CodeKidZ Camp is for rising 5th-8th graders and will be instructed by Carol Gehringer.
Learn the basics of computer science and internet safety. By the end of the week, you will create your own computer game to share. We will use iPads, Chromebooks, Ozobots, LittleBits, Dot & Dash and Code.org’s Express Course during our week.
CodeGirlZ Camp is for rising 5th-8th graders that are girls and will be instructed by Carol Gehringer.
Lego Robotics Camp
Campers will learn the basics of the lego robotics system and use their new skills to design, build, and program their own robots. Step-by-step instructions will NOT be provided: campers are required to make their own creative solutions to challenges, using their skills of spatial reasoning and programming fluency. Through comprehensive hands-on personal instruction, they will develop the skills they need to accomplish the presented goals. Each student shares a lego robotics set with a partner, so learning to work as a team is just as important as learning to make a robot. Each week of Lego Robotics has a different specialization after the general education of the basic systems.
These camps are only offered as half day options. Morning sessions (9-12pm) are reserved for campers going into 6th grade – 8th grade, and afternoon sessions (1-4pm) are for grades 3rd – 5th. Early bird registration cost is $160 by April 1st. After April 1st the price is $175. Before care and after care options will be available depending on morning of afternoon selections.
Advanced Constructs will feature advanced construction challenges and techniques, requiring creative use of the Legos included in the set. Emphasis will be placed on alternate modes of manipulation and transportation, such as claw arms and fully functional legs. Challenges will be focused on obstacle courses, with robots needing to move around, over, or through obstructions.
Digital Life focuses on the robots’ nature as developing constructs, by having the students create predator/prey relations between different robots. Two teams will be tasked with creating predator robots that pursue and capture prey (or other predator!) robots. The other three teams will be assigned the task of creating successful prey robots that evade capture. Therefore, the designs of the robots will change and improve as the teams learn more about Lego robotics, and as the robots they compete with develop.
Multi-Robot Cooperation will fully explore the possibilities of robot-to-robot communication, requiring several or all of the robots to cooperate to accomplish complex tasks.
Robot Competition will focus on direct competition between the robots. Two robots are placed in a ring: the first robot to incapacitate the other robot or remove it from the ring is the winner. This is not done in a formal “bracket” type of competition: instead, combats are simply test runs to continually improve and develop all the robots into increasingly more efficient designs. At the end of the week, campers will be able to construct, program, and repair their robot, using compact construction, efficient bug-free code, and familiarity with the Lego Mindstorms system.
Video Game Design Camp
Video Game Design 1
Campers will learn the simple but versatile drag-and-drop programming language of Scratch, a program designer created by MIT students. Students will create their own games from scratch, exploring concepts of game design while they create and bug fix their own code, and help other students fix theirs. By the end of the course, they will have a functional understanding of Scratch, and a useful knowledge of how programs in general function.