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"Innovate2Educate - Handheld Device Design Challenge"

Transforming Education, One Device at a Time

The Innovate2Educate Handheld Device Design Challenge is an exciting competition aimed at revolutionizing the way children learn. We invite academia, designers, engineers, and innovators to create a prototype of an educational handheld device that makes learning math, solving puzzles, and enhancing cognitive skills an engaging and interactive experience. The goal is to design a device that is not only educational but also affordable for the mass market.

Objective

Your challenge is to design and develop a prototype for an educational handheld device that :

  • Engages children in learning math
  • Encourages problem-solving through puzzles
  • Enhances cognitive skills with interactive content
  • Is affordable and accessible for a broad audience

Competition Overview

Who Can Participate?

This competition is open to students, educators, designers, engineers, and anyone passionate about creating innovative educational tools.

Key Areas of Focus :
  • Educational Content : Incorporating fun and interactive ways to teach math and cognitive skills.
  • User Experience : Designing an intuitive and child-friendly interface.
  • Affordability : Ensuring the device is cost-effective and accessible to a wide audience.
  • Durability : Creating a robust design that can withstand everyday use by children.

Phases of the Competition

Concept Submission

Submit your initial concept, including sketches, descriptions, and key features of your device.

Prototype Development

Selected participants will move on to the prototype development phase, where they’ll create a working model of their device.

Final Presentation

Finalists will present their prototypes to a panel of judges, showcasing functionality, educational impact, and market feasibility.

Judging Criteria

Judging Criteria

Your submissions will be evaluated based on:

  • Innovation: Originality and creativity in device design and content.
  • Educational Value: Effectiveness in teaching math and enhancing cognitive skills.
  • User Experience: How engaging and user-friendly the device is for children.
  • Cost-effectiveness: Feasibility of producing the device at an affordable price.
  • Durability and Design: Practicality and robustness of the design.

Prizes and Recognition

Top Prizes Include:

  • Cash Prizes: Awarded to the top three designs.
  • Prototype Development Support: Assistance in refining and producing the winning prototype.
  • Showcase Opportunity: The winning design will be featured at key IDGS events and showcased to potential investors and manufacturers.
Prizes and Recognition

How to Participate

    Step 1 : Register Online

    Registration will start from 06 September, 2024 Step 2: Submit Your Concept

    Step 2 : Submit Your Concept

    Provide detailed sketches, descriptions, and key features.

    Step 3 : Develop and Submit Your Prototype

    Selected participants will be invited to create and submit a working prototype.

Important Dates :

Registration Deadline: 15 December 2024
Concept Submission Deadline: 15 December 2024
Prototype Submission Deadline: 10 January 2025
Final Presentation: February 2025

Resources and Support

Workshops and Webinars

Participants will have access to a series of workshops and webinars on device design, educational content creation, and prototype development.

Mentorship

Receive guidance from industry experts throughout the competition.

Hardware Suggestions

To meet the criteria of the competition, here are some hardware suggestions:

    1. Display Options
  • E-Paper Displays : These displays are energy-efficient and provide good visibility in various lighting conditions. They are often used in e-readers.
  • Segmented LCD Displays : These are simpler and cheaper than full LCD screens and can be used to display numbers and basic graphics.
  • LED Matrix Displays : A grid of LEDs can be used to create simple animations and display text or numbers.
  • Seven-Segment Displays : These can be used for basic numerical output and simple games.
    • 2. Microcontroller: Following types and other such controllers may be used (below are only for suggestion)
  • Arduino : An Arduino board can be a cost-effective and versatile choice for controlling the game.
  • Raspberry Pi Pico : This microcontroller is powerful, affordable, and suitable for various applications.
    • 3. Input Methods
  • Buttons and Keypads : Simple and reliable input methods for user interaction.
  • Rotary Encoders : For more complex input like selection and navigation.
    • 4. Sound
  • Buzzer or Simple Speaker : For audio feedback and enhancing the gaming experience.
    • 5. Power
  • AA Batteries : Common and easily replaceable.
  • Rechargeable Battery Pack : For a more environmentally friendly option.

Competition Guidelines

  • Theme : The videogame should focus on educational content, such as mathematics, puzzles, logical thinking, and other brain-training exercises.
  • Screen Type : The device must not use LED or LCD screens typically found in mobile devices. Alternative display technologies or creative display solutions should be used.
  • Cost : The total cost of the hardware components used to build the device should not exceed 1000 Rs.
  • Functionality : The game should be fully functional and user-friendly. It should provide a seamless and enjoyable learning experience.
  • Portability : The device should be handheld and easily portable. Diagonal size must not be more than 7-8 inches.
  • Power Source : Consider using cost-effective and easily available power sources, such as AA batteries or rechargeable batteries.

JOB DESCRIPTION

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RECRUITMENT

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  • Ligula id commodo aenean est in volutpat amet sodales
  • Lorem ipsum dolor sit amet
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LOCATIONS

Pekanbaru, Riau, ID

DEPARTMENT

Project Management

END DATE

March 15, 2016

JOB DESCRIPTION

Lorem ipsum dolor sit amet libero turpis non cras ligula id commodo aenean est in volutpat amet sodales porttitor bibendum facilisi suspendisse aliquam ipsum ante morbi sed ipsum mollis. Sollicitudin viverra vel varius eget sit mollis.

Lorem ipsum dolor sit amet libero turpis non cras ligula id commodo aenean est in volutpat amet sodales porttitor bibendum.

RECRUITMENT

Lorem ipsum dolor sit amet libero turpis non cras ligula id commodo aenean est in volutpat amet sodales porttitor bibendum facilisi suspendisse aliquam ipsum ante morbi sed ipsum mollis. Sollicitudin viverra vel varius eget sit mollis.

  • Sollicitudin viverra vel varius
  • Ligula id commodo aenean est in volutpat amet sodales
  • Lorem ipsum dolor sit amet
  • Dolor sit ametviverra vel varius

LOCATIONS

Pekanbaru, Riau, ID

DEPARTMENT

Project Management

END DATE

March 15, 2016