aluminum falcons
5-h summer robotics camp

This summer camp is suitable for students entering grades 4-8 for the 2021-2022 school year. 

Three levels of camp are offered. To ensure the best experience for your

child, please register for intermediate or advanced camp if your student

has taken the previous level of camp (beginner / intermediate) or if your

child has been involved on an FLL robotics team.

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Campers will learn more than how to build and program robots, they will

be encouraged to present and explain how their robot functions with the

code they developed. Instructors will continually relate classroom learning

with “Robots in the Real World” examples of how this technology permeates

our lives. In addition, campers will have the opportunity to see the team’s

competition robot and learn how their Lego robot has similar functions.

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Camp 1 (Beginner Camp):

Overview:

            Campers will assemble a robot to complete a game challenge each day. Campers are taught basic Mindstorm programming of motors and will incorporate color and touch sensors. Throughout the week, actuators will need to be added on to the robot to complete tasks. On the last day, campers will experience a mock competition complete with alliance selections for teams to compete in a surprise challenge.

Camp 2 (Intermediate Camp):

Overview:

          Campers will design, build, modify, and program more complex robots to complete daily challenges. Campers will be taught how to program their robot for “multitasking” activities combining several simple tasks to accomplish more complicated ones. The programming of ultrasonic sensors will be introduced. Many challenges replicate how robotic technology is used in everyday life. On the last day, campers will experience a mock competition complete with alliance selections for teams to compete in a surprise challenge.

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Camp 3 (Advanced Camp):

Overview:

This week, campers will be taught how to use a gyro sensor and will incorporate the programming of multiple sensors. Thus, many challenges will rely upon previously learned skills applied to new situations. Campers will be encouraged to work more independently on building and programming in order to achieve optimal robot performance. Campers may work at their own pace to complete as many challenges as they can within the week.

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