MARION, Ohio — One was a gladiator, the other a mouse. Both were winners.
Two robots created by Trine University engineering teams took first place in their
respective competitions at the 2022 National Robotics Challenge, held April 7-9 in
Marion, Ohio.
Trine’s combat robot team won the beetleweight division for machines weighing 3 pounds
or less, defeating challengers from six schools including the South Dakota School
of Mines and Technology, Case Western Reserve University and the University of Indianapolis.
Another Trine team took first place out of 10 college and university entries in the
Micromouse contest, where robots were designed to be the first to reach the center
of a maze.
The Trine combat robot won all six matches it competed in over a two-day period, with
only one match going to a judges’ decision. Team members were mechanical engineering
seniors Connor Brentlinger of Granger, Indiana; Dylan Keating of Decatur, Indiana;
Daniel Shivley of Churubusco, Indiana; and Alex Walters of Mishawaka, Indiana.
The Trine design, dubbed Determind, was a spinner that encapsulated the entire robot.
It was made almost entirely out of polycarbonate, allowing it to absorb impacts without
being permanently deformed.
“This design because has the potential of outputting a lot of power. At the same time,
it didn’t have a weak spot,” said Brentlinger. “This combo gave us an advantage against
most other robots.”
Brentlinger said the team worked for multiple hours “just about every day,” designing
the robot with no other guidance than the competition rules.
“We went through many iterations of the weapon,” he said. “Since it is the part of
the robot that absorbs all the impact, it was the most difficult to design.”
Trine Micromouse team members were software engineering major Brayton Niccum of Wabash,
Indiana; electrical engineering major Nick Rogge of Plymouth, Indiana; and software
engineering Spencer Seim of North Hope, Indiana.
Micromouse team members said they were attracted to the competition because the technology
has applications to self-driving cars. They began their design by examining the constraints
of the competition and used those parameters to determine the size of the motor and
the speed of the mouse’s sensors and microcontroller.
“If there was any sort of intersection or an opening, the sensors would be able to
detect it and make a decision,” Niccum said. “If there was more than one, we had it
generate a random number to choose a direction. This got us into dead ends a lot,
but we didn’t have time to do anything more complicated.”
From left, Joe Thompson II, laboratory manager and instructor; mechanical engineering
majors Dylan Keating of Decatur, Indiana, Connor Brentlinger of Granger, Indiana,
Daniel Shivley of Churubusco, Indiana, and Alex Walters of Mishawaka, Indiana; and
John Liu, Ph.D., assistant professor of mechanical engineering, pose with Trine University's
winning combat robot, Determind.
From left, Trine University electrical engineering major Nick Rogge of Plymouth, Indiana,
and software engineering major Brayton Niccum of Wabash, Indiana, with the university's
winning micromouse robot. Team member Spencer Seim of North Hope, Indiana, is not
pictured.
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