Smart Instructive Toy
Introduction
What is our experience and approach?
Our startup approach is to teach engineering sciences to children and adolescents.
Validity
The founders of this startup have a long industrial history in Iran. Refractory plates, furnace fabrication for the steel industry, ceramic tiles, and construction have been their fields.
the opportunity
However, after deciding to invest in Canada and exploring its various markets, they found an opportunity to "transfer industrial experience to the inspiring and educational toy market.
originality
Early studies were conducted with the help of child psychologists, toy designers, and marketing mentors. In addition to these market studies and research, it tried to use the "intangible heritage" of Iranian architecture and art.
What is our idea?
Types of Educational Toys
Educational toys frequently oversimplify,undersize or even imitate adult-use activities and items The purpose of an educational toy is to teach. The best educational toys spark children’s curiosity and creativity.
Educational toys come in various forms, each offering a unique learning opportunity. These include open-ended, electronic, app-enabled, building, sports, and sensory toys.
Instructional toys are crucial to children’s growth and development
our idea
Our first idea is to use new technologies to build products and provide services that introduce children to architectural knowledge and provide them with the opportunity to build architectural and construction materials. In addition to building materials and using them to build the architectural components of a building, children also become familiar with the historical identity and stylistics of architectural works.
We try to make products "do it yourself" to create a child's interaction with peers and parents.
What are the components of the product?
This product is the first in a series of educational ideas with an engineering knowledge approach and consists of several parts:
- A small induction furnace for baking pottery
- A BASE and a guide page for the layout of pottery and bricks and building an architectural replica
- Columns, arches, and architectural components on which the child can arrange the parts.
- An augmented reality app with which the child can identify and continue the arrangement of assembled bricks.
- Special adhesive for pasting the cooked pieces to each other
6-Possibility of moving inside the building made by the child by augmented reality
Technology
- Using temperature and humidity sensors.
- Proximity and temperature sensors for child safety.
- Using AR technology to guide the child to assemble.
- Electronic microprocessor for monitoring sensor data to reduce energy consumption.
- Design of startup's proprietary modular cutting template to produce various architectural components by a child.
6- Using IoT to send data on a mobile phone to control the temperature and time of the furnace.
- Using induction furnace technology and convection heat transfer system to create the necessary heat for baking.
- Maps of different architectural styles of the world, in the form of virtual reality based on 3D designs.
- Specialized website for sharing new architectural designs of different styles by users, in the development phase of startup.
Innovation
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Guidance audio system for teaching children architectural engineering
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Intelligent raw material mixing system for teaching the chemistry of pottery
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. Child's hand contact identification system while working to stop the operation
- Modular design of cutting shackles which provide the ability to create new
