Êtes-vous un génie des robots ? Voulez-vous devenir un?
VEX IQ Robotics Course
Start your robotics adventure with the VEX IQ Robotics Course, ideal for aspiring engineers, coders, and tech enthusiasts, the course emphasizes iterative design and teamwork, helping students deepen their understanding of mechanical systems and coding logic.. This hands-on program introduces VEX IQ robotics, guiding students through the process of building and programming robots for the official VEX Robotics Competition challenges. With a focus on creativity, strategy, and real-world problem-solving, students collaborate in teams to tackle engineering tasks and coding challenges.
The semester culminates in a friendly scrimmage hosted at TechLabs in December 2025, featuring teams from across Switzerland—and beyond. Modeled after the VEX IQ Mix and Match Challenge, this exciting event provides a supportive and energetic environment for students to showcase their skills, experience the thrill of competition, and prepare for future VEX tournaments.
Learn more about the scrimmage : https://www.techlabs.ch/vex-events-products
Engineering and Robotics Concepts
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Basic Mechanics: Gears, pulleys, motors, sensors, and more.
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Structural Design: Build robots that are strong, balanced, and efficient.
Programming and Automation
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VEXcode IQ Blocks: Visual programming for beginners.
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Text-Based Coding: Python and VEXcode IQ Text for advanced students.
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Driver vs. Autonomous Control: Learn how robots function both independently and with human input.
Critical Thinking and Problem Solving
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Iterative Design: Prototype, test, and refine with engineering discipline.
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Strategic Thinking: Analyze and plan how to win games and complete missions.
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Industry Insight: Explore real-world applications of robotics.
Teamwork and Collaboration
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Defined Team Roles: Builder, programmer, driver, and strategist.
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Communication Skills: Share ideas, give feedback, and work toward a common goal.
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Project Management: Organize tasks, manage time, and reflect on progress.
Creativity and Innovation
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Design Thinking: Turn imaginative ideas into practical robotic solutions.
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Open-Ended Projects: Tackle challenges with multiple solutions and no single "right answer."
| Alter | 9+ |
| Kursniveau | Anfänger | Fortgeschrittene |
| Sprache des Kurses | EN (DE unterstützt) |