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2026 American Control Conference Self-Driving Car Student Competition

New Orleans, Louisiana, US

In a world rapidly accelerating toward autonomy, self-driving technology has moved from science fiction to the streets — and into the hands of the next generation of innovators. As algorithms evolve to make split-second decisions in complex, ever-changing environments, one truth remains: the future of mobility depends on how well these systems understand and respond to the world around them. 

The ACC Self-Driving Car Student Competition returns for another thrilling edition — this time in New Orleans, Louisiana, USA, from May 26–28, 2026. 

We welcome engineering students from around the world to join us in this high-stakes autonomous driving challenge that combines virtual simulation, validation on a physical QCar 2, and cutting-edge AI innovation. 

  • January 30, 2026: Registration deadline
  • February 27, 2026: Stage 1 – Virtual competition deadline 
  • March – May, 2026: Stage 2 -Validation on QCar 2
  • May 26 – 28, 2026: Stage 3 – In-Person Competition

  • 1Stage 1: Virtual Competition

    As a registered student team, you automatically participate in Stage 1. This is a qualifying stage, so please submit your best result! 

    Teams will receive access to the QCar 2 digital twin through Quanser Interactive Labs (QLabs). The digital twin provides access to all the same sensors and actuators on the physical QCar 2. These sensors will behave the same as the physical ones and are accessed through the same APIs they use. 

    Teams will be provided with a detailed scenario to test their Self-Driving algorithms. This scenario will serve as a starting point, but teams are encouraged to develop more complex scenarios to highlight their self-driving algorithm’s capabilities for their video submission. Custom environments can be created in QLabs, so we encourage teams to get creative! 

    Teams will be ranked using the following criteria:  

    • Readiness of a Self-Driving algorithm based on the core principles stated in the Core Principles of Self-Driving section.  
    • Accuracy of driving (staying within the lanes).  
    • Timely reaction to road signage and traffic controls. 
    • Clarity and concision in communicating the Self-Driving concepts demonstrated throughout the video. 

    (For details, please go to the Resources Tab) 

  • 2Stage 2: Physical QCar 2 Validation

    Will be released in the lead-up to the event.

  • 3Stage 3: In-person Competition

    Will be released in the lead-up to the event.

  • QCar 2: Faculty will receive this flagship vehicle from Quanser’s Self-Driving Car Studio to enhance their lab capabilities. 
  • QLabs Virtual QCar: A 1-year subscription providing access to the digital twin virtual environment. 
  • $2,000 Cash Prize: To be divided among the student team members. 
  • Golden QCar Trophy: A symbol of innovation and excellence.