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Dutch Design Week 2024: What’s New in Material Innovations?
DESIGN WEEK

Dutch Design Week 2024: What’s New in Material Innovations?

The most exciting material innovations and designs seen at Dutch Design Week 2024

ILIlona Liechtenstein
Dec 23, 2024
9 mins read
6.3K views

Dutch Design Week (DDW) 2024, hosted in Eindhoven from October 19th to 27th, was a dynamic celebration of design that was as playful and whimsical as it was sustainable and socially conscious. As Europe's largest stage for emerging talent, DDW distinguishes itself from commercial events by showcasing innovative and experimental projects.

With over 2,600 designers presenting their works in 120 venues, this year’s theme, "Real/Unreal" opened a dialogue between reality and fantasy. While the week also explored themes such as AI, digital futures, and social impacts, our focus is on the fascinating new materials and eco-innovations that caught our attention.

Explore the highlights projects involving Mycelium, Wool, Natural Fibers, and more, all highlighting DDW’s crucial role in driving the future of design.

FUNGI WONDERS

Fungi are really everywhere — mushrooms have emerged as an unavoidable trend in design. Mycelium captivates designers' imaginations with its moldability and eco-friendly attributes, like insulation and pollutant detoxification. Its rapid, low-resource growth makes it an ideal material for innovation across design disciplines.


Manuel Arias’s MYCO ROOM

"Myco Room" by designer Manuel Arias, explores mycelium as a sustainable leather-like alternative dyed with vegetable carbon black. This project reflects mycelium's potential in fashion, showcasing interdisciplinary collaboration and innovation.


 "Myco Room" mycelium leather (Photo credits Manuel Arias)
"Myco Room" mycelium leather (Photo credits Manuel Arias)

Andrea Brittnek’s “Tactile Whiteness”

Andrea Brittnek’s "Tactile Whiteness" explores the sensory dynamics of mycelium, using it alongside natural materials to create multisensory art. Her projects, MAP(Mycelium Advanced Phrases) and FYP (Fungi Yielded Papers), craft mycelium forms and edible paper or packaging, integrating nature with urban design and revealing hidden structures under UV light.

 FYP (Fungi Yielded Papers), a thin surface material derived from mycelium by Andrea Brittnek.  (Photo credits : Zsóka Jámbor)
FYP (Fungi Yielded Papers), a thin surface material derived from mycelium by Andrea Brittnek. (Photo credits : Zsóka Jámbor)
 MAP(Mycelium Advanced Phrases) by Andrea Brittnek. (Photo credits : Zsóka Jámbor)
MAP(Mycelium Advanced Phrases) by Andrea Brittnek. (Photo credits : Zsóka Jámbor)

MNEXT’s TUFUCOL

The TUFUCOL project, "TUrn FUnghi potentials into a COLorful future" is a collaboration between MNEXT and Looop focused on sustainable color production through yeast fermentation. This innovative initiative aims to replace harmful synthetic dyes with eco-friendly, fungi-based pigments, highlighting optimal production methods and signaling a move towards environmentally restorative practices within the dye industry.

 Color production through yeast fermentation showcased at Dutch Design Week 2024. (Photo credit: Ilona Liechtenstein)
Color production through yeast fermentation showcased at Dutch Design Week 2024. (Photo credit: Ilona Liechtenstein)

WOOL - THE OLD AND THE NEW

In the Netherlands, where sheep graze on vast fields, wool is becoming more than just a byproduct. This rather abundant natural fiber is capturing designer´s imaginations.

Christien Meindertsma’s 3D Wool Printing

Christien Meindertsma's robot, known as Flocks Wobot, developed with TFT, uses 3D-printing technology to transform raw wool into solid, three-dimensional forms without needing extra materials or water.

This cutting-edge robot repurposes wool waste into practical applications such as furniture, acoustic panels, and insulation. Through this innovation, previously discarded wool finds new life in sustainable design.

In a creative highlight, the Flocks Wobot crafted a unique trophy for the Dutch Design Awards from discarded European wool, bringing Christien's design journey full circle since her Young Designer win in 2008.


  Flocks Wobot, developed with TFT, uses 3D-printing technology to transform raw wool into solid, three-dimensional form. (Photo courtesy of  Lampoon magazine)
Flocks Wobot, developed with TFT, uses 3D-printing technology to transform raw wool into solid, three-dimensional form. (Photo courtesy of Lampoon magazine)
 Seat designed by Christien Meindertsma and crafted by Flocks (Photo courtesy of Christien Meindertsma)
Seat designed by Christien Meindertsma and crafted by Flocks (Photo courtesy of Christien Meindertsma)
 The Wobot is being developed in close collaboration with TFT, Tools for Technology. (Photo courtesy of Christien Meindertsma)
The Wobot is being developed in close collaboration with TFT, Tools for Technology. (Photo courtesy of Christien Meindertsma)
 Woolen chair in process by Chriestien Meindertsma. (Photo courtesy of Chriestien Meindertsma)
Woolen chair in process by Chriestien Meindertsma. (Photo courtesy of Chriestien Meindertsma)

DieKees by MinneWorks

DieKees by MinneWorks reinvents plant cultivation by swapping out plastic pots for biodegradable ones made from repurposed Dutch wool, drastically cutting down the Netherlands' reliance on over 8.5 million discarded plastic pots annually.

These innovative wool pots enhance plant growth with natural insulation, water retention, and insect repellence, offering an eco-friendly game-changer for gardeners and large-scale growers alike.

 Diekees by Minneworks offers a sustainable, locally sourced alternative to plastic pots for plants. (Photo courtesy of Dutch Design Week)
Diekees by Minneworks offers a sustainable, locally sourced alternative to plastic pots for plants. (Photo courtesy of Dutch Design Week)
 Diekees plant pot by Minneworks (Photo credit : Dutch Design Week)
Diekees plant pot by Minneworks (Photo credit : Dutch Design Week)

NOVER by Eva Xiste

Eva Xiste’s NOVER project creatively transforms waste from wool, wood chips, and breadcrumbs into a robust biomaterial, fashioning artistic and functional pieces like stools and vessels.

By using residual heat from a local bakery’s oven, the initiative exemplifies circular economy principles, turning by-products into new sustainable materials for the community.

 Nover is made from by-products such as wool, wood chips, stale bread and eggshells or hay. (Photo courtesy of University of the Arts London)
Nover is made from by-products such as wool, wood chips, stale bread and eggshells or hay. (Photo courtesy of University of the Arts London)

Other Innovation Highlights

Here are more projects that caught our eye at Dutch Design Week this year, highlighting standout packaging innovations and other captivating biodesigns.

As designers revisit traditional methods and natural fibers like flax and hemp, they spark debate: Is this a nostalgic echo of the past or a thoughtful push toward a cleaner future?


Bubbles with Benefits

Satu Paavonsalo's "Bubbles with Benefits" project reimagines packaging by turning cellulose into biodegradable alternatives to traditional plastics, offering a glimpse into the future of eco-friendly yet not boring branding.

 100% bio-based packaging materials to replace plastics by Satu Paavonsalo. (Photo courtesy of Dutch Design Week)
100% bio-based packaging materials to replace plastics by Satu Paavonsalo. (Photo courtesy of Dutch Design Week)
 The project is conducted at Aalto University and Xamk in Finland. (Photo Courtesy of Dutch Design Week)
The project is conducted at Aalto University and Xamk in Finland. (Photo Courtesy of Dutch Design Week)

Nawa’s 3D Date Pits

The Omani design collective Nawa has ingeniously converted waste date seeds into "RePit" — a sustainable 3D printing filament that debuted at Dutch Design Week, offering an eco-friendly alternative to traditional thermoplastics.

By combining crushed date seeds with natural Omani clay and palm fibers, this innovative material highlights the underutilised potential of agricultural by-products for sustainable manufacturing processes.

 Repit is a 3D printing filament innovatively made from upcycled date pits by Nawa collective in Oman ( Photo courtesy of Dezeen)
Repit is a 3D printing filament innovatively made from upcycled date pits by Nawa collective in Oman ( Photo courtesy of Dezeen)
 The collective is presenting decorative 3D-printed tiles at Dutch Design Week with decorative undulating patterns informed by the shape of sand dunes. (Photo courtesy of Dezeen)
The collective is presenting decorative 3D-printed tiles at Dutch Design Week with decorative undulating patterns informed by the shape of sand dunes. (Photo courtesy of Dezeen)

Innovative textile coating made from biobased nanoparticles

Doctoral researcher Sahar Babaeipour from Chemarts unveiled an innovative textile coating made from biobased nanoparticles, enhancing water repellency and breathability using natural fatty acids and lignin.

Fashion pieces by student Riikka Kiili, such as trousers crafted from wood cellulose and recycled cotton, showcase this sustainable, biodegradable coating's potential in eco-friendly fashion.


 Innovative textile coating made from biobased nanoparticles by doctoral researcher Sahar Babaeipour from Chemarts. (Photo courtesy of Dutch Design Week)
Innovative textile coating made from biobased nanoparticles by doctoral researcher Sahar Babaeipour from Chemarts. (Photo courtesy of Dutch Design Week)

Origami packaging

Led by Laureen Mahler, the Cellugami project brings a fresh perspective to packaging by fusing aesthetics with sustainability, using origami techniques and nettle fibers to create biodegradable, reusable designs.

This unique fusion of material and visual innovation not only challenges conventional packaging but invites curiosity about the artistic possibilities in everyday items.

 Investigation of complex origami structures and their potential in art and design  by Laureen Mahler. (Photo courtesy of IAPMA)
Investigation of complex origami structures and their potential in art and design by Laureen Mahler. (Photo courtesy of IAPMA)
 Cellugami promises to revolutionize the way we view and use packaging materials. (Photo credit : Ilona Liechtenstein)
Cellugami promises to revolutionize the way we view and use packaging materials. (Photo credit : Ilona Liechtenstein)

Grassland Crafted by Studio Akash

Grassland Crafted by Studio Akash transforms ordinary grass into innovative design materials, resulting in eco-friendly textiles and natural dyes.

By weaving fully matured grass and extracting dyes, the project produces unique, sustainable textiles and materials that emphasise both structural integrity and vibrant aesthetics.

 Grassland Crafted mission is to unlock the hidden potential of grass as a sustainable material. (Photo courtesy of Dutch Design Week)
Grassland Crafted mission is to unlock the hidden potential of grass as a sustainable material. (Photo courtesy of Dutch Design Week)
 The project delves into the world of natural dyes, extracting vibrant hues directly from grass.  (Photo courtesy of Dutch Design Week)
The project delves into the world of natural dyes, extracting vibrant hues directly from grass. (Photo courtesy of Dutch Design Week)

Conclusion

Dutch Design Week 2024 dazzled with innovative materials and material solutions, each a marvel of genuine creativity. But as the week closed, the real question remains: what now?

This begs the question of bridging these concepts from niche showcases to industry standards. Can these materials move beyond the experimental and shape mainstream design? And if that’s a desirable future, what are the scalable to fast-track the adoption?

Design WeekBiomaterialsEurope
IL

Ilona Liechtenstein

Ilona Liechtenstein is an interdisciplinary designer specialising in biomaterials, material experimentation, fabrication technology, and nature-centered, regenerative design. Growing up in the Austrian countryside, Ilona pursued her design education at IE School of Architecture and Design in Madrid, Spain, and Parsons School of Design in New York City, USA. Ilona’s portfolio includes collaborations with studios and companies like In Theory Art Studio in Utah, Tetra Pak in Madrid, Hiroshi Tsunoda Design Studio and Coordonné in Barcelona, and Victoria Wallner in Vienna.

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