical engineering.
Electrical and Computer Engineering Lab Solutions
Go beyond the breadboard
Electrical and Computer Engineering courses present specific challenges in the lab. Traditional ECE labs center around wiring circuits and taking measurements, however, the tools involved often interfere with, rather than enhance, the learning experience. With Quanser ECE lab solutions, you can give your students hands-on experience with ECE concepts that far exceed the limitations of breadboards and banana cables. Quanser's line of Electrical Engineering lab solutions focus on integrated instrumentation and flexible onboard circuitry to give students in-depth control via safe, robust, easy-to-use tools.
Elavate your program to new heights
Quanser offers a unique line of engineering lab solutions designed explicitly to introduce both undergraduate and graduate students to the core dynamic, control, and mechatronic challenges of modern flight systems.
Essential Dynamics and Control Concepts
The Quanser Aero is a unique platform that allows students to explore and gain insight into the dynamic complexities of flight applications. At its core, the Aero is a high-precision, plug and play physical system plant to study helicopter flight motion and its control. Applications include 1 DOF attitude control, conventional 2 DOF helicopter flight, and even quadcopter dynamics and control. Reconfigurable elements let you quickly adapt the Aero to modern applications in mechatronic system design.
As a provider of engineering controls education, you may face several challenges. They could include attracting the best students, ensuring students graduate with industry-ready skills, meeting the curriculum’s goals while still finding enough time for research, and last but not least, sourcing reliable lab equipment and educational tools while staying within budget.
Your program will soar to new heights.
Quanser offers a unique line of products designed explicitly to introduce undergraduate and graduate students to the core dynamic, control, and mechatronic challenges of modern flight systems.
Essential Dynamics and Control Concepts
The Quanser Aero is a unique platform that allows students to explore and gain insight into the dynamic complexities of flight applications. At its core, the Aero is a high-precision, plug and play physical system plant to study helicopter flight motion and its control. Applications include 1 DOF attitude control, conventional 2 DOF helicopter flight, and even quadcopter dynamics and control. Reconfigurable elements let you quickly adapt the Aero to modern applications in mechatronic system design.
Comprehensive Product Offering
Quanser offers the most complete range of products for hands-on labs for Aerospace Engineering departments. Quanser systems offer precision and deterministic dynamics to support the theory. The robustness and flexible architecture of the products also make them ideal motion validation platforms for research.
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The Quanser Terminal Board for NI myRIO connects an NI myRIO device to Quanser control plants. It has two analog inputs, two analog outputs, and two single-ended encoder input interfaces. You can access all inputs and outputs simultaneously using unbuffered single-point reads and writes, which is ideal for real-time control.
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QUARC™ is the most efficient way to design, develop, deploy and validate real-time applications on hardware using Simulink®. QUARC generates real-time code directly from Simulink-designed controllers and runs it in real-time on the Windows target – all without digital signal processing or without writing a single line of code.
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Quanser's Qube Teaching Studio features cutting-edge hardware, software, digital replicas, and a mobile app, so educators gain a complete teaching package. The Qube-Servo 3, known for reliability and performance, forms the foundation of hands-on learning. The digital-twin technology offers virtual accessibility, freeing students from lab constraints. Supported by QUARC and Quanser APIs, seamless control system development across platforms is ensured. Complemented by the 'Experience Controls' digital textbook, instructors access interactive resources for an unparalleled teaching experience.
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The Quanser Qube-Servo 3 is a portable, fully integrated servomotor platform designed specifically for teaching control concepts at the undergraduate level. The system is equipped with a high-quality direct-drive brushed DC motor, two encoders, an internal data acquisition system, and an amplifier.
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The Quanser QUBE™-Servo 2 is a fully integrated, modular servomotor lab experiment designed for teaching mechatronics and control concepts at the undergraduate level.
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Item Number:FC300B - ExperimentA radial section gate for experiments to demonstrate the head/flow and discharge characteristics of a radial gate. For use with an FC300 Flow Channel, not included.
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Item Number:ST0454This product allows students to explore the behavior of reaction forces on a beam with supports. Two ‘simply supported’ supports are attached to load cells so t ...
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Item Number:MFP104 - ExperimentAllows students to study and perform tests on a reciprocating compressor: to understand how it works and calculate its performance.
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Item Number:STS17 - ExperimentTecQuipment's REDUNDANT TRUSS (NEXT GENERATION STRUCTURES) experiment is used to study determinate and indeterminate truss structures. The experiment mounts on the Structures platform (STS1) and connects to the Structures automatic data acquisition unit and software.
