Mechatronics Design Lab - Product Overview

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. Visit https://www.quanser.com/products/mechatronics-design-lab/ and learn more.

Sensor-Driven Motion Control with Vision and IMU | Mechatronics Design Lab

From Sensing to Motion to Augmented Reality: the Sensors Trainer uses its encoder to command the DC motor on the Actuators Trainer (speed + direction), “sees” the motion with its camera, and detects a tap via IMU to trigger a festive Christmas LCD overlay. Explore the open teaching library (17 sensor + 4 actuator modules) and build your own applications by mixing modules with a bit of customization. Teaching library: https://bit.ly/3YCnKho #Quanser #SensorsTrainer #ActuatorsTrainer #Mechatronics #DCMotor #Encoder #ComputerVision #IMU #AugmentedReality #EngineeringEducation #STEM #HandsOnLearning

QCar 2: Autonomous Mobility

The power of a robot on four wheels, built within the Quanser ecosystem, enabling endless applications faster and more efficiently.

Quanser Holiday Wishes 2025

Our best wishes for a wonderful holiday season and a happy 2026!

Tec De Monterrey & Quanser Mechatronics Design Lab

A great reminder of what happens when friction in the learning process disappears. Students and professors from @Tec de Monterrey joined us at Quanser HQ and built fully functioning prototypes, self-balancing robots, and gesture-controlled robotic arms in just over two days. The Mechatronic Sensors and Actuators Trainers handled the integration overhead, letting students focus on what matters: sensing, actuation, algorithms, iteration, and real engineering design. Watch the MDL philosophy in action: developing design instincts, not just running experiments.

Kids Take Over Quanser! CEO Paul Gilbert Responds to Their Wildest Ideas

When kids visited Quanser for Take Your Kid to Work Day, we asked them a simple question: “If you were CEO of Quanser for a day, what would you do?” From riding QBots around the office, to crash-testing drones, to offering free lunches, the answers didn’t disappoint. In this video, CEO Paul Gilbert reacts to their ideas and shares real stories about QBot prototypes, durability testing, company traditions, and why Quanser continues to focus on academic impact above all else.

Digital Magnifier using Quanser Mechatronics Design Lab

The Quanser Mechatronic Sensors Trainer helps students learn sensor fundamentals and build engaging applications like this Digital Magnifier using an RGB camera, LCD display, encoder, and joystick. It’s a powerful starting point to explore edge detection, object tracking, and automated inspection. Learn More: https://www.quanser.com/products/mechatronics-design-lab/ #HandsOnLearning #EngineeringEducation #Quanser #SensorsAndActuators #VisionSystems #AIinEducation #STEMLearning #RoboticsEducation #EdgeDetection #ObjectTracking

QCafe S2 - E4

How do we keep students truly engaged and motivated to learn? Professor Euan Lindsay from Aalborg University shares practical insights on how the Problem-Based Learning framework helps students stay motivated by designing solutions to real-world problems, even in their first week with zero technical skills. 🎤 Watch the full conversation on Quanser Café to explore the full story: https://www.youtube.com/watch?v=XU_IVY097n0 #QuanserCafé #Quanser #AalborgUniversity #EngineeringEducation #StudentEngagement #ProblemBasedLearning #STEMEducation

QArm Mini - Pick & Place Demo

Curious about what makes the QArm Mini stand out in robotics education and research? This video demonstrates a pick-and-place application with current-controlled grasping, enabling the QArm Mini to grasp objects of varying sizes without requiring prior specification of their dimensions or geometry. Stay tuned for a visual servoing upgrade coming soon! #Quanser #QArmMini #Robotics #Automation #ControlSystems #EngineeringEducation #STEM

Siami Lab at Northeastern University

Few labs cover the full stack of autonomy like Siami Lab at Northeastern University, from Wi-Fi-based perception and sensor scheduling to diffusion-based planning and control theory. A truly unique ecosystem where fundamental research meets practical robotics. #QCar #QDrone #Robotics #Autonomy #Research #Innovation #Northeastern #Siami Lab

Quanser SDCS - University of Hertfordshire

Quanser Self-Driving Car Studio at the University of Hertfordshire marks an exciting chapter. We’re looking forward to seeing its impact on novel research and industry-led projects. A perfect lab for rapid prototyping of innovative solutions. #QCar #Quanser #Autonomy #EngineeringEducation #Research #Collaboration #Innovation

Mechatronics Actuators Trainer

Do you need hands-on experience for all students in crowded multidisciplinary labs? The Quanser Mechatronic Actuators Trainer, an integrated motor experiment platform, ships with four motor types (DC, stepper, servo, brushless DC). With four blocks, one board runs 16 actuators simultaneously. Discover how it scales your lab: https://www.quanser.com/products/mechatronic-actuators-trainer/

Quanser Research Browser Walkthrough

Looking for credible research to guide your next project? The new Quanser Research Browser makes it easy to explore thousands of publications powered by Quanser, searchable by journal, author, or application, with @Bioz AI ratings and citation metrics built in. Quickly discover, validate, and share research - and if you’re ready to bring these insights into your work, just hit 'Start the Conversation' on the page. #AcademicImpact #ResearchMadeEasy #EngineeringResearch #Bioz #ResearchBrowser #ResearchInnovation

Global Sustainability Award 2025 - Winners

The Quanser Global Sustainability Award, in partnership with IFEES and GEDC, recognizes educators preparing future engineers to address global sustainability challenges. Over the past four years, the committee has reviewed impactful projects from around the world, selecting one each year that makes a significant contribution. This year’s award goes to Dr. Marjan Eggermont, Alberto Bezama Benguria, and their team for developing the Sustainable Systems Engineering (SUSE) undergraduate program at the University of Calgary. Congratulations to the winners, and to all educators driving the next generation of engineers toward a sustainable future.

Introducing Bioz Ratings on Quanser Product Pages

Are you a researcher looking to validate your decision making with real-world data? To make it easier to assess our platforms, we’ve added a Bioz rating to every Quanser product page. This AI-generated score combines citation frequency, journal impact, and recency to show how widely a product is referenced in academic work. Combined with categorized citations and a built-in research browser, it’s a practical way to validate your choices and explore real-world applications. #AcademicImpact #DataDrivenDecisions #EngineeringResearch #Bioz #BiozBadges #Publications #ResearchInnovation

UCalgary Sustainable Systems Engineering

2025 Quanser Global Sustainability Award Winnering Project

Network Autonomous Vehicles Lab - Concordia University

The Concordia’s Networked Autonomous Vehicles (NAV) Lab, led by Prof. Youmin Zhang, is an outstanding research lab. We are happy to see the Quanser Self-Driving Car Studio and QDrone in this world-class environment and excited to hear about their impact. #Quanser #SelfDrivingCarStudio #QCar #QDrone #NAVLab #Concordia #AutonomousVehicles

GSAward2025 Winner Announcement Sept24

QLabs - Accessible Hands-On Learning

Hands-on learning has long been confined to the campus lab. But the modern world demands more. To prepare students for the jobs of today and the industries of tomorrow, experiential learning must extend beyond those walls — accessible anytime, anywhere. #EngineeringEducation #HandsOnLearning #HybridLearning #Quanser #QLabs #DigitalTwins #RemoteLabs

HD2 High Definition Haptic Device: Multi-Domain Haptics, Single Platform

HD² is the lab’s haptic backplane. Open architecture, research-grade fidelity, and seamless interoperability across leading robots and virtual environments. See the integrations in motion. #HD2 #Quanser #HapticFeedback #RealtimeControl #Mechatronics #FRANKA #KUKA #QArm #QDrone

DIY QArm gripper

Like the QArm but not the gripper? Bring your own, or even better, design your own. James Ibbs from the University of Birmingham has done just that! The QArm's end-effector break-out board accelerates integration with the rest of the manipulator's software stack by providing analog/digital IO, UART/I2C/SPI connections, additional PWM channels, encoder channels, as well as 3.3V, 5V or 12V power. For his final year project, James moved the QArm's RGB-D camera to face downward and better suit his needs for identifying objects, and designed a new suction-based end-effector to pick and place the identified parts. What would you do with such a gripper, break-out board, or QArm?

QCafe S2 - E2

Industry partners often ask, "What’s in it for me?" AI is turning academic collaboration into a two-way exchange, where companies benefit from students’ AI knowledge and the new ideas they bring. #EngineeringEducation #AI #AcademicIndustryCollaboration

QDrone Digital Twin

Each student or researcher can’t have their own drone, but Quanser digital twins make the same outcomes possible. Watch the video to see how. #Quanser #DigitalTwins #QDrone #EdTech #ScalableLearning #AI #Robotics #EngineeringEducation

Stakeholder Engagement & Influence

Who brings together more stakeholders than academia: parents, students, industry, government, and nonprofits? What is the best engagement model that goes beyond the traditional approach and links them all in one network where they can co-create value? K2i Academy is doing just that. Let’s see how: https://www.youtube.com/watch?v=w9eb1CzcEnk&t=1940s #EngineeringEducation #StakeholderEngagement #STEM #EdTech #K12Education

Behind the Robotics Demo: See–Think–Do–Talk in Action

Behind every eye-catching robotics demo lies a lot of failure: watch QCar and its digital twin share live LiDAR + RGB-D-YOLO data via NVIDIA Orin Nano—and methodically diagnose and fix it using Quanser’s See–Think–Do–Talk framework. #RoboticsInsights #QCar #DigitalTwin #RealTimeRobotics #FaultInjection #RobotFails #QuanserRobotics #HardwareInTheLoop

Coming Soon - 2026 American Control Conference Self-Driving Car Student Competition

The challenge was far more complex in 2025 compared to previous years, and all facets of self-driving were rigorously tested. Looking ahead to 2026, we will continue the competition and aim to make it accessible at all levels. If you missed the chance to showcase your self-driving skills, please register with us now for the 2026 competition. https://www.quanser.com/winners/american-control-conference-self-driving-car-student-competition-2026/ #ACC2026 #QUANSER

Who will be the winner - Quanser Global Sustainability award

The Quanser Global Sustainability Award, in collaboration with IFEES and GEDC, celebrates innovative contributions to the UN Sustainable Development Goals through engineering education. This year, we’ve received 6 outstanding projects from around the world—each driving real change through creativity, commitment, and impact. Comment your guess on one will take home the award. #Sustainability #EngineeringEducation #UNSDGs #Quanser #IFEES #GEDC #GlobalImpact

Villanova's Heterogeneous Autonomous Vehicle Laboratory

From ground to sky, Villanova's Heterogeneous Autonomous Vehicle Laboratory (HAVLab), led by Professor Ashrafiuon, is advancing autonomous vehicle research. Quanser has proudly supported him for over 20 years. Just 4 months ago, HAVLab received Quanser's turnkey autonomous systems—QDrone 2, QBot Platform, and QCar 2—with onsite Customer Success training. Already, the team has developed advanced multi-agent robotics, including an impressive 3D swarm of 4 QDrones and a precise heterogeneous leader-follower application. Are you using Quanser Labs? Share your results; we'd love to hear your story! #AutonomousVehicles #RoboticsResearch #MultiAgentSystems #Quanser #HAVLab

Day 1 2025 ACC Car Student Competition #automobile #autonomousvehicle #selfdrivingcar #tradeshows

Who Will be the Winner? ACC 2025 Self Driving Car Student Competition

The race is on 🏁 We’re just days away from the 2025 ACC Self-Driving Car Student Competition, powered by Quanser. 8 finalist teams. 1 epic track. Months of innovation come down to a few thrilling laps. Check out this quick update—then drop your prediction in the comments below. Who’s taking home the Golden QCar this year? 🏆 K-DAS, Kookmin University FullThrottle SDCNLab, York University ODU-AV, Old Dominon University DEFT, Indian Institute of Technology Madras 2 Fast 2 Driverless, Czech Technical University in Prague Gee-Gees, University of Ottawa PolyCtrl 2.0, National Polytechnic University of Armenia ACL@MIT, Massachusetts Institute of Technology #QCar2 #Quanser #AutonomousSystems #ACC2025 #Controlsengineering #STEM #denver

Omni Bundle and Quanser HD²

Ever played ping pong and felt every hit through your fingers? That's exactly what I felt using the Omni Bundle. It's just like the real thing. If you're researching haptics or teleoperation, you have to try the Omni Bundle and Quanser HD². #Haptic #AppliedRobotics #RealTimeControl #Quanser #Teleoperation

DEFT - IIT MADRAS

Meet Team DEFT from IIT Madras. Specializing in developing advanced control algorithms for autonomous ground vehicles, team DEFT is pushing boundaries in perception, planning, and control. We’re excited to see what they bring to the track this year!

2Fast2Driverless - Czech Technical University

Introducing the powerhouse team, 2 Fast 2 Driverless from the Czech Technical University! As last year’s champions, they’re back with their eyes firmly on the prize. With a sharp focus on vehicle dynamics control and cutting-edge autonomous driving, this team is here not just to compete, but to redefine performance. #TeamPrague #Quanser #QCar2 #AutonomousSystems #ACC2025 #SelfDrivingCars

Countdown Begins - ACC Self Driving Car Student Competition 2025

The countdown is on! We're zooming into the final stage of the 2025 ACC Self-Driving Car Student Competition, happening July 7–9 in Denver, CO, during the American Control Conference. Student teams from around the world are revving up and fine-tuning their code on the real-deal Quanser QCar 2. We're on the edge of our seats—can't wait to see these future engineers put the pedal to the metal and dazzle us all!

Team K-DAS from Kookmin University

Meet Team K-Das from Kookmin University. As a team, they aim to enhance practical skills through hands-on experience with self-driving technology and the application of control theory. In the 2025 ACC Self-Driving Car Competition, their strategy focuses deeply on problem-solving and teamwork. #TeamSouthKorea #Quanser #QCar2 #AutonomousSystems #ACC2025 #SelfDrivingCars

Quanser Production - Behind the Scenes

Ever wondered who is behind bringing our groundbreaking products to life? Meet the Quanser Production team, operating with such precision and efficiency, it's as if they have QArms in plkace of human arms. Stay tuned for more behind-the-scenes videos.

PolyCtrl - National Polytechnic University of Armenia

Introducing PolyCtrl 2.0 from National Polytechnic University of Armenia. In this video, the team members share their roles as they prepare for the upcoming ACC competition. Their dedication, collaboration, and passion for innovation are truly commendable. Wishing them the very best on their ACC journey! #TeamArmenia #WomenInSTEM #Quanser #QCar2 #AutonomousSystems #ACC2025 #SelfDrivingCars

Full Throttle SDCN Lab - YORK U

Get a look inside York University’s Full Throttle SDCN Lab as they "gear-up" their QCar 2 for the final round of the ACC Self-Driving Car Student Competition 2025. Teams worldwide are navigating the highs and hurdles of building self-driven vehicles, stay tuned to learn more about their journeys.

Safe Reinforcement Learning on a Quanser Qube

Reinforcement learning can be challenging on hardware. That’s why Dr. @Dominik Baumann chose the compact, safe, portable Quanser Qube Servo paired with QUARC rapid-prototyping software. He used this setup to validate GoSafe, an advanced SafeOpt-based RL algorithm, and track its real-time performance. For more information, check out the full webinar: https://www.youtube.com/watch?v=H7Gnq-qx_RI&t=1666s #AppliedAI #EngineeringEducation #RealTimeTraining #RealTimeAI #SafeLearning #QubeServo #quanserai

Team Innova from Effat University

Introducing Team Innova from Effat University, Saudi Arabia. Follow their journey as they engineer their autonomous vehicle system using the virtual QCar 2, highlight key milestones in their progress, and reflect on the challenges and learning outcomes encountered while preparing for the final stage of the ACC Self-Driving Car Student Competition 2025

Introduction to Robotics Teaching Lab

Presenting the brand-new Introduction to Robotics Teaching Lab – a turnkey solution designed to deliver a hands-on robotics learning experience for every student, at every level. This comprehensive lab empowers instructors with cutting-edge hardware, user-friendly software, high-fidelity digital twins, detailed student lab activities, and robust instructor resources. Go from an empty lab to a fully equipped robotics teaching environment—effortlessly. Explore the Introduction to Robotics Teaching Lab: https://www.quanser.com/products/introduction-to-robotics-teaching-lab/ #RoboticsEducation #EngineeringLab #STEM #Quanser #DigitalTwins #TurnkeySolution #EdTech #HigherEd #RoboticsLab

Mechatronics Design Lab Launch

What is mechatronics, and how do we prepare students for its future? For nearly 20 years, Quanser has been tackling this tough question and reinventing ways to equip students with the right skills to succeed in this field. Join Peter Martin, Director of R&D, and Crystal Liu, Project Manager, as they unveil our new Mechatronics Design Lab — a ground-breaking solution built on our innovative mechatronic sensor and actuator trainers. Register Now: https://lnkd.in/g-y7RHJW #Mechatronics #EngineeringEducation #Quanser #STEM #Capstone #ProjectBasedLearning #HigherEd #EduTech #Innovation

Do All Students Need to Learn AI?

Do All Students Need to Learn AI? #AI #EngineeringEducation #quanser-ai Quanser Café | S2E1: Transformation of Engineering Education to Address Rapid Technology Changes: https://www.youtube.com/watch?v=TKGEUDe75a8&list=PLYw9s2m09EImS8Vpkq_vaLgtACUaE9Dl5&index=2

What a Control Lab Should Really Offer

Too Busy to Build? What a Control Lab Should Really Offer – Dr. @Ayse Tekes, @Kennesaw State University

Quanser Self-Driving Car Lab at the Univerity of Michigan

At the University of Michigan, faculty from 14 departments established a leading robotics hub for teaching and research. As a global leader in robotics education and autonomous vehicle research, Michigan continues to set the benchmark in engineering innovation. It's great to see the Quanser Self-Driving Car Studio being used at Michigan Robotics! We're excited to hear about what professors and students accomplish with this turnkey platform for experiential learning and research in autonomy, robotics, controls, and applied AI #MichiganRobotics #SelfDrivingResearch #HandsOnLearning #Quanser

Quanser's academic‑grade platforms that embrace Safe‑to‑Fail learning

During our Leader‑Follower demo, the QDrone crashed on sharp maneuvers. No worries: the drone’s fine! That’s Quanser in action—academic‑grade platforms that embrace Safe‑to‑Fail learning. Now we’re curious — why do you think the crash happened? A) Localization B) Sensor latency C) Control tuning D) Something else? Share your thoughts in the comments. #QDrone #QBot #SafeToFail #Quanser #EngineeringEducation #AcademicRobotics #LeaderFollower #AppliedAI #AutonomousSystemsore

QLabs vs Hardware - Realtime

The Safest and Fastest Path from Theory to Life. Leader-follower algorithm tested on virtual QDrone and QBot Platform—now running on the physical systems with minimal changes. https://www.quanser.com/products/quanser-interactive-labs/ #Quanser #DigitalTwins #QDrone #QBotPlatform #MultiAgentSystems #AutonomousSystems # #AppliedAI

QLabs vs Hardware - Realtime

Using Quanser Interactive Labs, we first tested our leader-follower algorithm on the virtual QDrone and QBot Platform. Then, the same algorithm runs on the physical QDrone and QBot Platform with only minor tweaks—providing the safest and fastest path from theory to life. https://www.quanser.com/products/quanser-interactive-labs/

Why Quanser's Qube servo is a perfect choice for Controls teaching #EngineeringEducation #QubeServo

We’re control engineers, not builders… We used Qube Servo instead of building it ourselves—it saves a lot of time. Dr. Salzmann explains why Quanser’s Qube Servo was the perfect choice.” Check out the Qube Servo product page and our full webinar to learn more.

QLabs - QDrone vs QCar #Research #QuanserInteractiveLabs #DigitalTwins #VirtualQDrone #VirtualQCar

Want faster robotics testing—anytime, anywhere? Watch our digital twin in action: Virtual QDrone follows QCar, and the same code runs on real hardware. How are you using virtual testing? Tell us in the comments below.