Superhero Скок-книга by Can Zhu is a highly esteemed winner of the very prestigious 2022 Железна награда A' Design Award in Дизајн на образование, наставни помагала и содржини за обука Competition Category.

ЖелезнаОбразование· 2022

Superhero Скок-книга

by Can Zhu

Client: Zhejiang University

Железна награда A' Design Award Winner in Образование Category

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The Design

About Superhero Скок-книга

Суперхерој е скок-книга дизајнирана да ги учи малите деца за Ковид-19. Книгата раскажува приказна во која имунолошките клетки се претставени како супергероии и се борат против чудовишта кои ги симболизираат вирусите. Хартиени скок-структури се комбинирани со тенки електронски кола, така што секоја страница дава визуелна, тактилна и звучна повратна информација. Децата притискаат, влечат, ротираат, кликаат и клацкаат хартиените делови за да ја следат приказната. Ласерско сечење се користи за изработка на хартиените делови, а бакарна лента ги поврзува скриените сензори. Книгата ги прави апстрактните научни знаења полесни за разбирање.

The Recognition

About the Железна награда A' Design Award

Superhero Скок-книга е добитник на Железната награда A' Design Award, престижно признание што се доделува на добри дизајни што ги исполнуваат професионалните и индустриските барања очекувани од добро дизајнирани творби. Железните добитници ја покажуваат големата вештина, високата специјализација, стручното разбирање и креативниот капацитет на нивните творци. Се очекува Superhero Скок-книга да биде високо ценета, восхитувана и сакана творба што е практична и иновативна. Овој дизајн со Железна награда ги интегрира најдобрите индустриски практики и има компетентни технички карактеристики поврзани со знаење и талент. Superhero Скок-книга е почитуван за својата темелност и е дизајниран да го подобри квалитетот на животот и да помогне светот да стане подобро место.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: Superhero is a pop-up book for multi-sensory interactions, which is designed to publicize COVID-19-related knowledge among children. It tells how immune cells fight against viruses and protect our health through a vivid story about superheroes fighting monsters. A new form of combining pop-up paper books with electronic circuits was proposed to help children better understand abstract scientific knowledge through an audible, visual, touchable and interactive way.
Dimensions & Packaging: 260mm x 225mm x 50 mm
Tags: Education, Popular science, Childrenbook, Popupbook, Young children, COVID-19
Production Technology: Laser cutting is used for rapid production iterations of paper parts. The structure of paper to hide the thin electronic components (such as pressure sensor, photosensitive sensor, magnetic sensor, etc.). These electronic components are connected by copper tape.
Design Challenge: Paper structure stability，Circuit stability on paper
Research: The researchers conducted usability test on the first version of the product to verify the usability, interest and effectiveness of the book. Participants in the test are lower grade pupils. After completing the test, the researchers coded user behaviors based on interviews and video recordings, find out the participants’ attitudes towards the product, and sorted out the problems in this product. The researchers also collected feedback from participants’ parents and teachers through interviews. The test results verify the effectiveness and interest of the product and this new form. However, the test also found that the product has some problems in structural usability and image recognizability. Based on the feedback, the product has been iterated. Now, the new product has begun to be tried in schools and communities to obtain more user data. The new product are well-recognized by teachers and popular among young children.
Inspiration: Science popularization plays an important role in COVID-19 prevention and control. The virus can't be seen or touched, which makes it hard for teachers and parents to introduce virus-related knowledge to young children. The emergence of thin and light electronic components has enabled the realization of circuits on paper. In this context, more diverse forms of interaction can be applied to the traditional story books to add more fun and interactivity to the reading process.
Project Duration: This project was created in Ningbo, China from November, 2020. Now, it has been located in Zhejiang University in Hangzhou, China since May, 2021.
Operation Flow: Each page of the book describes a scene of immune cells fighting the virus. Different paper structures and interaction methods were designed for each scene. Young children can feel the scene by pushing, pulling, rotating, clicking, shaking and other fine hand movements . And they can get visual, tactile, and auditory feedback that matches the story.
Team Members: Can Zhu
Leijing Zhou
Yue Wu
Qiuning Wu
Jiangping Zhou
Ge Yan