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A team of 51��Ʒ��Ƶ students will race their latest autonomous driving car at Texas Motor Speedway Nov. 11.

The group of engineering and business students partnered with compatriots from the Massachusetts Institute of Technology (MIT), Rochester Institute of Technology (RIT) and the University of Waterloo, Canada, to break speed records at , an annual competition that asks participants to push forward the technology behind fully autonomous cars.

The team, led by co-captain Rotimi Adetunji (ENGR ’22) who’s now working toward a master’s in biomedical engineering with a robotics focus at Cornell University, and MIT’s Cindy Heredia already has set team records. After new tweaks to their car and software, they have surpassed speeds over 100 mph in practice runs, with a record of 126 mph on Nov. 1. They have completed the bulk of their racing qualification requirements a week and a half before race day. And they have put in the long-term toil: roughly six weeks of testing since September, including three weeks at Lucas Oil Indianapolis Raceway Park and another three at the Fort Worth, Texas, oval where NASCAR and Indy both compete.

“The car is running great,” Adetunji said. “With new hardware, there is always a bit of a rough patch at the beginning, but the team did a great job of adapting and is consistently having productive and effective track days.

The MIT-PIT-RW team sustained a few bumps (including a wall) in the road during the 2021-22 season and during a January competition at Las Vegas Motor Speedway, but they say they’re ready for this season’s big event.

“We’ve had a handful of close calls, but that’s par for the course,” said Adetunji, who unlike last year’s team co-captain, Nayana Suvarna, does have a driver’s license. “The way our team has been able to learn from them and adjust quickly has shown how far the team has come. The team is comfortable with speeds over 100 mph, and that, coupled with more intelligent racing strategy and behavior implemented in the code, really puts us in a great spot. … We have been jokingly dubbed by the [Indy Autonomous Challenge] crew ‘the fastest team ready for track days.’”

Adetunji has been at Texas Motor Speedway for nearly a fortnight, joined there by fellow 51��Ʒ��Ƶ teammate Will Muckelroy III, a junior computer engineering major, and alum Andrew Saba (ENGR ’19), who’s now studying at Carnegie Mellon University. Other 51��Ʒ��Ƶ team members from the joining Adetunji during testing are Brendan Duff, a senior in computer engineering, and Micah Nye, a junior in mechanical engineering. Eleven 51��Ʒ��Ƶ group members — including four undergraduates and as many graduate students — and roughly 30 of the 41 MIT-PIT-RW team members in all are expected to be on hand by race day.

The 51��Ʒ��Ƶ members primarily came through the pipeline of the University’s . It isn’t all pushing the car to high speeds and nerding around robotics, computers and algorithms, though. These budding scientists also have .

“We will continue to publish our work throughout the year,” Adetunji said.

In addition to the engineers, are driving business operations: Erin Kust, Ammar Kinkhabwala, Miriam Dukaye and Aaditi Patil — all MBA and Master of Science candidates scheduled to graduate in the spring. 51��Ʒ��Ƶ Business has long emphasized the importance of learning by doing as students put into practice the theories discussed in class.

“Leading business operations, I’ve learned to manage a lot of functions at once,” said Kust, who is in the part-time MBA program while she works as a strategy consulting manager at Elevance. “This experience has been very beneficial to my development as a future leader. I’ve learned how to quickly synthesize the complex issues we experience across all business areas and work with my team to set realistic goals and actions to get us where we need to be.”

Adetunji believes the diversity and creativity of the 51��Ʒ��Ƶ group, as well as the four-university racing team overall, contributes invaluably — on the track and off the track, for this week and beyond.

“We want to show people that anyone can do this and help to develop the vast amount of talent that is out there, regardless of backgrounds” said Adetunji.

“When you look at motorsports, computer science and robotics, there aren’t a lot of women. I think that our team has a lot of diversity that you don’t see in this field generally, and that lets us have the tools to succeed.”

One small example: Heredia, her co-captain from MIT, is an MBA student — not a computer scientist, roboticist, automotive type. Another: Most of the other teams are composed of primarily graduate students in those latter fields, some whose universities are supported by or closely aligned with major automotive manufacturers or autonomous-driving research projects.

“They’ve demonstrated what they are capable of, and I've seen them interact with these other teams on the racetrack,” said Sam Dickerson, associate professor in computer engineering and the 51��Ʒ��Ƶ group’s mentor, shepherd and cheerleader. He said he admires how this team has developed such a thorough management and leadership structure. “[The competitor teams] too have formed deep respect for them and view them as their peers.”����

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— Chuck Finder, photo courtesy of Xtreme Xperience at Texas Motor Speedway