Pace University professor Richard Kline 3D prints face shield frames for New York medical workers to protect against COVID-19

The COVID-19 crisis has brought with it numerous challenges, but there have also been many moments in which the human drive to help others during times of hardship has blossomed.

One such instance was the work of Richard Kline, a professor of computer science at Pace University’s Seidenberg School of Computer Science and Information Systems. As a techie, Dr. Kline wanted to see whether he could contribute to the crisis response in any way. After reading an article about makers – people who design, prototype, and build objects, often in makerspaces – banding together to create much-needed personal protective equipment (PPE) for medical workers, Dr. Kline saw an opportunity to help.

“I contacted the volunteer group at NYCMakesPPE.com and got into their Discord chat group,” explained Dr. Kline. “I was asked right away to print a prototype for a new face shield frame design they are working on.”

Dr. Kline demoing the 3d printed frame, wearing it on his head.
Dr. Kline demoing the 3d printed frame.

A small team of volunteers were already working to improve upon a public-domain face shield design from Swedish company 3DVerkstan to increase the amount of space in front of the wearer’s head and to allow the clear plastic shields to be attached more easily.

After sharing photos of the prototype and offering feedback, Dr. Kline continued to work with fellow volunteers.

Dr. Kline demoing the 3d printed frame with shield, wearing it on his head with the shield covering his face.
Dr. Kline demoing the full face shield.

“Since that first print, I’ve helped with several further iterations among discussions with half a dozen other people, many with expertise in design and manufacturing. I’ve also printed 60 copies of their ‘production’ frame design to contribute to the group’s supply.”

With the 60 frames packed up, Dr. Kline mailed them to the NYCMakesPPE  organizers. Once they arrive, other volunteers will attach clear plastic shields (which they are also making), sanitize them, and prepare them for distribution within NYC.

A picture of a 3d printer and printing materials.
The 3d printer and materials for printing frames.

“It’s gratifying to have found something concrete I can do to help out in a small way during these troubling times,” said Dr. Kline.

We are filled with #SeidenbergPride at Dr. Kline’s contributions of much-needed equipment for New York medical workers. As Pace University has campuses in both New York City and Westchester, New York is our home – so we are always looking for an opportunity where the Pace and Seidenberg community can make an impact.

Robots fight it out for top spot in FTC competition

What better way to spend a wintry Sunday than watching robots battle it out for the top spot in the First Tech Challenge regional championship? On

February 5th, Seidenberg hosted the 8th annual challenge that saw teams from New York and nearby states descend upon our Pleasantville campus and compete for prizes.

Teams comprised of grades 7-12 students who, over a period of months, had to design, build, and program robots to complete specific types of challenges. They don’t go in unprepared, though. Dr. Richard Kline of the Seidenberg School and organizer of the event also arranges training workshops for students so they can learn. Robot building and programming is at “team workshops where high school students learn design and programming skills using Java and the Android Studio mobile app development system,” said Dr. Kline.

Each year, the contest is different, so even competitors who have taken part before had a unique challenge on their hands!

The excitement in the air was palpable in the moments before the first round of the tournament kicked off. “This is your Super Bowl,” Seidenberg Dean Jonathan Hill told the crowd in his opening remarks.

Dr. Kline thanked everybody for coming out to the championship, which we have also hosted in previous years. He went on to emphasize the main tenets of the First Tech Challenge (FTC) events: gracious professionalism and acting with kindness and respect in the face of fierce competition.

Then it was time to start! Challenges in the competition focused on teams’ abilities to make quick decisions, as they received just 30 seconds to program their robots followed by two minutes where they could use controllers to move them around.

The game was called Velocity Vortex. Robots were tasked to scoop up wiffle balls and a larger yoga ball and throw them into hoops, kind of like basketball. While doing so, they could also claim beacons, which were lights that could be triggered to display their team color.

Each team played in 5 matches for the chance to win trophies, scholarships, internship opportunities and good old fashioned glory.

And the results?

Inspire Award – top overall team as determined by the judges

  • Winner: 4347 NanoGurus, home-based team from Morris Plains NJ
  • 2nd: 5484 Enderbots, home-based team from Corning, NY
  • 3rd: 7488 Nuts & Volts, Suffern High School, Suffern NY

Competition Winners – champions of the elimination tournament that ended the day – an “alliance” of three teams

  • Alliance Captain: 6081 i^2robotics, home-based team from Westport, CT
  • 1st Partner: 6347 Geared Up, home-based team from Rome, NY
  • 2nd Partner: 5484 Enderbots

Competition Runners-Up

  • Alliance Captain: 7486 Team Fusion, Suffern High School, Suffern NY
  • 1st Partner: 4347 NanoGurus
  • 2nd Partner: 12052 Ossining O-Bots, Ossining High School, Ossining NY

It was an exciting and memorable event, helped by the continued dedication of Dr. Kline and volunteers that helped the day run smoothly.

Dr. Kline said: “We are thrilled that so many Seidenberg students and alumni volunteer their time to assist these great robotics teams, not only at the championship, but at the five qualifying tournaments we have held.”

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