Learning Innovations Lab Technology

Explore our tech!

The Learning Innovations Lab hosts a variety of cutting-edge educational technologies designed to enhance hands-on learning, creativity, and problem-solving. Whether you’re exploring robotics, augmented reality, 3D printing, or classroom enhancements, our tools empower students and educators to engage with technology in meaningful ways. View descriptions of our technology below:

  • An image of Ozobots and an example of their Color Code using markers and paper
    Ozobots
    • Ozobots are small, versatile robots designed to introduce coding and logic.
    • Programmed physically using markers and paper or digitally through OzoBlocky, a platform similar to Scratch
  • A photo of an iPad showing the capabilities of Merge Cubes, Merge Cubes, and AR headset, and
    Merge Cubes

    Merge cubes are small foam cubes that allow the user to bring digital objects to life using augmented reality (AR).

     

  • An image of the Original Prusa i3 MK3S+ 3D printer with examples of 3D printed items
    Original Prusa i3 MK3S+
    • The Original Prusa i3 MK3S+ is a high quality 3D printer known for its precision and ease of use.
    • Supports single color printing
    • A MacBook Pro is available in the lab for finding, editing, and slicing files
    • Ideal for prototyping, education, and hands-on learning in all subjects.
  • An image of the home page of the ClearTouch smart display
    ClearTouch
    • A versatile touchscreen display that can lowered and tilted, and turned horizontally for accessibility.
    • Runs both Windows and Android OS for flexibility in applications.
    • Features Snowflake, an interactive software for engaging lessons and activities.
    • Supports up to 40 touches at once, screen sharing, and a pen to write or draw on the board. 
    • Ideal for classrooms, workshops, and collaborative learning environments.
  • An image of two Meta Quest 3
    Meta Quest 3

    A powerful virtual reality (VR) headset designed for immersive learning experiences, virtual socialization, and gaming.

  • An image of 3Doodler Start (3D Pen) and its guides to make designs
    3Doodler Start (3D Pen)
    • A beginner-friendly 3D pen designed for creative, hands-on learning.
    • Uses low-heat, non-toxic filament, making it safe for all.
    • Wireless, allowing for easy use in classrooms.
  • An image displaying the E-Glass, a educational white board that connects to the computer
    E-Glass
    • A transparent surface that can be written on with markers that virtually flips the writing so it is legible during presentations and lessons
    • Allows educators to write while maintaining eye contact with students.
    • Supports digital integration for recording and live streaming lessons.
    • Ideal for dynamic lectures, remote learning, and engaging demonstrations.
  • An image of Lego Spike Robotics, a computer used to code the Lego robots, and a prebuilt Lego grabbing robot
    Lego Spike
    • A hands-on robotics kit that combines LEGO building with coding.
    • Programmed using block-based coding similar to Scratch
    • Ideal for STEM education and group collaboration.
  • An image of the Sphero Minis and the iPad used to control them, with a Sphero race course in the background
    Sphero Mini
    • A compact, app-controlled robot for coding and robotics exploration.
    • Programmed using block-based coding or JavaScript.
    • Great for logic development and fun

Want to learn more? Check out our resources page: 

Tutorials and Lab Resources

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