Groups and Teamwork - Pearson Canada
Groups and Teamwork - Pearson Canada
Groups and Teamwork - Pearson Canada
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175<br />
How do you get teenagers<br />
to devote their spare<br />
time to learning more<br />
about science <strong>and</strong> technology? 1<br />
Make it a competition! Put them<br />
on a team, <strong>and</strong> give them support<br />
<strong>and</strong> encouragement from<br />
teachers, engineering mentors,<br />
<strong>and</strong> corporate sponsors.<br />
Take the experience of students<br />
at Glenforest Secondary<br />
School in Mississauga, Ontario.<br />
In 2002 they participated in the<br />
ninth annual <strong>Canada</strong> FIRST<br />
Robotic Competition. They had<br />
eight weeks to design <strong>and</strong> build<br />
a remotely operated robot that<br />
would compete with other robots built by secondary school teams across the country.<br />
To get to the competition, the Glenforest students had to acquire not only science <strong>and</strong><br />
technology knowledge, but also teamwork skills. Team co-captain Beatrice Sze, 18, knew<br />
that she had to help keep the stress level of teammates down, while encouraging them to<br />
do their best. She didn’t so much lead as inspire. For example, when a team member came<br />
to her with questions about what to do next, she would say encouragingly, “Use your<br />
brain. You can figure this out. You know how to do this.”<br />
The students also had to be resourceful. One team member’s parents provided the<br />
family basement for a team gathering place. That enabled the students to get extra parts<br />
from the family’s snowblower <strong>and</strong> dehumidifier. Sometimes they worked so late into the<br />
evening that they had sleepovers on the basement floor, huddled in sleeping bags.<br />
Not everything goes as planned. In 2001 the team’s robot could not meet the challenge<br />
of firing balls at pie plates, though it moved well. The team improved its resources in<br />
2002 by getting a mentor—a computer <strong>and</strong> electrical engineer with Bell Mobility—who<br />
tried to guide the students in the right direction, without telling them what to do.<br />
Team members weren’t just involved in building the robot. They also had to raise<br />
money to be part of the contest. Since the Glenforest students owed their school from the<br />
previous year’s contest, their fund-raising goal was a total of $16 000!<br />
The challenges the Glenforest students faced are often found in the workplace. The<br />
students had a deadline, as well as financial <strong>and</strong> physical constraints to getting their robot<br />
built. Effective teamwork made it possible for them to meet that challenge.