Architectural Cases

Experience the Wonders of Science and Art Through Play!

The Exploratorium: A Gateway to Hands-On Discovery

Perched gracefully on San Francisco's Pier 15, with breathtaking views of the Bay, the Exploratorium is a unique institution that seamlessly blends art, culture, and cutting-edge technology. Far from a static display of artifacts, this museum offers an immersive, interactive environment where the intricacies of STEM (Science, Technology, Engineering, and Mathematics) are brought to life through playful and thought-provoking exhibits. It's a place where learning transcends the classroom, sparking wonder and curiosity in every visitor, from inquisitive children to adults with a youthful spirit. A dedicated collective of exhibit developers, artists, scientists, and volunteers tirelessly works to convert challenging scientific principles into a dynamic arena for exploration.

Fujiko Nakaya's "A Foggy Bridge": An Artistic Ode to San Francisco's Unique Climate

San Francisco's distinctive weather, often characterized by its pervasive fog, has long been a muse for artists and writers. This local phenomenon even has its own affectionate nickname, "Karl," with a dedicated social media presence. Embracing this regional characteristic, artist Fujiko Nakaya unveiled "Fog Bridge #72494" in 2013. This installation periodically envelops a bridge connecting the museum's two piers in a misty embrace. The fog is generated by pumping water at high pressure through over 800 nozzles. Demonstrating adaptability and resourcefulness, the exhibit was reconfigured in 2014, amidst a severe drought, to operate using desalinated Bay water, ensuring its continued presence as a cherished and ever-evolving display.

"Probably Chelsea": Art and Science Intersecting with DNA Forensics

In 2014, the Exploratorium hosted artist-in-residence Heather Dewey-Hagborg, whose groundbreaking work "Stranger Visions" explored the creation of facial profiles from DNA sequences. Commissioned by PAPER Magazine, Dewey-Hagborg applied her innovative technique to create portraits of whistleblower Chelsea Manning, who was then incarcerated. Manning's limited communication through mail provided the unique challenge for this project. Through detailed explanations, Dewey-Hagborg elucidated her process, from learning DNA sequencing at Genspace to utilizing custom algorithms and 3D printing to generate human-scale masks. The resulting series, "Probably Chelsea," featured 20 possible portraits and was showcased within the museum's "Cells to Self" collection, which delves into the remarkable diversity and functions of cellular life.

The Exhibit Development Shop: Where Ideas Take Form and Imagination Flourishes

Since its inception in 1969, the Exploratorium has been a pioneer in creating interactive, hands-on exhibits. This creative process is housed within the Exhibit Development Shop, a vibrant workshop that itself is an exhibition. Here, visitors can witness the magic of creation firsthand. Amidst exploring the wonders of perception and gravity, museum-goers observe developers meticulously crafting and refining displays that are constantly evolving. Designed for maximum engagement, each exhibit is built with interchangeable components, inviting active participation and fostering a deep connection with the scientific principles they demonstrate. The developers, often seen with safety goggles and hair tied back, skillfully employ tools ranging from table saws and drill presses to everyday items like slinkies and silver spoons, revealing the artistry and engineering behind each display. As Jessica Strick, a veteran exhibit developer, notes, their role encompasses not only conceptualizing but also constructing and maintaining these dynamic installations, highlighting the comprehensive nature of their creative endeavors.

The Hindes Prototyping Event: Fostering Rapid Innovation and Creative Problem-Solving

Embracing a spirit of rapid innovation, the Exploratorium annually hosts the Hindes Prototyping Event, an intensive, hackathon-style gathering. This event empowers a select group of ten to twelve museum participants, providing them with a budget of $300 and a mere three days to transform their most imaginative and unconventional exhibit concepts into tangible prototypes. A video documenting the event beautifully captures its essence through a quote from Brian Eno: "If you want to get unusual results, work fast and work cheap... there's more of a chance you'll get somewhere that nobody else did." This accelerated creative process is instrumental in developing new, captivating displays that effectively demystify the complex world around us, reinforcing the museum's commitment to accessible and exciting scientific exploration.

2s.design, an industrial design studio based in Warsaw, has unveiled Equihero, a revolutionary line of inhalation masks meticulously crafted to meet the physiological and behavioral demands of horses undergoing respiratory therapy. Embracing a 'More-Than-Human Design' philosophy, this initiative pivots from conventional human-centric usability to prioritize animal well-being. The creation process integrated sophisticated digital modeling, comprehensive veterinary research, and a series of iterative prototypes, culminating in a nebulization system that significantly reduces stress for equine patients.

The genesis of this innovation stemmed from a firsthand experience by the studio's founders, who faced challenges in treating their own horse's respiratory condition. They observed that existing market solutions were either prohibitively expensive, intricate veterinary apparatuses, or rudimentary alternatives that caused distress to the animals. Equihero emerged as a direct response to this unmet need, aiming to develop veterinary equipment that seamlessly aligns with the unique anatomy and natural behavior of horses.

The design approach by 2s.design meticulously addresses the dual requirements of the horse—a sensitive and easily agitated patient—and the caretaker, who needs an efficient and dependable system for administering treatment. To accurately capture the intricate cranial structure of horses, the team initiated their design phase by utilizing a digital equine phantom. This allowed for an in-depth analysis of anatomical relationships and facilitated the exploration of four distinct design concepts.

Following the digital conceptualization, the studio partnered with veterinary professionals to rigorously evaluate these concepts in authentic stable environments. Initial prototypes, fabricated using 3D printing technology, were tested on live horses to confirm optimal proportions and fit. Subsequently, transparent resin prototypes were developed, enabling direct observation of respiratory patterns within the masks. This iterative testing process was crucial for assessing seal pressure, nostril movement, and overall comfort during inhalation. The final design of Equihero incorporates numerous micro-ergonomic enhancements derived from these trials. For instance, the straps are strategically placed to alleviate pressure on the sensitive occipital region, and emergency magnetic clips are integrated for swift release in the event of sudden equine movements.

Equihero represents a harmonious fusion of medical efficacy and an aesthetic language attuned to the equestrian world. Its sleek profile features subtle embossed details on the sides, enhancing structural definition, while the color palette draws inspiration from nature, utilizing earthy tones such as sand, peat, clay, and charcoal. The outcome is a design that successfully marries clinical functionality with a visually appealing and comforting presence, firmly establishing the inhalation mask as an essential piece of veterinary equipment thoughtfully designed with the horse's anatomy and experience at its core.