Engineering Competitions are an opportunity for student and schools to showcase their ability to innovate and solve real world and design problems. The Canadian Engineering Competition (CEC) is an annual competition involving more than 170 of the best and brightest engineering students from across Canada. The competition “strives to expand and advance the education of our future engineers”. All competitors qualify through one of four regional competitions:
The Ontario Engineering Competition
The OEC is an annual gathering of Ontario Engineering Students, who have won competitions at their respective universities and are invited to compete on the provincial level to share their talent and qualify for the CEC. The winning teams from school competitions typically get sent to the OEC to represent their schools and the winners of those teams to CEC. The most recent Ontario Engineering Challenge was hosted by Carleton University. The competition has developed extensively since its founding in 1980 and now hosts 8 different competitions with a focus on innovation, design and communications at a variety of levels for Senior and Junior Engineering Students. These competitions, as described by the 2016 OEC organizers are:
Given a short four hours and a confining budget, junior engineering students are tasked with designing and constructing a prototype that demonstrates an innovative and practical solution to a previously undisclosed problem.
Given a short six hours and a confining budget, senior engineering students are tasked with designing and constructing a prototype that demonstrates an innovative and practical solution to a previously undisclosed problem.
Engineers are often required to evaluate design proposals and convince key stakeholders of the associated benefits or drawbacks, often with little notice. This category asks competitors to defend or refute a previously undisclosed subject in the style of parliamentary debates.
Competitors are asked to prepare a presentation detailing the various societal impacts of an engineering process or issue in a manner that can be easily understood by an audience of various technological backgrounds.
Developed outside of the competition, teams bring their creative and unique solutions to an identified engineering technology gap of their choosing to be assessed by the judges.
Engineering students are asked to construct industry-quality software that provides a solution to a previously undisclosed problem.
Given a short six hours, engineering students are tasked with developing a practical solution to a previously undisclosed problem that demonstrates social, environmental, technological, and economical resourcefulness.Re-Engineering
Teams are challenged to reengineer a relevant design under a new set of constraints while accounting for economic impact. Solutions are judged based on practicality, originality, feasibility and marketability.