Menu

Topics

Connect

Comments

Want to discuss? Please read our Commenting Policy first.

St. Lawrence College police students compete in ‘mini Olympics’

Students enrolled in the police foundations course at St. Lawrence College participate in the annual 'mini Olympics' competition – Sep 28, 2017

Students hoping to one day have a career in law enforcement were put to the test competing in St. Lawrence College’s annual “mini Olympics” on Thursday, Sept. 28.

Story continues below advertisement

Students enrolled in the police foundations program completed obstacles and team-building activities.

“I’ve wanted to be a police officer as early as high school and then I just never went in that direction with schooling and now I’m here,” Keith Hetherington, one of about 100 students participating in the event, said.

The event is organized by second-year police foundation students like Lance Cellini, who volunteer to become mentors for the first-year students.

“Without my mentor, I wouldn’t have gotten involved in anything,” Cellini said. “I would have just shown up to class and then gone home and done my homework and that’s it. But getting everyone involved makes them want to come to school and look forward to school.”

Among the events on the program were dodgeball, ultimate frisbee and tug of war.

Story continues below advertisement
“I think [the mini Olympics] is the highlight of the class that we teach and it’s because they’re outside with their classmates, they get to do some physical activity, they get to work alongside the police,” Laura Norman, an instructor in the program, said. “It builds teamwork and camaraderie among the students.”

Two Kingston police officers were also on hand for the games, to offer the students support.

“It’s always nice to have the students familiar with what the organization can offer and also the things that we do with the community,” Const. Josh Conner,  a youth program officer said.  “It can give them that different perspective on policing that they might not otherwise know exists.”

Advertisement

You are viewing an Accelerated Mobile Webpage.

View Original Article