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    MENUMENU
    • Home
    • Why Us?
      • Awards
      • About Us
      • Our Approach
      • Blog - News and Announcements
      • Parents Section
      • Wize Foundation
      • Careers
      • Contact Us
      • Programs
        • Online Coding Classes
        • First LEGO League
        • Girl Scouts STEM Journeys & Badges
        • Boy Scouts Robotics Merit Badges
        • Wize Education Collaborative
        • Purchase a Gift Card
        • Hackathons
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      • STEAM Education Pathway
      • Engineering and Robotics
      • Coding, Designing & Modding with Minecraft
      • Interactive Programming in Python
      • Coding in Augmented & Virtual Reality
      • Game Design & Development with Roblox
      • 3D Modeling, Design & Printing
      • Programming Adventures Using MIT Scratch
      • Artificial Intelligence & Machine Learning
      • Mobile App Development
      • Code, Control & Fly Drones
      • Entrepreneurship – How to Start a Business
      • Wild Web Design
      • Our Approach
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            • San Tan Valley and vicinity
          • Arkansas
            • Benton & Washington County
          • California
            • Coastal San Diego
          • Canada
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            • Vancouver South & Richmond
            • Richmond Hill and Aurora
            • Coquitlam, Port Coquitlam, New Westminster
            • Burnaby, British Columbia, Canada
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            • Parker & Cherry Creek
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            • Wellington & Palm Beach
            • Jacksonville East, Florida
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Wize Computing Academy

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ABOUT WIZE COMPUTING ACADEMY

Inspiring Young Learners to be the Leaders of Tomorrow.

Project-based and student-oriented approach to teaching computer coding, robotics & design to young learners.

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Curriculum Breakdown: Discover the Exciting Topics Covered in the Course

The “Game Design & Development with Roblox” course for young learners offers an immersive learning experience where young aspiring game designers delve into the exciting world of game creation using the popular platform, Roblox. This comprehensive curriculum equips students with the essential skills and knowledge to design, develop, and bring their own games to life.

Curriculum Breakdown:

  1. Introduction to Roblox Game Development:

    • Overview of Roblox platform and its game development capabilities
    • Introduction to game design concepts and terminology
  2. Roblox Studio Fundamentals:

    • Navigating Roblox Studio interface
    • Understanding and utilizing the building tools and features
    • Creating and manipulating game assets
  3. Game Design Principles:

    • Developing engaging gameplay mechanics
    • Exploring level design techniques for immersive experiences
    • Balancing challenges and rewards
  4. Scripting and Coding in Lua:

    • Introduction to Lua scripting language
    • Writing code to create interactive gameplay elements
    • Implementing game logic and behaviors
  5. Character Design and Animation:

    • Designing and customizing player avatars and non-player characters (NPCs)
    • Implementing animations and movements using the Roblox animation editor
  6. Multiplayer and Social Features:

    • Creating multiplayer experiences and collaborative gameplay
    • Implementing chat systems and player interaction mechanics
  7. Game Testing and Debugging:

    • Strategies for playtesting and identifying bugs
    • Iterative design process for refining and improving games
  8. Game Publishing and Community Engagement:

    • Preparing games for publishing on the Roblox platform
    • Strategies for marketing and promoting games
    • Engaging with the Roblox community and gathering feedback

Empowering Young Innovators: Explore the Engaging Curriculum of 3D Design and Printing!

3D modeling, design & printing teaches important STEAM concepts and design thinking. It helps unlock children’s natural drive to create, share and explore. We use easy to use, intuitive and engaging software to allow young students to transition from drawing in 2D to designing in 3D in minutes – no CAD or computer experience necessary!

Students get to take home the objects they design and print.

Benefits of Design Thinking

Teaching young students design thinking helps them develop a growth mindset and important problem solving, analytical and spatial thinking skills. Benefits include:

  • Ability to identify problems and convert them to actionable opportunities.
  • View setbacks and failures as valuable learning moments.
  • Develop self-belief as problem solvers.
  • Develop entrepreneurial mindset and understand value of collaboration and feedback.

Concepts Covered

Introduction to 3D Modeling

    • Explore basics of 3D modeling software like Tinkercad
    • Learn to navigate and control a 3D space
    • Start with simple shapes and builds

Design Fundamentals

  • Apply principles of design like form, balance, texture
  • Create more complex 3D models using shapes
  • Make real-world objects like toys, household items

Advanced Modeling Techniques

  • Use advanced modeling tools like carve, hole, copy/paste
  • Create articulated and movable components
  • Design multi-part 3D models that fit together

Preparing Models for Printing

  • Learn basics of 3D printing and terminology
  • Refine designs to turn virtual models into physical objects
  • Troubleshoot issues like overhangs, bridging, rafts

3D Printing Process

  • Prepare 3D model files for printing using slicer software
  • Experience printing student-designed models
  • Learn about filament materials like PLA

Collaborative Projects

  • Work in teams to design more complex and large 3D projects
  • Create and present an original 3D printed object
  • Create 3D Models via Coding

Immerse Yourself in the Future of Coding with Wize Computing Academy’s Cutting-Edge AR/VR Curriculum

Virtual Reality, or VR, is a medium that allows the viewer to get immersed into a virtual 3D experience. The virtual environment replaces the real world in the eyes of the viewer, who can move and look around, and sometimes even interact with the virtual content.

Augmented Reality, or AR, let us see the real-life environment right in front of us—trees swaying in the park, dogs chasing balls, kids playing soccer—with a digital augmentation overlaid on it.

In this course students explore the creation of virtual tours, storytelling, games and simulations. The beauty of this approach is that it allows for creativity and coding in multiple dimensions (3D, voiceover, music, video etc.). There is no limit to what one can create!

Benefits of VR for students

  • Provides a FUN environment for learning
  • Allows thinking in 3 dimensions in various sizes
  • Develops 21st century skills needed to adopt technological advances to ones benefit
  • Leads to higher student engagement in the classroom
  • Enhances collaboration and teamwork
  • Increases retention of knowledge

Concepts Covered

Transform

  • Move
  • Turn
  • Scale
  • Distance
  • Position

Actions

  • Animation
  • Color
  • Opacity
  • Panel for Information & Quizzes
  • Sound
  • Text
  • Video

Events

  • When Item is Clicked
  • When Item is Hovered
  • Keyboard Controls
  • When Item is Collides

Controls

  • Forever Loops
  • Repeat Loops
  • If-Then-Else Condition
  • Wait
  • Parallel Programming

Functions

  • Defining
  • Calling
  • Parameters

Operators

  • Logic
  • Math

Data

  • Variables
  • Values
  • Lists

Items

  • Modify
  • Get
  • Delete
  • Adding Physics

Physics

  • Push
  • Spin
  • Velocity
  • Friction
  • Gravity
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Entrepreneurship for Kids: A Fun and Interactive Guide to Starting Your Own Business

We offer a comprehensive and engaging curriculum designed specifically for young minds to explore the exciting world of entrepreneurship. Our curriculum focuses on equipping children with the necessary skills, knowledge, and mindset to transform their ideas into successful business ventures.

With our curriculum, we strive to empower young entrepreneurs, fostering their passion, creativity, and problem-solving abilities. Through interactive lessons, practical exercises, and real-life examples, we aim to inspire the next generation of business leaders.

Key Features of Our Curriculum:

  1. Introduction to Entrepreneurship:

    • Understanding the concept of entrepreneurship and its significance.
    • Exploring inspiring stories of young entrepreneurs who have made a difference.
  2. Idea Generation and Validation:

    • Nurturing creativity and encouraging children to brainstorm unique business ideas.
    • Teaching techniques to validate ideas and assess market potential.
  3. Business Planning and Strategy:

    • Guiding children through the process of creating a solid business plan.
    • Developing strategies for effective execution, resource management, and growth.
  4. Marketing and Sales:

    • Introducing fundamental marketing principles tailored for kids.
    • Teaching innovative approaches to promote products or services and attract customers.
  5. Financial Management:

    • Introducing basic financial concepts and money management skills.
    • Teaching children how to track expenses, calculate profits, and make wise financial decisions.
  6. Problem-Solving and Adaptability:

    • Cultivating problem-solving skills to tackle challenges and find creative solutions.
    • Fostering adaptability to navigate changing market dynamics and embrace new opportunities.
  7. Communication and Presentation:

    • Enhancing communication skills through effective storytelling and persuasive techniques.
    • Building confidence in public speaking and delivering compelling business pitches.
  8. Collaboration and Leadership:

    • Encouraging teamwork and collaboration through group projects and activities.
    • Developing leadership qualities, including decision-making, delegation, and teamwork.
  9. Real-Life Case Studies & Competitions:

    • Showcasing inspiring case studies of successful kid entrepreneurs to inspire and motivate children.
    • Analyzing their strategies, challenges, and lessons learned.
    • Participate in world-wide entrepreneurship competitions like Conrad Challenge
  10. Practical Exercises and Projects:

    • Engaging children in hands-on activities and projects to apply their knowledge.
    • Providing opportunities for creativity, critical thinking, and entrepreneurial action.

 

ENGAGING ALL LEARNERS WITH ENGINEERING & ROBOTICS

Experience Robotics at its Finest with World-Class Curriculum and an Array of Cutting-Edge Toolkits.

At Wize Computing Academy, we believe in providing a diverse and comprehensive robotics experience for our students. That’s why we utilize an extensive range of robotics toolkits, including renowned options such as LEGO® Spike™ Prime, Spike™ Essential, WeDo 2.0 & Mindstorms EV3, Hummingbird kit, VEX Robotics and micro:bit. These state-of-the-art resources offer endless possibilities for creativity and exploration.

Engaging Projects Crafted for Fun and Learning

Our dedicated curriculum team meticulously designs each project to ensure that they are not only educational but also fun and age-appropriate. Through these exciting projects, young learners delve into the realms of STEAM (Science, Technology, Engineering, Art, and Math), discovering new concepts and fostering a passion for innovation.

Tailored for All Levels of Expertise

At Wize Computing Academy, our custom projects cater to learners of all levels, from beginners to intermediate and advanced students. We believe in providing opportunities for everyone to explore and excel in every aspect of robotics and coding. Regardless of skill level, our programs are designed to challenge and inspire young minds.

Competition and Excellence

In addition to our internal robotics and coding competitions, we prepare our students to participate in prestigious events like the First LEGO League & VEX Robotics. Our teams have garnered numerous accolades in these worldwide competitions, consistently demonstrating their exceptional skills and dedication. With regular qualifications to regionals and higher levels, our students have made their mark on the global stage.

Join us and unlock the boundless potential of robotics and coding. Discover the joy of innovation and unleash your creativity!

Engineering Concepts Covered

Motors

  • Speed
  • Angle
  • Direction
  • Start and Stop
  • Movement

Light

  • Turn on and off
  • Pixel Brightness
  • Text and drawing
  • Colors

Sound

  • Use existing
  • Record your own
  • Start and stop
  • Control pitch and volume

Sensors

  • Color sensor (color, light)
  • Gyroscope
  • Force Sensor (touch, force)
  • Accelerometer
  • Distance sensor

Gears

  • Gearing up and down
  • Using different types of gears like crown and worm gears

Pulleys

  • Changing the orientation of a pulling force
  • Changing direction & orientation of rotation
  • Increase of decrease a pulling force
  • Increase of decrease the speed of rotation
  • Increase of decrease the turning force (or torque)

LEGO Spike Prime & Spike Essential

🡪 Learn More

LEGO WeDo 2.0

🡪 Learn More

LEGO Mindstorms EV3

🡪 Learn More

Coding Concepts Covered

  • Getting Started – Introduction to building & programming
  • Programming the Hub
  • Robot movement
  • Wait Until & Sensors
  • Loops
  • Parallel Programming
  • Event Programming
  • Sound and Music
  • Mathematical Operations
  • External Web API Calls

Hummingbird kit & micro:bit

Experience the power of innovation with our advanced robotics toolkits, including the versatile Hummingbird Kit and the dynamic BBC micro:bit. These exceptional resources empower students to construct robots from various materials, blending imagination with technology.

The Hummingbird Kit combines lights, sensors, and motors, providing endless possibilities for creating unique robotic creations. Students can explore their wildest ideas, bringing them to life through hands-on building and programming.

With the handheld BBC micro:bit, a programmable micro-computer, students embark on a journey of limitless potential. From crafting robots to designing musical instruments, the micro:bit opens the door to a world of exciting creations.

Harnessing the power of both the Hummingbird Kit and the micro:bit, students unleash their creativity and animate their robots using block- and text-based coding languages. They learn to think like engineers of tomorrow as they navigate the realms of robotics and coding.

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