Skip to content
Gumbek Didactic Toy by Lea Vavra

Gumbek Didactic Toy by Lea Vavra is a highly esteemed winner of the very prestigious 2024 Bronze A' Design Award in Toys, Games and Hobby Products Design Competition Category.


BronzeToy· 2024

Gumbek Didactic Toy

by Lea Vavra

Client: Kistra

Bronze A' Design Award Winner in Toy Category

55,819

Verified Award Winner

Verify Award Status for #153330

Colors

The Design

About Gumbek Didactic Toy

Gumbek is a didactic plush toy that stimulates creativity and encourages the development of fine motor skills through play. This modular toy comes in parts and kids have to assemble their own toy by connecting the parts together in order to create a whole. There are seven different segments; three larger ones and four smaller ones. The pieces are attached to one another by threading the buttons through the buttonholes, which helps to improve fine motor skills, Also, the arrangement of different shapes helps to develop imagination and creativity as the toy can be put together in different ways.

The Recognition

About the Bronze A' Design Award

Gumbek Didactic Toy is a Bronze A' Design Award winner, a highly prestigious recognition granted to outstanding designs distinguished by creativity, ingenuity, and astuteness. Bronze winners are amply skillful and strikingly creative artifacts that authenticate the vast experience, imagination, and resourcefulness of their designers. Gumbek Didactic Toy is expected to be a highly regarded, admired, and cherished object that is notably professional and innovative. This Bronze A' Design Award-winning design incorporates best practices in art, science, design, and technology, and is excellent for its attention to detail. Gumbek Didactic Toy splendidly satisfies needs, touches desires, charms feelings, and appeals to curiosity.

Interviews

Grand Interview

Your innovative approach to reviving traditional toy-making through Gumbek Didactic Toy beautifully merges family heritage with modern educational needs - could you share the journey of transforming your grandmother's legacy into this contemporary design solution?

I've always had a deep love for plush toys, and when the family business closed down during my childhood, the idea of continuing that tradition stayed with me. I studied design at the Faculty of Architecture in Zagreb, where I developed a particular interest in creating multifunctional products. So when it came time to work on my master's thesis, titled Revitalisation of a Family Craft, it felt like a natural step to merge these two passions.Through my research, I discovered a growing concern: children today are using their hands less, especially with the rise of electronic toys. I wanted to address this by creating a product that not only honors my family's legacy but also encourages children to engage in hands-on play, helping them refine their motor skills. My goal was to design a plush toy that goes beyond traditional play by providing a functional, educational experience—something that could both entertain and develop important skills.

The modular nature of Gumbek Didactic Toy presents an intriguing balance between structured learning and free play - how did you determine the optimal number and configuration of the seven segments to maximize both educational value and creative expression?

When designing the Gumbek Didactic Toy, my goal was to provide children with enough flexibility to explore different configurations without overwhelming them with too many choices. I wanted to strike a balance between structured learning and free play, so I chose to create seven segments. Too many pieces could lead to decision fatigue, while too few wouldn’t allow enough room for creativity.I designed the toy to be abstract, encouraging kids to use their imagination in 'designing' their own toy, but also included familiar elements they could easily relate to. To achieve this, I divided the toy into three main segments: the head, torso, and legs. I then added detachable eyes and arms for extra character and familiarity. The simplified, non-traditional shapes mean the segments can be reassembled in various ways, opening up endless possibilities for creative play.To further enhance the experience, I made it possible to combine multiple Gumbek toys (of the same size) to create even more complex designs. This way, kids can upgrade their toy as their skills and imagination grow, all while staying within a manageable range of options.

Your research indicated children's diminishing emotional connection to toys - could you elaborate on how Gumbek Didactic Toy's tactile elements and assembly process specifically address this contemporary challenge?

Research has shown that children today have more toys than ever, but paradoxically, the more toys they have, the less emotional connection they form with them. They tend to lose interest quickly, playing with one toy for a short time before moving on to the next. I wanted to create a toy that would feel special to them, something they could truly connect with.The key to achieving this was to make the process of building the toy part of the experience. By allowing children to assemble the Gumbek toy themselves, I wanted them to take ownership of it, giving them a sense of pride and a deeper emotional investment. To further enhance this connection, I designed the toy with interchangeable parts. This way, if a child becomes bored with one look, they can change the toy's appearance, extending their engagement and creativity.

Read the Full Interview

Behind the Design

Press Kit

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

Unique Properties
Gumbeki are modular plush toys that stimulate creativity and enhance motor skills through play. Each toy consists of seven parts which children connect to each other by buttons in order to create a whole, which helps improve fine motor skills. The parts are made of colorful materials with different textures so they provide a good stimulus for the development of sensory integration. The arrangement of different shapes helps to develop imagination as the toy can be put together in lots of ways.
Dimensions & Packaging
SMALL SIZE GUMBEKI
17 x 17 x 15 cm, packaging approximately 20 x 20 x 20 cm
MEDIUM SIZE GUMBEKI
27 x 27 x 24 cm, packaging approximately 30 x 30 x 30 cm
LARGE SIZE GUMBEKI
36 x 36 x 33 cm, packaging approximately 40 x 40 x 40 cm
Tags
toy, soft toy, plush, didactic, educational, creative, children
Production Technology
I wanted to make a soft toy that kids could assemble themselves so I created a plushie that consists of several different parts that can be connected to each other with buttons. All of these parts are handmade. The fabric pieces are cut by hand, pinned together and sewn on a sewing machine. After that, they are turned over and stuffed. The hole left after stuffing is sewn shut by hand. The buttonholes are sewn on a sewing machine. The final step is to sew the buttons, which is also done by hand.
Design Challenge
I noticed a lack of emotional connection to toys in today's children, which is important for their development. Also, parents are increasingly giving kids activities on screens that can be harmful to children's physical development if used excessively. I wanted to create a soft toy that kids would connect to emotionally, but I also wanted them to learn an activity through play. Didactic toys are mostly made of hard materials, so it was a challenge creating a one with a soft tactile experience.
Research
Through the review of various literatures I researched the topics such as the history and different types of play, typology of toys, cultural differences, the impact and importance of playing for children's physical and emotional development etc. I also conducted two surveys on 200 parents about kids playing habits today and the importance of childhood toys. I found that children today have a large number of toys that often quickly bore them because they do not stimulate their development.
Inspiration
My grandmother, Ruzica Vavra, had one of the first toy productions and toy stores in Croatia. Her popular stuffed toys brought joy to many generations, but unfortunately the store was closed due to the arrival of global manufacturers on our market. I have always been inspired by that story, and after finishing my education at the Faculty of Architecture - School of Design, I decided to revive the family tradition from a designer's aspect, creating smart toys, stimulating for kids development.
Project Duration
The project started in 2016. in Zagreb, Croatia and finished in 2018. when it was put on the Croatian market and exhibited in numerous exhibits, festivals and fairs, such as Zagreb Design Week or Exhibition of Croatian design 1718.
Operation Flow
This modular toy comes in parts and kids have to assemble their own toy by connecting the parts to one another. There are seven different segments; three larger ones with buttons and buttonholes sew, and four smaller ones with just buttonholes. The pieces are attached together by threading the buttons through the buttonholes. There are lots of different ways of putting them together, but for those children who view the toy as a puzzle there is an assemby scheme for the way we imagined them.
Image Credits
Image #1 : Photographer Lea Vavra, Gumbeki, 2022.
Image #2 : Photographer Lea Vavra, Gumbek - warm, 2022.
Image #3 : Photographer Lea Vavra, Gumbek - cold, 2022.
Image #4 : Photographer Lea Vavra, Gumbek - earthy, 2022.
Image #5 : Photographer Lea Vavra, Gumbek assembly variations, 2022.

Sponsored

Explore Beyond Designers.org

Discover products, services and opportunities from our advertising partners.

Good Design Deserves Great Recognition

The A' Design Award is an international, juried accolade for good design. Take part in the A' Design Award to get an opportunity to earn meritocratic recognition, gain fame, prestige and publicity for your work. Nominate your work for the A' Design Award and compete for the coveted A' Design Prize.

Nominate