Get in, we're going simulated driving; New driver's ed for the neurodivergent

UTA researchers develop new driver's ed training steered towards neurodivergent people

Buckle up—researchers at the University of Texas at Arlington are reimagining what driver’s education can look like for young, neurodivergent drivers.

"Those with conditions like ADHD, high functioning autism, or developmental coordination disorder, dyspraxia," explained Kate Hyun, associate professor in the Department of Civil Engineering at the University of Texas at Arlington.

The goal of her and her team is to make learning to drive safer, more accessible, and far less overwhelming for neurodivergent drivers between the ages of 16 and 22.

To do that, they're using a driving simulator located inside their lab. The seatbelt clicks, the virtual road rumbles beneath the wheel, and every turn, signal, and hesitation is tracked.

It looks like a high‑tech game, but it's filling an educational gap, said Hyun.

Hyun says that traditional driver’s ed programs often aren’t built with these learners in mind.

Many neurodivergent teens may have shorter attention spans or become easily overwhelmed by sudden noises or unexpected situations—factors that can make real‑world driving especially challenging.

Hyun noticed the gap and saw it as a warning sign.

"Vehicle crash is one of the leading causes of death for teenagers and young adults. And those risks can be higher for those populations," Hyun said.

In the simulator, distractions and obstacles are intentionally built into each scenario, allowing drivers to practice reacting safely without real‑world consequences.

“In this simulation, we’re not going to kill people. And there wouldn’t be a problem, so they need to practice through this simulation, and they’ll get better in the real world," said graduate researcher Jeongyun Ryu, who is helping design the program.

The technology goes beyond the basics. From the gas pedal to the virtual mirrors to a sweeping 270‑degree field of view, the simulator is designed to feel like the open road.

Backed by a grant from the Texas Department of Transportation, Hyun and her team are also building an online course tailored specifically for neurodivergent learners to complement the simulator training.

Researcher Sital Parajuli helps with that, explaining that they try to use AI‑powered interactive modules.

"It makes it more engaging as neurodivergent teenagers have shorter attention span and they are teenagers," she said.

She also said neurodivergent teens learn better from clear examples rather than long text.

"So, we are trying to make it straightforward and trying to provide them reference so they can practice this on the road and see... if it works for them. So, it's like a first step to driving for them," Parajuli said.

Hyun said they are recruiting participants to help refine the program. You can sign up here.

Hyun said they hope to have study results by the end of the fall, with the goal of eventually launching a new type of driver's education to the public.