ROBOTICS CLASSES

Kindergarten - 7th Grade

8th-12th Grade

VEX Robotics Competition (VRC) logo, highlighting the premier high school level robotics competition focused on engineering and programming.
FIRST Tech Challenge (FTC) logo representing an advanced robotics competition where students design, build, and program robots for STEM innovation.

VEX IQ

  • Three students smiling while lying next to a VEX IQ robotics competition field, featuring robots and game elements from the VEX IQ Challenge.
  • A young girl assembling and testing a VEX IQ robot, surrounded by robotics components and tools in a hands-on learning environment.
  • Two students collaborating on VEX IQ robotics programming, with one pointing at code on a laptop screen while their crane robot sits between them on the table.
  • A young student assembling a VEX GO robot using colorful parts, following instructions at a table filled with robotics components.
  • A student refining his VEX IQ robot in a large robotics lab, surrounded by workstations and an array of VEX IQ parts.

VEX IQ Robotics Classes

Hands-on immersive robotics classes for students in kindergarten through 7th grade.

  • VEX IQ is a robotics platform specially designed for young minds. At Robolabs, we teach VEX IQ in an interactive and dynamic way. Students learn important mechanical and programming concepts in every class through professionally crafted lessons consisting of theory, building, and programming. Students also learn about the engineering process, proper documentation, and principles of design.

    • World champions: STEM Award at VEX Worlds

    • Multiple times California State Champions elementary and middle school

  • Flexible: multiple times and make-up sessions are always offered for continuity of education.

    All-inclusive: Robotic parts, software, and mentorship are included with a Robolabs membership.

    Personalized: Interactive, tailored robot-building experience.

    Comprehensive: from mechanical concepts to coding in Python, our students develop design thinking and practice problem-solving.

    Enriching: professionally crafted curriculum for optimal STEM skill development.

    Self-paced: join at any time and at any experience level. No prerequisites of any kind.

2023 - 2024 VEX IQ Challenge

VEX V5

  • A young robotics enthusiast wearing glasses, focusing on finishing his VEX robot as he prepares for a STEM competition.
  • A team of three students collaborating on assembling their VEX robot for an upcoming robotics challenge.
  • A young roboticist carefully adjusting the lift mechanism on his VEX robot, ensuring optimal performance for the competition.
  • A student proudly admiring his completed VEX robot, excited to test its performance in a competition setting.
  • A team of three students intensely focused on assembling and programming their VEX robot for an upcoming robotics challenge.
  • Three students enjoying a hands-on robotics experience, working together on their VEX robot and smiling as they problem-solve.

VEX VRC Classes

VEX Robotics Competition program taught by World Championship winners! For students in 8th through 12th grade.

  • VEX V5 is the gold standard of educational robotics systems. At Robolabs we follow a team-based approach to VEX Robotics Competition from the get-go. Students join a team upon signing up. Learn from the best in an award-winning environment and a supporting knowledgeable community.

    • World Champions: Excellence Award at 2021 World Championship

    • Division finalists at VEX Worlds 2022

    • Division finalists at US Create 2022

    • Multiple times California State Champions VEX VRC middle school and high school

    • California Robot Skills Champions

    • International awards from China, Japan, and Mexico, among others.

  • Develop STEM skills

    Code C++ and develop computational thinking

    Develop your technical breadth of knowledge; from real-life mechanical concepts to programming algorithms.

    Design using CAD modeling

    Opportunities to specialize within a team in designing, building, or programming robotics systems.

    Understand the importance of following an iterative process in and out of engineering.

    Practice time and project management as well as leadership skills.

2024 - 2025 VEX VRC Challenge

FIRST FLL

  • Two students collaborating in a FIRST LEGO League challenge; one is coding on an iPad while the other arranges mission models on the competition field.
  • A detailed close-up of a FIRST LEGO League robot built with LEGO Technic and Mindstorms components, designed for the season’s challenge.
  • A robotics coach guiding students through the FIRST LEGO League challenge field, explaining key mission elements and robot strategy.
  • A close-up view of a different FIRST LEGO League robot, showcasing intricate LEGO engineering and sensors for competition tasks.
  • A robotics coach discussing the programming of a FIRST Tech Challenge robot with two engaged students, reviewing autonomous and teleoperated functions.
  • A student carefully positioning his LEGO robot on the FIRST LEGO League challenge field, preparing for a practice match.
  • A student working on an iPad to program a LEGO robotics project, surrounded by LEGO Technic and Mindstorms parts for the FIRST LEGO League Challenge.

FLL FIRST LEGO Robotics

Familiar platform taken one step further for students in kindergarten through 7th grade.

  • FLL is a robotics platform tailored to young minds made up of beautifully crafted legos. At Robolabs, we teach FLL in an interactive and dynamic way. Students learn important science, technology, engineering, and math (STEM) concepts in every class through professionally crafted lessons consisting of research, design, and coding. Students also learn about the engineering process, proper documentation, and principles of design.

  • Flexible: multiple times and make-up sessions are always offered for continuity of education.

    All-inclusive: Robotic parts, software, and mentorship are included with a Robolabs membership.

    Personalized: Interactive, tailored robot-building experience.

    Comprehensive: from mechanical concepts to coding, our students develop design thinking and practice problem-solving.

    Enriching: professionally crafted curriculum for optimal STEM skill development.

    Self-paced: join at any time and at any experience level. No prerequisites of any kind.

2023 - 2024 FIRST LEGO League

FIRST FTC

  • A close-up view of a FIRST Tech Challenge robot's drivetrain, with a student working in the background, ensuring precision in movement.
  • A dedicated coach walking two highly focused students through the coding logic of their FIRST Tech Challenge robot, refining their automation strategies.
  • A student focused on wiring the electronics of his FIRST Tech Challenge robot, ensuring proper connections for motors and sensors.
  • A robotics coach discussing the programming of a FIRST Tech Challenge robot with two engaged students, reviewing autonomous and teleoperated functions.
  • A student focused on wiring the electronics of his FIRST Tech Challenge robot, ensuring proper connections for motors and sensors.

FTC FIRST Tech Challenge

FIRST Tech Challenge program for students in 8th through 12th grade.

  • FTC allows for ample customization and powerful components. At Robolabs, we follow a project-based approach to FIRST Tech Challenge from the start. Students join a team upon signing up. Learn from the best in an innovative environment and a supportive knowledgeable community

  • Develop STEM skills.

    Code C++ and develop computational thinking.

    Develop your technical breadth of knowledge; from real-life mechanical concepts to programming algorithms.

    Design using CAD modeling.

    Opportunities to specialize within a team in designing, building, or programming robotics systems.

    Understand the importance of following an iterative process in and out of engineering.

    Practice time and project management as well as leadership skills.

2023 - 2024 FIRST Tech Challenge

FAQs

  • Robolabs offers three robotics programs at each center: VEX IQ, FIRST LEGO League (FLL), and VEX V5. Each program is designed to introduce and deepen students' understanding of mechanical design, engineering principles, and programming.

    • VEX IQ: Ideal for elementary and middle school students. Emphasizes foundational building and introduces students to robotics hardware and programming through engaging hands-on activities.

    • FLL: Also for elementary and middle school students. Focuses on software and coding through a user-friendly programming environment.

    • VEX V5: Designed for middle and high school students using metal parts and advanced hardware. Encourages deeper exploration into mechanical systems, sensors, and competition-grade robotics skills.

  • VEX IQ / FLL

    • One-Time Program Registration Fee: $100 (lifetime access)

    • Monthly Tuition: $350 (includes one weekly class session)

    • For competition students:

      • Annual Tournament & Team Registration Fee: $375
        (Covers all regional tournaments from September to April)

      • Additional fees may apply if teams qualify for:

        • California State Championship

        • Signature Events

        • U.S. CREATE Open

        • VEX Worlds

    VRC

    • One-Time Program Registration Fee: $100 (lifetime access)

    • Monthly Tuition: $350
      (Includes unlimited access during operational hours; students should commit at least 3–4 hours weekly for team progress)

    • For competition students:

      • Annual Tournament & Team Registration Fee: $375
        (Covers all regional tournaments from September to April)

      • Additional fees may apply for advanced events (see above)

  • VEX IQ
    To join a VEX IQ competition team, students must complete:

    • One full year of core robotics training at Robolabs

    • 65+ robotics worksheets

    • Robot Workbooks at four levels: Easy, Medium, Hard, and Very Hard

    VRC
    All new VRC students begin with a ~3-month training period where they:

    • Build and program two individual robots (teleoperated + autonomous)

    • Learn best practices in mechanical design and coding
      Once training is complete, students progress to more advanced roles within their team, focusing on competition robot development.

    • Season Duration: May – April

    • New Challenge Release: First week of May each year

    • Build & Design Phase: May – August

    • Tournament Season: September – April

    • Post-Tournament Support: Ongoing coaching based on performance and goals

  • Dublin Center

    • Tuesday: 5:00pm–6:30pm, 6:30pm–8:00pm

    • Friday: 5:00pm–6:30pm, 6:30pm–8:00pm

    • Sunday: 1:00pm–2:30pm, 2:30pm–4:00pm, 4:00pm–5:30pm, 5:30pm–7:00pm

    Fremont Center

    • Wednesday: 5:00pm–6:30pm, 6:30pm–8:00pm

    • Thursday: 5:00pm–6:30pm, 6:30pm–8:00pm

    • Sunday: 12:00pm–1:30pm, 1:30pm–3:00pm, 3:00pm–4:30pm, 4:30pm–6:00pm

    San Jose Center

    • Wednesday: 4:00pm–5:30pm, 5:30pm–7:00pm

    • Thursday: 4:00pm–5:30pm, 5:30pm–7:00pm

    • Sunday: 12:00pm–1:30pm, 1:30pm–3:00pm, 3:00pm–4:30pm, 4:30pm–6:00pm