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The best in BC, teams from the Lower Mainland and Vancouver Island earned spots at the Provincials by finishing first or second in competition play, or by winning the top adjudicated awards.

Categorized: News West Van High, Gladstone, and Comox Valley Teams Take Top Honors at BC ProvincialsĮight BC Teams Headed to 2017 VEX World Championshipsģ9 BC secondary school robotics teams vied for top spots and an entry into VEX World Championship at the BC Provincial VEX Competition March 1, 2017.

Both the Design and Excellence awards require a Design Notebook (by official rules), and the awards are always given to a team with a strong design process. We are looking for evidence of data driven iterative design that is recorded in a manner such that it could be repeated without further guidance, and a deliberate project management effort refined for project demands and team-specific dynamics.

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We are looking for teams to demonstrate a professional approach to design and team organization. The design process that judges are looking for emulates this real world work. Credit is given by the judges for both the design (plan and intention) and the successful application of autonomous tools.ĭesign Process: Engineering work builds on existing knowledge, mistakes of the past, and involves copious amounts of team work.

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There is also the ability to apply sensors to assist the driver while under manual control. In the VEX game, there is an autonomous-only portion of the game for which robots are designed and programmed. We evaluate the robustness of the construction, the effectiveness of the frame build, as well as attention to details such as wiring, and elegance of the overall build.Īutonomous: In today’s world of ever increasing automation, the effective understanding and application of these tools can provide tremendous value. We look for teams that have intentionally used particular materials for their highest and best application. In this year’s competition, this involves pick-up of game elements, release of game elements, maneuverability of the robot, and in many cases, raising the robot above the ground on a post, a maneuver called “the hang”.īuild: Quality of construction and ability to maintain this construction are essential for achieving success. The design of the robot to achieve each of these goals comprises the largest section within the design component of our evaluation. The judges look for evidence that the team has asked the questions: What goals do we want our robot to achieve? What qualities does it need to achieve those goals? In VEX, this should follow from a gameplay strategy. All too often, this step is glossed over, both by VEX teams and in the professional world. Judges for BC 2017 Provincial Championshipĭesign: The first step in developing an effective design is thoroughly understanding the needs that the design will meet. There’s four categories, each weighted evenly, that we look to understand: design of the robot and strategy quality and efficacy of build application of autonomous tools, and the design process. VEX’s descriptions of each of these awards can be found here.īefore we, the judges, get down to discussions about which team (and their robot) have the most creative component or an outstanding design, we evaluate each robot and the design process of the team. Other awards include the Amaze award, the Build award, and the Create award. Two of these awards, the Excellence and Design awards, qualify the award recipient to proceed to the next round (either Provincials at regular tournament play, or Worlds at the Provincials tournament).

At the end of each tournament, judges recognise teams for design, creativity and other aspects of robot quality with awards. Judges interview the teams, and then confirm teams’ statements by watching game-play throughout the tournament. At each VEX tournament in BC throughout each season, students have the opportunity to present their robots to competition judges, typically engineering or computer science professionals.