Tag Archives: materials

Reviving Elegance in Design – The Porsche Pepita Edition by Vitra Blends Classic and Modern Mastery

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The Porsche Pepita Edition by Vitra represents a masterful integration of automotive heritage and contemporary design, where each piece fulfills a functional role and also carries a legacy of innovation and timeless design as it finds a place in homes and offices. Vitra’s limited release of iconic chairs, such as the ‘Eames Plastic Side Chair,’ ‘ID Trim L,’ and ‘Petit Repos,’ show the synergy between traditional craftsmanship and modern aesthetics. This houndstooth pattern, a long-standing feature in Porsche interiors since 1965, symbolizes a tradition of exceptional craftsmanship and aesthetic finesse.

Designer: Porsche x Vitra Collab

First introduced in the interiors of Porsche vehicles in the 1960s, the Pepita fabric is a distinctive duotone checkered pattern that resembles abstract four-pointed shapes. It is often rendered in black and white, though it can be incorporated through a specific weaving process that interlaces two contrasting colors to create a visually striking and uniquely recognizable broken check pattern. Pepita fabric has become synonymous with high quality and sophisticated taste.

Initially featured as upholstery in the iconic Porsche 911 models, the rarity of Pepita fabric has increased as fewer manufacturers choose to undertake the labor-intensive production of true houndstooth weaves. This scarcity has made genuine Pepita a coveted element in both the automotive and interior design sectors. Vitra’s reintroduction of this fabric through limited edition pieces revives a classic style and maintains its exclusivity, making it highly treasured among collectors. The combination of its limited availability, storied heritage, and intricate aesthetics solidifies Pepita fabric’s status as a rare and distinctive feature across design and automotive history.

In the 1960s, the introduction of the iconic 911, launched in 1963, exemplified Porsche’s commitment to combining performance with sophisticated comfort. The interior design focused on functionality and luxury, resonating with discerning customers through the use of durable and tactile materials like leather and the stylish Pepita fabric for seat coverings. The clean and driver-oriented dashboard design emphasized ease of use and clear visibility of essential instruments, with the tachometer centrally positioned to align with Porsche’s performance-driven philosophy. Subdued color schemes of blacks, greys, and browns dominated, though brighter colors were also available, reflecting personal preferences and the vibrant styles of the 60s.

The unveiling at the ‘The Art of Dreams’ event in Milan highlights the seamless integration of innovation and design excellence between Vitra and Porsche. The collection prioritizes exclusivity, mirroring significant Porsche models and milestones, such as the ‘Eames Plastic Side Chair Pepita Edition’, limited to 1,963 pieces to commemorate the year Porsche introduced the Pepita option in its 911 model. These chairs are more than functional items; they are collector’s pieces that echo the narratives of their creators and pivotal moments in both design and automotive history, celebrating a rich heritage and the evolution of design.

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Odd sustainable stool concept prioritizes minimizing materials over recycling

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The majority of sustainable designs today focus on using responsibly sourced or biodegradable materials as well as the ability to recycle components at the end of the product’s life. While these are indeed a big leap compared to common production practices, it’s still from the ideal. Even sustainable materials like wood, metal, or bioplastics produce material waste that still gets discarded at the end of the production process. And depending on the materials involved, recycling can actually consume more energy and even result in more pollution, offsetting whatever benefits it should have brought. Another approach to sustainability is to actually reduce the materials used and, therefore, the materials that need to be recycled, as what this rather unconventional “two-piece” stool design tries to propose.

Designer: Kitae Pak

The less materials you use for a product, the more products you can make out of that material. If a single 1,220mm x 2,440mm sheet of plywood would normally yield 24 circular plates with a diameter of 310mm, you could potentially squeeze 219 plates with a diameter of 120mm. That’s the kind of increase in yield that the Dots stool concept is claiming, making more efficient use of a material without compromising on quality, at least in theory.

The concept accomplishes this by completely redesigning what a stool is expected to be. Yes, it’s still a piece of furniture for seating, but there’s no hard rule that the seat has to be one large and whole piece. Instead of a single big circle, the Dots stool utilizes two smaller discs to support the body at rest, hence the name. It delivers the same function but at a significantly lower material consumption right from the start.

With this minimalist design, which consists of two wooden rods for legs and recycled plastics to connect the pieces into a stable whole, you can make 4 times more Dots stools than a regular stool using the same materials. This kind of conservation means that the production process itself would use less materials and energy to produce the same number of stools, while recycling would also use less energy and water as well. And since it’s mostly made of wood, the stool can also be repurposed for other designs or returned to the Earth one way or another.

While the design does check all the right sustainability boxes, it does raise questions on conform and stability. It’s arguable that it does serve its function well, but neither its appearance nor its ergonomics inspire complete confidence. It’s not a complete loss, however, as the experiment proved that there’s still a lot of room for improvement even for already sustainable designs.

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10 Most Popular Kitchen Flooring Materials: Their Pros and Cons

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The primary purpose of kitchen flooring is to offer a flat, comfortable surface for walking and standing for extended periods, facilitating easy movement around the space. It’s crucial to choose durable materials that can withstand daily wear and tear, considering that kitchens often require frequent cleaning due to food spills. Here are the top flooring materials suitable for kitchens, emphasizing resistance to heat, moisture, staining, and impact damage to ensure longevity.

Designer: Konga

1. Ceramic Tile

Image courtesy of: dit26978

Pros:
Ceramic tile is crafted from clay and natural ingredients, shaped, glazed, and fired at high temperatures. Resistant to water and stains, it’s an ideal choice for kitchen flooring, also withstanding heat and breakage. While it can last indefinitely under optimal conditions, it may develop cracks and chipping if the top layer wears off. Ceramic tiles are resistant to water and heat.

Cons:
Ceramic tile, while exceptionally hard, may be uncomfortable to stand on for extended periods. Improper installation can lead to cracking and chipping, resulting in the top layer peeling off.

2. Porcelain tile

Designer: Horizon Italian Tile

Pros:
Porcelain tiles, made from baked natural clay at high temperatures and pressure, are exceptionally strong, durable, and long-lasting. Their non-porous surface makes them resistant to stains and scratches. Available in a variety of colors, textures, and patterns, including designs resembling natural stone and wood, they are easy to maintain.

Cons:
The biggest disadvantage of porcelain tiles is that they possess a dense and hard composition, resulting in considerable weight.

3. Concrete Flooring

Image courtesy of: Mint_Images

Pros:
Concrete floors are a highly cost-effective flooring option for industrial-themed kitchens. One of the best aspects of concrete is that it is versatile and can be stained, polished, or can be treated creatively into stylish works of art. Concrete floors are particularly suitable for modern kitchens. Concrete floors are resistant to impact and heat.

Cons:
Due to its porous nature, concrete requires periodic sealing to safeguard against staining and water damage. Additionally, it can feel hard and cold underfoot. Moreover, while concrete offers an urban or industrial aesthetic, its appearance may not be unique.

4. Natural Stone

Image courtesy of: pro_creator

Pros:
Natural stone is a popular choice for durable kitchen flooring, offering various options with distinct properties. Granite is sturdy and versatile, suitable for both tiles and countertops. Limestone adds aesthetic appeal but is softer and better suited for accents. Marble is elegant but prone to scratching and staining. Sandstone offers a soft, multicolored look ideal for kitchens. Slate is durable and sophisticated, lasting for decades with proper maintenance while travertine provides Old World style, though it’s less durable than other options. Overall, natural stone enhances the kitchen’s appearance while ensuring long-lasting functionality. Also, its natural vein patterns provide a unique look, and no two tiles or slabs look alike.

Cons:
Stone installation is time-consuming, involving cutting and handling heavy materials. Its main drawback is its porous nature, making it susceptible to water and liquid stains, particularly in the kitchen. Applying a quality penetrating stone sealer annually can provide invisible protection, but reapplication is necessary at regular intervals.

5. Vitrified Tiles

Image courtesy of: dit26978

Pros:
Vitrified tiles are highly favored as a flooring choice for kitchens due to their numerous advantages. These tiles are renowned for their exceptional hardness, density, and strength, making them resistant to stains, scratches, and acids, which are common in kitchen environments. Available in a diverse array of colors, designs, and sizes, including glazed, full-body, and double-charged varieties, vitrified tiles offer versatility to suit different aesthetic preferences. Moreover, their ability to withstand heavy foot traffic ensures long-lasting durability, making them an ideal option for busy kitchen spaces.

Cons:
The biggest disadvantage is that vitrified tiles can become slippery when wet.

6. Bamboo Flooring

Image courtesy of: bialasiewicz

Pros:
A recent innovation is bamboo flooring which is becoming increasingly popular for kitchens due to its durability and enhanced moisture resistance from the manufacturing process. It offers the look of hardwood with greater durability. There are three types: strand woven, engineered, and solid bamboo, each offering varying levels of durability and cost.

Cons:
The drawback is that this flooring type can vary in appearance based on color, grain, and pattern. Solid bamboo may not be suitable for kitchens with moisture present.

7. Cork Flooring

Image courtesy of: traimakivan

Pros:
Cork flooring seeks to improve the comfort of the user with a soft construction that reduces fatigue and strain from walking and standing during food preparation. This material has a unique appearance that can add to the home’s aesthetic, and it is made from sustainable materials, harvested from the bark of cork oak trees.

Cons:
Cork offers a warm and soft underfoot experience, but it’s less durable than most flooring options and susceptible to scratches and moisture. To prevent staining and water damage, sealing the flooring every one to two years is recommended.

8. Laminate Flooring

Image courtesy of: pro_creator

Pros:
Laminate wood flooring presents an affordable option for flooring, offering a cost-effective means to elevate the aesthetic of a kitchen compared to hardwood. Its superior scratch resistance against regular foot traffic makes it an attractive choice. Additionally, laminate serves as a practical alternative to hardwood floors and is available in a variety of styles and finishes.

Cons:
Laminate flooring isn’t as well-suited for handling moisture, which can make maintenance more challenging when used in kitchens. If you choose to install laminate in this space, it’s essential to employ a proper moisture barrier. Additionally, laminate doesn’t offer the same longevity as hardwood, tile, and vinyl flooring options.

9. Vinyl Flooring

Image courtesy of: studio

Pros:
Vinyl flooring offers numerous benefits specifically tailored for kitchen environments. Its durability, with a lifespan ranging from 10 to 20 years, can be further extended through proper maintenance and careful use. With its water-resistant and anti-slip features, vinyl flooring is an ideal option for moisture-prone spaces like kitchens, offering easy maintenance and effective stain resistance. The softness underfoot, thanks to its foam or felt backing layer, ensures comfort during prolonged periods of standing while reducing fatigue. Moreover, vinyl flooring comes in a wide range of colors and designs, providing options that mimic the appearance of natural materials like stone and wood.

Cons:
Vinyl flooring emits high levels of VOCs (volatile organic compounds) and may have a noticeable odor upon installation. Additionally, it is not resistant to strong chemicals, which can cause permanent discoloration and damage. Outdoor use is not recommended as prolonged sunlight exposure can lead to fading. Furthermore, an uneven subfloor can result in lumps and damage over time, while sharp objects can cause cuts and dents that are challenging to repair.

10. Hardwood Flooring

Image courtesy of: studio

Pros:
Hardwood flooring is known for its durability as it offers good longevity with proper care and maintenance. With a diverse array of styles available, it can suit any decor. It is easy to maintain as it requires only regular sweeping and vacuuming, although it’s essential to avoid wet-mopping and promptly clean up spills to prevent damage.

Cons:
While engineered hardwood is typically more affordable, solid hardwood remains costly. Both types are susceptible to moisture damage, with solid hardwood being especially vulnerable. Moreover, hardwood floors are susceptible to scratches, dents, and photosensitivity, prompting the need for more durable species or alternative materials like laminate or vinyl, especially in sunlit rooms.

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Computer mouse design has to be scratched and deteriorated to show its true self

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We see plenty of designs that try to address one of the computer mouse’s biggest problems, that of ergonomics. Truth be told, however, it’s unlikely that it will change en masse and for good, considering how the horizontal shape of this device has been so ingrained in our consciousness for decades. Of course, that doesn’t mean that there’s no room for experimentation, especially when it comes to adding some value to a traditional mouse design. That can be through its shape, its texture, or even its materials. The latter is something that this curious concept tries to play with, suggesting a computer mouse that you intentionally want to get scratched or quickly deteriorate just so that you can see the secret color or design hidden underneath its skin.

Designer: Liang Yao (苦 口)

Physical products age and deteriorate over time, but those that provide some utility tend to grow old and wear down faster. Not all materials, however, age as gracefully as leather or brass, materials develop unique patinas from their use. Wood can chip, metal gets scratched, and plastic fades or gets discolored. Normally, you wouldn’t want your stuff to even get dinged, let alone scratched, because it then loses its value, but this computer mouse concept is the complete opposite.

“Scratch-off” is a design that adds an extra layer on top of the mouse’s actual design that’s not meant to last forever. Just like those lottery scratchcards, the temporary material on top reveals a prize or a dud when you scratch it off. Of course, you won’t intentionally scratch this mouse’s surface, but it adds a bit of thrill and excitement as you slowly see the hidden design underneath.

This actually brings a lot of opportunities for branding and advertising, with logos or markings hidden underneath the outer layer of the mouse’s surface. Of course, it could be a long burn depending on the kind of material used. After all, it might take weeks or even months before the mouse’s outer cover gets scratched off or peeled completely. In some cases, however, there might even be a marketing gimmick where you intentionally damage the mouse’s surface to reveal some visual gem underneath, hopefully in a safe manner.

The concept, however, does raise the question of the material that should be used to implement this outer layer. It has to be easy to scratch or fade, but not too quickly like some plastic sheet that will defeat the entire purpose of anticipating the product’s deterioration. At the same time, however, it has to be a hygienic material that won’t leave flakes behind, considering how your hand will always be making contact with the mouse.

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Top 10 Game-Changing Materials that are shaping the Design and Technology World in 2024

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Imagine a world where buildings heal their own cracks, mushrooms become furniture, and fashion can help regulate your body temperature to keep you comfortable no matter the weather. This isn’t a chapter from a science fiction novel; it’s the near future of design materials that are set to revolutionize our lives in 2024. From self-healing concrete to bioengineered plastics, innovators across the globe are pushing boundaries to create materials that not only challenge our traditional understanding of functionality but also promise sustainability and efficiency like never before. A lot of these materials may not seem incredibly new to you, but advancements in their production (and rapid deployment) earn them a spot on this list. These aren’t ‘unheard of’ materials, but rather, are materials that are slowly and surely becoming more and more accessible to companies looking to innovate and bring the latest advancements to the world. Be prepared to hear more and more about these materials going forward, because of how radically powerful they are, and how much potential they hold to make lives easier, processes more efficient, and the world hopefully greener and better.

10. Gallium Nitride (GaN)

This unassuming compound, often overshadowed by its silicon cousins in years past, is poised to claim center stage as one of the top ten game-changing materials for technology. Imagine a substance so versatile that it could simultaneously shrink your bulky laptop charger into an almost weightless accessory and at the same time propel electric vehicles towards unprecedented efficiencies. GaN does just that, thanks to its remarkable ability to handle higher voltages and dissipate less heat than silicon—traits that are propelling us headlong into an era of energy efficiency that once seemed like science fiction. In laboratories around the globe, GaN is already flexing its muscles; showing off not only in power electronics but also making waves in radio frequency applications where speed is king. With 5G networks unfurling their potential across cities worldwide, GaN stands ready as a key player in amplifying signals with clarity and precision unheard of before. But don’t let these technical feats overshadow GaN’s environmental bravado—it operates cooler and wastes less power, which means smaller cooling systems and greener solutions all around.

9. Graphene

This marvel, just one atom thick and yet stronger than steel, is poised to redefine our approach to everything from electronics to architecture. Picture a world where your smartphone bends like paper without breaking or buildings that withstand earthquakes with ease; this isn’t a fanciful daydream but the tangible future promised by graphene. Revered for its exceptional conductivity, it’s set to revolutionize solar panels, turning them into ultra-efficient light sponges that could make clean energy more accessible than ever before. Imagine textiles imbued with this wonder material – clothing that can monitor health or even charge your devices on-the-go (we already know of thermoregulating fabrics that rely on the properties of Graphene)… but what truly sets graphene apart is its versatility – it’s not merely enhancing existing products but paving the path for innovations we haven’t even dreamed of yet.

8. Quantum Dots

You’ve probably heard of quantum dots in one of Samsung, LG, or Sony’s press releases about their latest televisions… but what exactly are these quantum dots, and what about them made them enter this list? Well, quantum dots (QDs) are nanocrystals with unique optical properties, making them ideal for next-gen display technologies. These tiny semiconductor particles are small enough to exhibit quantum mechanical properties, which allow them to emit light at specific wavelengths when energized. The result? Vibrant colors and improved energy efficiency in displays ranging from TVs to smartphones. While the world is coalescing around quantum dot displays (moving away from traditional LCDs and OLEDs) because of how incredibly vivid and lifelike they are, the potential for these dots extends way beyond just displays, with their ability to help make solar panels MUCH more efficient, as well as revolutionize (and democratize) quantum computing.

7. Liquid Metal Alloys

If the term ‘Liquid Metal Alloys’ instantly got you thinking of T-1000 from Terminator 2, you’re bang on the money. Imagine a metallic substance as malleable as playdough yet capable of conducting electricity better than copper and withstanding extreme temperatures without breaking a sweat. Liquid metal alloys, composed primarily of gallium mixed with other metals like indium and tin, challenge our very notions of solidity and permanence. These wonder materials can be poured into molds to create seamless parts for complex machinery or used in flexible electronics (think wearable tech or soft robotics) that bend without breaking – think foldable smartphones taken to an entirely new level. Moreover, their self-healing properties ensure longevity in products that would otherwise succumb to wear and tear. Researchers across global high-tech sectors are buzzing about how liquid metal alloys could revolutionize everything from medical devices—enabling more responsive prosthetics—to aerospace components that can endure volatile space conditions unscathed. The transformative potential is immense: energy storage systems becoming more efficient, soft robotics gaining unprecedented flexibility and sensitivity, and even consumer gadgets getting sleeker upgrades while enhancing durability.

6. Advanced Ceramics

Envision a world where engines run cooler and last longer because of ceramic components impervious to heat and wear or where our smartphones are virtually indestructible thanks to scratch-resistant ceramic screens (Apple’s already experimenting with their CeramicShield technology). This alchemy of silicon nitride, zirconium oxide, and alumina stands poised to shatter expectations—without shattering itself—with its unparalleled strength-to-weight ratio and thermal stability. The brilliance lies not just in what these materials can endure but also in their uncanny ability to conduct electricity or resist it entirely depending on the need—a trait that makes them indispensable in electronic devices and solar panels alike. As environmental considerations take center stage globally, advanced ceramics offer an eco-friendly beacon for sustainable development with their durability reducing waste over time.

5. Nanocellulose

Derived from cellulose, the most abundant polymer on earth, nanocellulose is an absolute eco-friendly wonder-material. At just a nanometer scale in width, nanocellulose fibers are invisible to the naked eye but hold the future of sustainable technology firmly within their minuscule grasp. Why is nanocellulose turning heads this year? Picture a material lighter than plastic yet robust enough to challenge steel’s dominance in tensile strength—a true David amidst industrial Goliaths. Manufactured through methods that break down plant matter into its cellular level, nanocellulose transcends its humble origins by boasting properties like biodegradability and low toxicity—all while maintaining remarkable thermal stability and barrier qualities against gases. It’s no surprise then that industries from packaging to aerospace are scrambling to integrate it into their products for an edge in environmentally conscious innovation.

4. Mycelium

Try to picture the word ‘mushroom’ in your head and I’m sure your brain conjures the archetypical button or oyster mushroom that most of us know and love. However, that tiny umbrella-shaped organism is just a tiny fraction of what a mushroom actually is. The part that emerges from the ground is merely the ‘fruit’, which contains spores to help the organism propagate further… but look underneath the surface and you’ll stumble across the mycelium, often considered the true ‘body’ of the mushroom. Often tens or hundreds of times larger than the tiny button-shaped fruits themselves, mycelium has some incredible benefits. It possesses leather-like properties, making it an incredibly suitable vegan alternative to animal-based leather, but more importantly, its fleshy, spongy mass has the ability to grow at a rapid pace, making it a great replacement for styrofoam and a bunch of other moldable materials. The fungus-based material grows by decomposing and ingesting natural waste (which is a win in its own regard), has the ability to self-heal and regrow at rapid speeds, and the best part, is entirely natural, making it eco-friendly and inherently biodegradable. This mycelium single-use biodegradable grill is a perfect example of how the material could revolutionize 2024.

3. Bioplastics & Biocomposites

While mycelium won’t completely replace moldable materials like plastics, petroleum-based plastics are seeing some stiff competition from naturally derived polymers or even polymers that integrate natural composites into them. Traditional plastics are derived from crude oil and have a notorious inability to degrade into soil, causing pretty much every conceivable problem in modern history from landfills to ocean trash and those pesky microplastics that are now finding their way into humans and pretty much every part of nature. Bioplastics are derived from naturally occurring materials (like corn or hemp), allowing them to be molded and manufactured just like regular plastic, but with the added benefit of being biocompatible and degradable. Biocomposites, on the other hand, use natural filler materials and natural binders to create a plastic alternative that’s stiff, durable, and resistant to external elements. The most common biocomposites we’ve seen make use of waste like coffee grounds or grain husks, binding them with natural binding agents to create new materials with properties that mimic different forms of plastic… but with the added benefit of being nature-friendly, and waste-reducing. This no-compromise approach to material sciences make bioplastics and biocomposites a truly game-changing choice for 2024… and perhaps the most easily accessible too!

2. Transparent Solar Panels

Imagine if your home windows could collect energy from the sun and supply your house with power. Or even more impressively, if your smartphone’s glass front could help charge your phone when kept out in the sun. The advent of transparent solar panels are slowly making this dream a reality. These panels offer advantages over traditional panels by being less visible and space-efficient. Despite being relatively new and pricey, ongoing technological advancements suggest future cost reductions, making them more accessible. The panels work by utilizing a special solar cell that absorbs light without darkening, enabling integration into windows and other transparent surfaces. This technology, although in its early stages, holds immense potential to transform solar energy utilization, effectively turning any glass surface into an energy source. The panels operate by letting visible light pass through while capturing ultraviolet and near-infrared energy, enabling power generation without relying solely on visible light. Their thinness and efficiency make them versatile for various applications, from powering devices to entire buildings, without compromising aesthetics. Think about how incredible it would be if you could park your car out in the open and return to a fully charged EV battery?!

1. Self-healing materials

Perhaps the most exciting material type in this entire list, self-healing materials represent a category of materials that can ‘mend’ themselves over time, reversing any damage caused to them. The most obvious application is self-healing concrete, which allows cracks and signs of weathering in buildings to magically disappear, increasing the longevity of structures (done by incorporating specific elements such as fibers or capsules into a concrete mix that contains repairing solutions)… however, the applications in technology are incredible too. Self-healing paints/coatings could allow scratches on cars to automatically disappear when exposed to light or UV, and there have been significant advancements in self-healing polymers and glasses that could make tech damage less of a hassle. Imagine dropping your phone only to see the crack or scratch heal and disappear over time. That would make for a rather fun JerryRigEverything YouTube video!

(Bonus) Titanium

Although Titanium has been one of the go-to materials for EDC tool design and medical use, the fact that Apple and Samsung both launched titanium smartphones last year has massive implications for the world’s strongest metal. Sure, outside those few consumer electronics uses, Titanium has been around for decades… so why does it feature on this list? Well, Titanium sits at a unique crossroads – it’s lightweight, ridiculously durable, and it’s biocompatible (and therefore hypoallergenic). It doesn’t hurt that Apple and Samsung have done wonders for the material’s popularity too… so expect titanium to make more appearances in high-end wearables, bordering on even bionic products like BCIs (brain-computer interfaces) and other exciting products we haven’t seen yet!

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How the Schools and Classes of The Future Merge Tech with Hands-on Learning

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In today’s digital age, children are growing up with a deep familiarity and comfort in both the real and virtual worlds. As technology continues to evolve and become more pervasive, there is an opportunity to enhance traditional teaching tools with virtual reality (VR) devices. SQUASHY, a groundbreaking virtual reality wearable device for children, aims to bridge the gap between the digital and physical realms, offering a transformative formative education experience. By stimulating the five senses, SQUASHY replaces traditional teaching aids and introduces an exciting and immersive approach to learning.

Designer: Eunhye Sim

The application of virtual reality and digital technology opens up new possibilities for education, providing children with a broader and more captivating learning experience. SQUASHY recognizes that while digital education offers convenience and accessibility, it is essential to preserve and complement the unique aspects of reality-based education. The device seamlessly integrates virtual and physical worlds to provide a comprehensive educational experience that sparks curiosity and fosters engagement.

SQUASHY acknowledges the invaluable role of hands-on learning and the tactile experiences that traditional teaching aids offer. Clay, as a symbol of formative education, has the power to stimulate children’s creativity and imagination. With SQUASHY, children can experience the multidimensional nature of formative education by transforming virtual clay into desired shapes using their hands. By combining the freedom of self-expression with systematic guidance, SQUASHY empowers children to explore various formative gestures and processes.

Understanding the importance of comfort and accessibility, the creators of SQUASHY have taken into consideration the average hand size of 6-year-old boys and girls. The device’s size allows children to hold it effortlessly, regardless of whether they use one or both hands. This ergonomic design ensures that children can fully engage with the device, maximizing their learning potential and enjoyment.

SQUASHY’s training program offers a diverse range of forms for children to complete. With the guidance provided, they can learn step-by-step formative processes and gestures. The device incorporates a Time-of-Flight (ToF) sensor within its silicon column, which recognizes the user’s hand motions to deform the virtual clay. Should the device lose its shape, a simple press of the top reset button restores it to its original circular form. This interaction is made possible by the integration of memory foam and an internal air blow device.

Charging SQUASHY is a hassle-free experience thanks to its magnetic coupling cradle. When the device is placed on the cradle, it securely connects and charges. Additionally, the cradle doubles as a Bluetooth pairing hub, allowing the VR device and SQUASHY to pair effortlessly. This functionality ensures that children can carry SQUASHY with them without the need for any further operations on the device itself.

One of the remarkable features of SQUASHY is its ability to bridge the gap between the virtual and real worlds. Children’s virtual modeling data can be 3D printed, enabling them to hold their creations in their hands and experience a tangible sense of accomplishment. This seamless integration of digital data with physical objects adds a new dimension to their learning journey, further enhancing their satisfaction and sense of achievement.

While SQUASHY offers convenience and state-of-the-art technology, it lacks the importance of children interacting with real materials in a natural manner. By introducing textures and encouraging the use of SQUASHY in conjunction with traditional craft lessons in schools, children can enjoy the best of both worlds. They can explore the convenience and creativity of virtual reality while still experiencing the tactile nature of real-world materials.

SQUASHY represents a transformative shift in children’s formative education, combining the immersive capabilities of virtual reality with the physicality of real-world experiences. By stimulating the five senses and seamlessly integrating digital and analog learning, SQUASHY offers a holistic educational approach. With its intuitive design, tailored size, and convenient features, SQUASHY empowers children to unleash their creativity, explore diverse forms, and embark on a captivating educational journey that prepares them for the evolving digital landscape while preserving the unique qualities of reality-based education.

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16 ways to design an eco-friendly home and lifestyle

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Designer: Marielle and Tobias of Familie Buitenhuys

In recent years, factors like global warming, pollution, and depletion of natural resources have had a negative impact on our planet. Hence, it is important to adopt a sustainable lifestyle and create an eco-friendly home sensitive to the environment. Adopt these simple changes that can help revive the ecosystem and reduce the home’s carbon footprint. An eco-friendly house is highly functional and comfortable to use. Additionally, there is a major switch from waste-producing to environmentally friendly products.

1. Bring in Natural Light and Cross-Ventilate

An eco-friendly home should be strategically oriented in a direction to take maximum advantage of the sun and the wind. For instance, there should be adequate window openings that allow good cross ventilation and replace the indoor hot air with a cool breeze. Avoid west-facing homes, as they tend to absorb too much heat.

Designer: Gruen Architecture

2. Passive Cooling

Passive cooling is the technique of naturally cooling the house for a comfortable indoor environment. During the construction of a new house, some features like external shading of the buildings with roof overhangs and shady plants prevent indoor heat gain. Additional cooling can be achieved with insulated cavity walls or reflective building materials, while water features like a pool, fountain, or waterfall can cool the outdoor air by evaporating water. Consider a light-colored or white roof, also known as cool roof, as it keeps the roof and interiors cool by reflecting the sun’s rays. Plant a green roof in urban areas to keep the roof cool and reduce the heat-island effect.

Designer: David Hertz Architects

3. Prevent Indoor Heat Loss

Air can make entry through cracks between the doors and windows and the walls and through the air ducts. Therefore, it is essential to weatherproof the house with caulking, sealing, and weather stripping to prevent leakage, if any. Introduce double-glazed windows in low-E glass as it limits heat transfer through insulated frames. Also, install curtains and blinds as thick curtains keep the room darker and cooler as it is a great way to cut down heat transfer between the indoors and the outdoors.

Designer: Jerricho Joya

4. Use Solar Panels

The sun is the mega powerhouse of green energy that harnesses the natural power of the sun to create electricity. Install solar panels on the rooftop or outdoors where there is plenty of sunshine as they absorb light from the sun and convert it into electricity. The installation of solar panels is costly, but it can help in saving electricity costs in the long run.

Designer: Salmela Architect

5. Rainwater Harvesting

Rainwater harvesting is a method of saving and storing rainwater and using it for irrigation, cleaning, or gardening. An outdoor rainwater harvesting pit allows the rainwater to replenish the groundwater. One can install rainwater barrels to collect water from the rooftop and go for permeable pavers in the driveway so that the rainwater percolates into the underground water table. For example, in larger homes, one can convert lawns into catchment areas to store the rainwater through slopes and gutters.

6. Go for Organic Materials

Be mindful while purchasing new home furnishing or fabrics for your home. Consider bed linen, carpets, towels, etc., made of natural plant or animal fibers like cotton, linen, and wool instead of synthetic fabrics like nylon and polyester.

Designer: L & M Home

7. Create your Compost

Composting is a natural way of recycling where organic kitchen waste like vegetable and fruit peels, eggshells, food leftovers, and paper decompose and transform into chemical-free natural fertilizers for the garden. The best part about this valuable mineral-rich fertilizer is that it not only reduces landfill waste but also improves the soil quality by restoring nutrients, air, and moisture and reduces the emission of methane gas. Therefore, investing in a composter as per the available space is advisable.

Designer: Ben Cullis Watson

8. Reduce, Reuse & Recycle

Reducing, reusing, and recycling form the foundation of an eco-friendly home. Make it a point to reduce the purchase of new products, especially if they are not environmentally friendly, reuse and repurpose old things, and go for recycled materials like aluminum, glass, and reclaimed wood for the interiors. Consider natural materials like bamboo, cork, and linoleum and sustainably certified materials like recycled rubber roofing, carpets from recycled plastic bottles, and composite decking from wood waste, to name a few. Avoid paper kitchen rolls and use cloth-based mops that are reusable after cleaning and sun-drying.

Designer: SA Lab

9. Use Energy-Efficient Appliances

Investing in energy-efficient appliances that save cost and energy and do not compromise on it might be a costly investment compared to traditional appliances. Still, it will recover the cost over a lifetime. Check for an ENERGY STAR label on the appliance to choose energy star appliances for the home. It saves costs and energy and keeps the performance intact. Energy-efficient appliances include energy-efficient heating and cooling systems that reduce greenhouse gas emissions. Look for appliances with 4 to 5 stars; the higher the rating, the less energy it will consume. Unplug all your electronic gadgets; do not keep them on standby mode. This will prevent the gadgets from consuming power when not in use. Instead of clothes dryers, consider air-drying the clothes to improve energy costs and savings drastically.

10. Switch to LED lights

Replace traditional incandescent lights with LED lights or light-emitting diodes that provide good illumination. The biggest advantage of LED lights is that they use less energy, emit less heat, have a large lifespan, and do not have to be replaced frequently.

Designer: Regalsolace Interiors

11. Invest in a Smart Thermostat

As heating systems consume a lot of energy, installing a smart programmable thermostat is advisable to monitor the temperature, control the heating and cooling and minimize energy waste. The HVAC system will work only when the thermostat reaches a specific temperature and can be easily controlled via a smartphone.

Designer: eCozy

12. Low-flow Water Fixture

Introduce efficient low-flow water fixtures in the bathroom and kitchen to control water usage. Install a dual flush for the W.C. to ensure restricted water use, as it is a great way to conserve water and reduce the house’s water consumption. If there is any leakage in the external and internal pipelines, it should be rectified immediately.

13. Introduce Houseplants

Houseplants have air-purifying properties and are one of the easiest ways to improve indoor air and eliminate toxins and other indoor air pollutants. Plants not only replace carbon dioxide with oxygen through the process of photosynthesis but also absorb indoor air pollutants like formaldehyde, benzene, toluene, xylene, and formaldehyde that are emitted as VOCs from various household products and chemical cleaners.

Designer: Habitat Horticulture

14. Go for Non-toxic Cleaning Products

Replace hazardous cleaning products that emit harmful VOCs with natural cleaning products composed of essential oils and not comprised of chemicals like ammonia or chlorine. Additionally, toxic chemicals can enter the earth’s ecosystem and harm the environment. Steam cleaners are a great way to disinfect and clean bacteria. Some of the best products that can be used for cleaning include baking soda, vinegar, hydrogen peroxide, and lime juice are cost-effective ingredients that are perfect for preparing cleaning fluids for the home.

15. Use Organic Paints

Choose organic paints and water-based paints for your walls that do not emit toxic gasses indoors. These paints are odorless, lead- and chemical-free paints with low levels of VOCs (volatile organic compounds).

Designer: ECOS Paints

16. Reusable Bags

As plastic pollution is a significant concern, one of our daily habits is eliminating plastic bags as it hurts the environment. Opt for reusable bags to reduce the consumption of plastic.

The post 16 ways to design an eco-friendly home and lifestyle first appeared on Yanko Design.

This sustainable packaging for eggs is inspired by stamps & made from paper foam!

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Sustainable designs, especially packaging designs, are giving designers food for thought – very literally in some cases – to find solutions that can reduce waste and the burden on the planet! The Stamp Egg packaging stands out from the rest because it is detachable and made of PaperFoam which is sustainable, eco-friendly, low-carbon, highly recyclable, and home compostable material – it is truly egg-cellent!

Think of Stamp Egg as having your eggs individually wrapped but instead of plastic, it is a super sustainable and compostable material. It has all the necessary elements for an egg carton – easy open and close, protective form, and stackability. As the name suggested, it is inspired by a postage stamp that lets you tear out individual pieces from the collection, and now you can do it with your eggs.

This form also helps you save more space in the refrigerator and easily count the eggs without opening the package thus keeping them fresh for longer as they are less affected by temperature changes. Also, the separately packaged eggs can be easily packed for a picnic or in a lunch box without compromising on protectiveness or playing Jenga with the other items.

PaperFoam is a studio based in the Netherlands that specializes in making environmentally friendly packaging material widely used in electronics, cosmetics, medical devices, and food applications. The bio-based product is made out of starch, cellulose fibers, and water all with a very low carbon footprint. It can be composted or recycled at home with paper. Curious to learn more about this innovative material? Read about the manufacturing process, detailed benefits, and more here! 

“After experimenting with the material to enhance its look and its mechanical properties, I had to find a proper application for it. I aimed at designing a mass-produced everyday object within the packaging industry, which proved to be a successful field of application for PaperFoam as it was resistant, natural, and could be customized with branding,” says Yoon. “The purpose was to approach this project in a sustainable way, think about a valid and meaningful alternative to already existing products, combine maximum efficiency with aesthetic quality using an environment-friendly approach throughout the whole lifecycle.”

Compared to the cellulose-pulp, foam, or plastic boxes, the Stamp PaperFoam egg trays are lighter (beaten only by the Polystyrene ones) and emit much less carbon dioxide compared to their competitors (96% less than pulp, 91% less than PS, and 87% less than PET). Easy to achieve with the injection-molded manufacturing process, the product is cost-effective, energy-efficient, high-performing, and attractive!

The carton’s dimpled form accommodates individual eggs and prevents them from coming into contact with one another. An improved hinge holds the units together and makes the cups easy to separate into single independent boxes which saves space and keeps them fresh for longer. The name of the brand and the nutrient contents can be directly embossed on the material surface, saving on additional labeling costs and making recycling easier. Stamp is egg-straordinary!

Designer: Il-Seop Yoon

The post This sustainable packaging for eggs is inspired by stamps & made from paper foam! first appeared on Yanko Design.

This CNC machined Mt. Fuji comes to life with an intricate carving process. Watch the video!

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Call us nerds, but there is something so beautiful about watching an intricate machine at work – it’s like a visual trigger of ASMR. Dom Riccobene knows this better than most and he put his creative genius to work and created this detailed CNC machined process – and don’t be fooled by the quick video. It requires a lot of coding to get the machining just right and by using some drill experimentation, we have the result here – a crafted Mt. Fuji made from a dark piece of Richlite.

Meet Richlite – a durable, versatile, antimicrobial, and sustainable material. Dom Riccobene masterfully blends data, art, and design to give us these intricate sculptures crafted by algorithms. This material was first used 75 years ago in the aerospace industry but quickly expanded to commercial, marine, and action sports applications. You’ll find Richlite in residential, commercial, and industrial use, everywhere from exterior cladding to furniture, from musical instruments to skateparks because of its machinable and tactile properties which make it flexible to use in a variety of design situations. For a realistic finishing touch to his sculpture, Riccobene also adds incense, harking back to the days of Mt. Fuhi’s eruption days.

He has been dubbed ‘data sculptor’ by his fans and we couldn’t agree more!

Designer: Dom Riccobene

This 100% biodegradable packaging material is made from brewers’ spent grain!

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I am still learning about sustainable materials and how that ties in with creating a circular economy. A circular economy is a system of closed loops in which raw materials, components, and products lose as little of their value as possible while renewable energy sources are used and the product’s lifecycle ends naturally. One such innovative material is ‘Trebodur’ – an organic material made entirely from brewers’ spent grain!

Brewers’ spent grains are the residues that accumulate from barley malt during the process of lautering while making beer. So what binds the material to give it strength? The contained proteins in the spent grains act as a natural binder, now that’s a self-sufficient material! Creators Niko and Tillmann did extensive research and several experiments with natural fibers and binders. At the end of that process, they found the capabilities of brewers’ spent grain and used the self-binding fiber material to develop the ‘mabeerial’ which doesn’t need any additional binders. “In the future, we will increasingly need to substitute petrochemical materials. 100% natural? You won’t make it!” but the creators of Trebodur made it happen by developing an entirely natural material.

Being a 100% biodegradable, Trebodur is a perfect choice for creating products that are used and thrown at large events or even in PR packages. It can be used for all kinds of packaging products and become a substitute material for paper and plastic packaging. At the end of the lifecycle, products made from Trebodur can be easily composted without any residue or harmful waste. This has immense potential to reduce single-use waste. “Due to its utterly natural origin, the material decays quickly, even on garden compost heaps. Furthermore, it is possible to add substances like minerals, ashes, or even plant seeds to the material to supply the soil,” says the team. They give drinking responsibly a whole new meaning!

Designers: Niko Stoll and Tillmann Schrempf