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Vex Go  Beginner
  • Age: Ages 6-8

  • Skill Level: Beginner

  • Format: In Person Class

  • Duration: 1.5 hours/per session,

  • Total: 12 sessions

  • Price: $550

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Vex Go Advanced
  • Age: Ages 6-8

  • Skill Level: Advanced

  • Format: In Person Class

  • Duration: 1.5 hours/per session,

  • Total: 12 sessions

  • Price: $650

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Vex IQ Robotics Beginner 
  • Age: Ages 8-12

  • Skill Level: Beginner

  • Format: In Person Class

  • Duration: 2 hours/per session,

  • Total: 12 sessions

  • Price: $799

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Vex IQ Robotics Advanced
  • Age: Ages 8-12

  • Skill Level: Advanced

  • Format: In Person Class

  • Duration: 2 hours/per session,

  • Total: 12 sessions

  • Price: $899

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Vex IQ Robotics Competition
  • Age: Ages 8-12

  • Skill Level: Competiton

  • Format: In Person Class

  • Duration: 3 hours/per session,

  • Total: Meet twice a week

  • Price: Monthly membership

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VRC (Metal Robot) Beginner
  • Age: Ages 12-16

  • Skill Level: Beginner

  • Format: In Person Class

  • Duration: 2 hours/per session,

  • Total: 12 sessions

  • Price: $1199

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VRC (Metal Robot) Advanced
  • Age: Ages 12-16

  • Skill Level: Advanced

  • Format: In Person Class

  • Duration: 2 hours/per session,

  • Total: 12 sessions

  • Price: $1299

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VRC (Metal Robot) Competition
  • Age: Ages 12-16

  • Skill Level: Competition

  • Format: In Person Class

  • Duration: 3 hours/per session,

  • Total: Meet twice a week

  • Price: Monthly menbership

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VRC (Metal Robot for age 12-16)

Level 1:
Introduction to VRC Coding and Competition Preparation

In this level, emphasis is placed on VRC (Virtual Robotics Competition) coding, familiarizing students with competition templates, and introducing sensor technology and its applications (Line tracker, inertial sensor, GPS, Vision sensor, and pneumatic kits). Additionally, students will be introduced to artificial intelligence coding techniques, which are crucial for navigating robots to complete tasks effectively during competitions.
 

Throughout the 16-week duration of this course, students will be tasked with building a foundational robot to serve as a learning aid for practicing coding skills. This base robot will facilitate hands-on learning experiences, allowing students to gain practical insights into the application of coding principles within a competitive robotics context.

Level 2:
Advanced Robot Building Techniques and Coding Optimization

During this 20-week course, the focus shifts to advanced robot building mechanisms and structures, complemented by coding skills aimed at maximizing robot performance.

.Students will delve deeper into the intricacies of constructing robots, while also refining their coding abilities to enhance the efficiency and functionality of their creations.

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