Author: Eeti Goel

  • 11 Museums That Are Worth Traveling in the World

    11 Museums That Are Worth Traveling in the World

    Museums That Are Worth Traveling

    Guggenheim Museum, New York, USA

    There is no other institution in the world that looks quite like Frank Lloyd Wright’s Guggenheim Museum, a pleasantly strange circular building that completely reorients how viewers see art. Unlike the nearby Metropolitan Museum of Art, a more classical structure, the first structure for this New York Museum contains few right angles. Inside the museum, the art is arranged around a rotunda with a ramp that inclines upward and circles around and around. Unwrapped, that ramp would be quite a quarter-mile long. 

    The building’s exterior is conceptualized as an “inverted ziggurat,” alluding to its basis in ancient Mesopotamian architecture. He wanted his museum to disturb the ways visitors typically absorb what’s on view, and therein spirit, the building’s walls are tilted.

    Originally, visitors were alleged to start at the highest of the rotunda and work their way down, and artworks were alleged to be leaned against those walls rather than mounted, but that plan proved unfeasible. So, too, did think to color the building red, which art adviser Hilla Rebay, the museum’s first director, nixed, viewing the hue as a gaudy one. 

    Long before the Guggenheim’s opening in 1959, critics and artists spoke out against Wright’s structure. Since then, the reception of the building has changed, and therefore, the Guggenheim is now among the foremost well-attended tourist destinations in New York. Now, numerous people regard the structure itself as a work of art — an interesting conception that Wright himself indeed signaled when he inked its facade, nearly as a painter would with paint.

    MAXXI, Rome, Italy

    MAXXI, Rome, Italy
    Photo by ArchDaily

    By the time Zaha Hadid was brought on to try to MAXXI, a replacement contemporary art museum in Rome, within the late ’90s, she was already world-renowned for her luxurious structures, which bow and bend in putatively insolvable ways. She applied that signature aesthetic to MAXXI, offering up a severe concrete building that, from above, seems like five elements weaving around one another. 

    Housed within a black staircase that cuts around and above a white atrium. Hadid preferred to call the museum, which was completed in 2009, a “campus,” alluding to her intention of making something that meshed seamlessly with its surroundings. Set within an area primarily composed of apartment buildings, MAXXI was one of the most significant structures to be erected in the Eternal City in times, and it was saluted with wide praise, indeed from locals who had originally regarded it with dubitation. It remains one of the many major galleries worldwide designed by a woman of color. 

    Zeitz Museum of Contemporary African Art, Cape Town, South Africa

    Zeitz Museum of Contemporary African Art, Cape Town, South Africa
    Photo by Design Indaba

    Thomas Heatherwick’s tendency toward monumentality has occasionally been his undoing. The New York’s Vessel, which has been viewed as an eyesore and a possible danger to public health, is a perfect example of the same. But together with his Zeitz Museum of Contemporary African Art, he struck all the proper chords, transforming a disused grain silo in Cape Town that, when ranked among Africa’s tallest buildings, into a gleaming art space. 

    Founded by former Puma CEO Jochen Zeitz and opened in 2017, Zeitz MOCAA was built by Heatherwick Studio as an homage to the silos and therefore the corn they once contained. Heatherwick even digitally analyzed a bit of corn once held there and based the resulting building on its form. “My one regret is that we couldn’t have cut out that grain of corn and put it next to the museum on the square,” Heatherwick told Architectural Digest at the time. 

    The museum has bulging windows meant to recall how densely packed altogether that corn was, also as ovular forms inside resembling cell walls. At its heart, sandwiched between two structures that host galleries, maybe a light-filled atrium adorned with otherworldly sloping forms that combine to make a cathedral-like space.

    Shanghai Astronomy Museum, Shanghai, China

    Shanghai Astronomy Museum, Shanghai, China
    Photo by MixOnline

    Designed by Ennead, the monumental new gallery creates an immersive experience that places callers in direct engagement with real astronomical marvels. Through scale, form, and the manipulation of light, the structure heightens mindfulness of our abecedarian relationship to the sun and the earth’s orbital stir. At square bases, the new astronomical branch of the Shanghai Science and Technology Museum will be the largest gallery worldwide solely devoted to the study of astronomy. 

    The Oculus, suspended above the main entrance to the Museum, demonstrates the passage of time by tracking a circle of the sun on the ground across the entry galleria and reflecting pool. The Sphere houses the planetarium theatre, which is partial- submerged in the structure. With minimally visible support, it evokes a vision of lightness in anti-gravity. 

    Bedded in the roof plane of the lower Museum wing, as if rising out of the Earthbound horizon, the sphere gradationally emerges into view as one round the structure, the drama unfolding as though one were approaching earth from one of its moons, allowing callers to witness it as a light mass from below. The Inverted Dome is a large inverted glass pressure structure that sits on top of the central patio of the structure at the roofline so callers can enthrall the center of the glass dish with a disencumbered view of the sky. 

    Set within an extensive green zone, the Museum grounds include a host of structures and programming including temporary and endless shows, a 78- bottom solar telescope, an overlook, an optic Planetarium, an Education and Research Center, and a Digital Sky Theater. Programming at the Museum will feature immersive surroundings, vestiges, instruments of space disquisition, and educational exhibitry.

    Shanghai Astronomy Museum, Shanghai, China
    Photo by Boomers Daily

    Located within the Turkish university town of Eskisehir and opened in 2019, the Odunpazari Modern Art Museum is home to Erol Tabanca’s collection of Turkish modern art and also hosts temporary exhibitions. 

    Inspired by local traditional wooden Ottoman houses, Odunpazari means “wood market”. It is additionally the name of the region where the institution is sited. The design by Kengo Kuma & Associates looks like a chic cabin, with interlocking boxy structures composed of stacked laminated blonde timber beams that feature Lincoln Log-like slits.

     The Japanese architectural firm is understood for using timber in sleek, instead of rugged, ways. For this project, the firm wanted to recreate the urban experience unique to those Ottoman houses, whose cantilevered windows on upper stories when positioned at unlikely angles playfully hang overhead. 

    The architects said they wanted “to continue the streetscape and recreate the non-linear journey of visiting the within of the museum.” Inside, you would possibly find interlocking beams hovering above your head and opening up to a skylight, or notice a boxy shape twisting ever gently.

    Louvre, Abu Dhabi, UAE

    At one point in its planning, the Louvre Abu Dhabi was alleged to open alongside arts spaces in Dubai designed by Tadao Ando, Frank Gehry, and Zaha Hadid. As of 2022, the Louvre Abu Dhabi is just one of these glamorous, expensive institutions operational. Inaugurated in 2017, the museum was designed by Jean Nouvel and features a big steel dome whose crisscrossing elements let in sunlight and speckle it around the museum’s campus. 

    The Louvre Abu Dhabi was conceived by Nouvel during a lunch conversation in the early 2000s with Thomas Krens, formerly the director of the Guggenheim Museum, and is meant to allude to traditional Middle Eastern architecture. It is situated on its very own island which is composed of 55 individual structures.

    A part of a $1.3 billion deal between the French and Emirati governments, the Louvre Abu Dhabi was periodically suffering from the controversy over the alleged non-payment of construction workers who helped build Nouvel’s structure. Still, it’s emerged as a serious attraction in the years since, with crowds coming in droves during its first year.

    Louvre, Paris, France

    The Louvre had remained unchanged, at least from the outside, for centuries by the time I. M. Pei was asked in 1981 to invigorate an establishment that had grown rusty. Part of his intervention in that gallery was an element that’s now considered a classic glassed-in aggregate that lies at the heart of a gigantic galleria framed by 18th-century structures. On paper, this bold move appeared to spell disaster, but Pei forged onward, convinced that his futuristic addition would usher the Louvre into modernity. 

    Opened in 1985, the Louvre now acts as one of the main entrances to the museum. The alternative would have been to come in the underground, which Pei planted to be an especially clean way to enter one of the world’s great art institutions. 

    The aggregate was saluted originally with contestation, with Le Figaro criminating Pei of “megalomania.” But now, along with the wringing staircase beneath it, Pei’s aggregate is one of the Louvre’s defining features, over there with the Mona Lisa. Lower- known, though inversely important, are some aspects Pei added that can’t be seen by the public conference apartments, services, and galleries for Louvre staff members, who preliminarily had to cut the length of the gallery for meetings. 

    National Museum Modern Art and Contemporary Art, Gwacheon, South Korea

    National Museum Modern Art and Contemporary Art, Gwacheon, South Korea
    Photo by Archdaily

    Tai-Soo Kim, the architect behind the National Museum of Modern Art and Contemporary Art in, often got inspired by the surrounding landscape when designing his structures. Located shortly from Seoul, this institution was South Korea’s first modern art museum. 

    To create it, Kim drew on Cheonggyesan Mountain, using pink granite found there because of the basis for the institution. Opened in 1986, the gallery lacks numerous of the frills planted in institutions erected simultaneously. It is less sort of a museum than a fortress—which was, in a way, Kim’s intention. He wanted it to draw on the aesthetics of Buddhist temples and traditional Korean structures so that it could blend in with its surroundings. 

    “I believe the building should be a part of the land,” he told the Korean Herald in 2016. In combining postmodern styles with centuries-old bones, his structure establishes an understated continuum between Korea’s history and the present. 

    Museu de Arte de São Paulo, São Paulo, Brazil

    Museu de Arte de São Paulo, São Paulo, Brazil
    Photo by TripAdvisor

    Opened in 1968, this cantilevered glass structure was designed by the Italian-born Brazilian mastermind Lina Bo Bardi, an icon in her espoused country for her enterprising modern structures. Two storeys of exhibition spaces are suspended off the bottom by four large red columns, connected by bold beams that stretch over the roof. 

    Bo Bardi worked nearly with mastermind José Carlos Figueiredo Ferraz to pull off this definitive Brutalist feat, known for its stunning combination of lightness and weightiness. But it’s no mere formalist gesture, the architect wanted to go away from open, public space for Sao Paulo residents, instead of allowing an elitist institution to require it over. 

    Today, the space which provides a dry spot within the city’s wet season and shade within the summer continues to host markets and other sorts of everyday urban life. It is also often the location of major protests within the city. 

    Below ground, two basement-position bottoms are set into a hillside and house a theater and bookshop. The gallery’s most celebrated element, however, is Bo Bardi’s radical exhibition design.  The building has an open floor plan. She tries to showcase canvases not on temporary walls, but on glass “easels” set in blocks of concrete. That way, viewers could see works front and back, and art might be shown in consecutive rows.

    Azerbaijan Carpet Museum, Baku, Azerbaijan

    The Azerbaijan Carpet Museum in Baku had been housed in a 15th-century mosque and a monolith since its founding in the 1960s before it got a so-bad-it’s-great building shaped like a partially unrolled carpet in 2014. Designed by Franz Janz, the structure was opened after UNESCO added the old tradition of Azerbaijani carpet weaving to its “List of Intangible Cultural Heritage of Humanity.” 

    The gallery was opened amid an architectural smash in Baku, where Zaha Hadid had opened her acclaimed Heydar Aliyev Center in 2012. That building and therefore the Carpet Museum would become crucial in bringing postmodern statement structures to a city host to a lot of Soviet-style architecture. Tasked with building a replacement home for the museum’s 10,000-piece collection, Janz took the assignment literally and offered up a structure that appears not entirely unlike the textiles on offer at the museum. 

    National Museum of African American History and Culture, Washington, D.C., USA

    Perhaps the foremost striking building sited on the National Mall in Washington, D.C. is the National Museum of African History and Culture (NMAAHC), designed by David Adjaye to make an establishment that doubles as a monument. 

    Devoid of the white marble typically seen in classical art institutions, this museum is essentially composed rather of slanted bronze aluminum elements on its façade that admit light in strategically arranged spaces. 

    David Adjaye has spoken of the museum employing a three-part structure that mirrors the movement of Black people out of Africa and across the U.S. over the centuries. He has appertained to the darker underground gallery as a “vault” and its middle situations concentrated on migrations as a “nimbus.” The top-bottom, the most luminous space, represents what David Adjaye calls the “Now,” a space of emancipation in which the trades take priority.

    Upon its opening in 2016, the NMAAHC received tremendous praise from critics and was praised worldwide.

  • 10 Green Buildings in India That Inspire the World

    10 Green Buildings in India That Inspire the World

    What is a green building?

    Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues.

    Why is Green Building important?

    The growth and development of our communities feature a large impact on our natural environment. The whole process of building a building that is designed and planning, construction, and operation, handles the consumption of many of our natural resources.

    Let’s discuss some of the sustainable buildings in India that inspire the entire world.

    Suzlon One Earth

    Green Building
    Photo by Archdaily

    Suzlon Energy Limited pledged to make the greenest office in India. The building is 3-story high and is constructed on 10.5 acres. It achieved LEED for New Construction Platinum certification from the India Green Building Council and Five-Star GRIHA (Green Rating for Integrated Habitat Assessment) certification.

    Inspired by vernacular architecture, the planning provides 90% of the spaces with daylight and external views, allowing inhabitants to enjoy seasons and weather and connect with the time of the day.

    5% (154 kilowatts) of its annual energy is generated through conventional and building-integrated photovoltaic panels (20%) and wind turbines (80%), on-site.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by Archdaily

    Aluminum louvers allow daylight and cross-ventilation, acting as protective skin to the building. LED lighting systems and solar water heating save energy. 100% of sewage grey water is recycled into flushing, landscaping, and air-cooling systems, while 100% of rainwater is harvested. Glass exhaust chimneys with tropical plants act as visual connectors between all floors and permit aeration of the basement parking lot.

    The focus of the complex may be a central courtyard that features a forty-meter traditional obelisk reaching bent the sky from the basement and a waterfall facing a crescent cafeteria. This corporate campus may be a counterblast to prevailing glass-box architecture occurring across India and maybe a game-changer in terms of how corporate campuses are designed so far in India.

    Sohrabji Godrej Green Business Centre, Hyderabad

    sohrabji
    Photo by Deccan Chronicle

    Sohrabji Godrej Green Business Centre led by the Confederation of Indian Industry (CII, a non-profit organization) has been at the forefront for the past 15 years in leading India’s green building movement. The design of the Centre back in 2004 maybe a live demonstration and reflection of a conducive green building, and, therefore, at that point, it had been the primary LEED Platinum Certified Building in India and out of doors the U.S.

    The building stands as a true pioneer and a catalytic example of using traditional methods of sustainability in amalgamation with modern technologies.

    The 20000 sq ft building sits on 5-acre land having only a 9.2 percent footprint, ensuring minimum disturbance to existing features. Located centrally on the flattest land available with landscaping and foliage all around, it provides a soothing microclimate and minimizes the impact of pollution on the inhabitants.

    More than half the roof area is converted into a terrace garden, minimizing the inside temperature.

    Along with it, the solar photovoltaic cells on the sundeck help in producing nearly 20 percent of the building’s energy consumption. Two air cooling towers chill the air up to eight degrees by sprinkling water and hence reducing the load on the air-con.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by hello energy

    The building has been oriented through various energy stimulation exercises such as that 90 percent of the inside gets direct sunlight, reducing the necessity for artificial lighting. Further, north facades are glazed to realize efficient diffused light. Double-glazed units with argon gas stuffing between the glass panes enhance the thermal parcels. 

    Glowing light, which also contributes to overheating in sections of a structure, was avoided by the use of traditional styles of slipup Jalli walls. 

    These create a screening effect allowing air to undergo and ending scorching sun heat and casting beautiful light patterns. The other provisions, like rainwater harvesting, Root Zone Treatment system, indoor air quality monitoring, and high-performance glass, make it one of the simplest samples of passive designs.

    The building’s confident form and well-researched and sought-out techniques successfully exuberate symbolic power and have become a stimulus to support the Indian green movement to radiate as wide as possible.

    ITC Grand Chola

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by ITC Hotel

    Along with the unparalleled bespoke experiences for their discerning guests, ITC Hotels also sets new benchmarks in planet positivity. Using renewable energy, recycling solid waste, conserving water, banishing single-use plastic, and reducing their carbon footprint at every step- ITC has been everything and more. It is actively involved to keep alive our time-honored rituals that promote well-being. 

    ITC Chola in Chennai received a LEED Platinum for New Construction category in 2012 and is also among the top sustainable buildings in India. Being the most important hotel to receive the award, it prides itself to be Carbon Positive, Water Positive, and Waste Recycling Positive.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by ITC Hotel

    Apart from the use of solar energy, sustainable building materials, there is an attempt to have Zero Discharge into Sewers status- no wastewater will be discharged into sewers. Their use of sewage treatment plants, treat wastewater to almost potable quality water. The treated water is used for horticulture, cooling towers extending the additional wastewater into the neighboring golf course (The Madras Golf Course). Green roofs and external areas use stormwater catchment. Additionally, 100% of their electrical energy demands are powered by a self-owned wind farm carrying a capacity of 12.6MW Kundadam, near Coimbatore, the excess of which is contributed to the Tamil Nadu Electricity Board.

    Hyderabad Gandhi International Airport

    hyderabad
    Photo by The New Indian Express

    GMR-led Hyderabad International Airport has been established in an area spreading over 5000 acres, and half of the premises are with a natural ecosystem and support the life of various flora and fauna.

    Landscape design at Rajiv Gandhi International Airport, Hyderabad is based on modern and contemporary architectural styles created through artistic ideas. The landscape altogether areas provides a robust visual identity through the utilization of straightforward, yet bold and aesthetic hardscape treatment, planting statements, and streetscape expressions.

    Once you enter the airport premises at the entry plaza you’re greeted with a blooming expanse of sloped planters, curvilinear walls, palms, ground cover, and xerophytic plants. The main access road of the airport offers a 12 km long four-tiered landscape on both sides. This consists of open fields, ground cover, shrubs, and trees. 3 metre medians running through this 12km stretch of the road are dotted with shrubs, palm trees equipped with a cloud-based fully automated irrigation system.

    Inside the terminal, there are over 15000 plants of varied species, types, and heights displayed at various locations in the building. All plants are planted in soil-less media and displayed in various sorts of Indian and imported planters made in steel, ceramic, FRP, and fired clay.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by Airport Technology

    A unique green wall or vertical garden covering 150 square meters at RGIA is the first of its kind in India to be displayed under indoor conditions. The scheme of plants is rotated at frequent intervals with fresh, disease-free, and healthy stock plants maintained at GHIAL nursery.

    The airport is operating with a focus on conserving natural resources by practicing the 4Rs concept- Reduce, Reuse, Recycle, and Replenishment towards environmental protection.

    Action for Social Advancement (ASA) Head Office

    ASA
    Photo by Archdaily

    Action for Social Advancement (ASA) is a non-profit development organization whose mission is to ensure livelihoods through development services with an emphasis on natural resource development. In its head Office in Bhopal, ASA proudly showcases its ethos of ecological principles.

    The land available for the building is at the lowest level of the plotted development and gets waterlogged. Added thereto the character of Black Cotton soil (low water percolation rate) and therefore the inadequately designed outflows made the water stagnate for an extended time. In response to this, the building was raised by a floor and the area left below was converted into a wetland and a stepped well. This led to the avoidance of flooding and the replenishment of shallow aquifers.

    The stepped well was designed as a gathering space for the community around. The crucial strategies included passive building planning, energy efficiency, water management, and biodiversity. Features like deep overhangs and courtyards while reducing the heat gain and glare ensured an ample amount of daylight within. Eastern and western facades were designed to have skewed windows to cut the glare of the horizontal sun without losing daylight and fresh air. The landscaped court on the top floor and common court and balcony spaces on all floors were brought in to facilitate interactions spill-over space for the workshop and board room, respectively.

    Insulating the roof was a crucial part of the passive cooling strategy, which was done by higher ceilings, and the use of the local brickbat Coba (a thick layer of broken bricks on top of the roof) for weatherproofing course.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by Archdaily

    The wetland provides nesting spaces for birds in the summer with its aquatic and semi-aquatic flora. Operational energy usage was reduced through the use of LED fixtures, energy-efficient fans, and an air-cooling system. This has shown a reduction of energy consumption by 66% compared to the previous office space occupied by ASA. All the energy is produced by a 20kVA solar PV panel system installed on rooftop. 

    Water for up to four months of the year can be generated from rainwater harvesting, and excess from the storage is used for recharge. The consumption of water was reduced considerably by using water-efficient fixtures.

    Infinity, Kolkata

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by Propvesters

    Infinity Benchmark in Kolkata, a 20-story covering an area of 560,000 Square Feet, became the city’s first platinum-rated building designed by the firm Agrawal and Agrawal Architects.

    Choice of building materials, use of polyfoam coating under the roof, and an energy-efficient design helped in effectively insulating from heat gain. Double glazing reduced 75% of incoming heat. About 20% of recycled materials were used in the method of building alongside another 20% locally sourced.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by Infinity group

    A rainwater harvesting system, along with a water treatment system, minimizes reliance on external water sources. Wastewater that is treated and recycled is commonly used for irrigation and cooling purposes. A pioneering move to promote environmental systems was the induction of charging points for electric cars.

    Infosys, Mysuru

    INFOSYS
    Photo by Infosys

    The Infosys Mysuru campus has been awarded the LEED EBOM (Leadership in Energy and Environmental Design – Existing Building Operation & Maintenance) Platinum certification by us Green Building Council (USGBC).

    Infosys now has 18.25 million square feet of the very best rated green buildings–of which 16.9 million square feet are LEED Platinum rated and 1.35 million square feet are GRIHA 5-star rated buildings.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by Infosys Mysore

    The LEED Green Building scoring system may be a globally accepted benchmark for the design, construction, and operation of high-performance green buildings. Infosys has the most important building area certified as LEED Platinum within the IT office space category. To form its campuses sustainable and resource-efficient, Infosys has since 2008 followed a two-pronged strategy to style new buildings to the very best energy efficiency standards and implement deep retrofits in old buildings.

    At the Mysuru campus, large-scale retrofit projects in existing buildings, including food courts, training centers, guest houses, and sports complexes, were some ways through which efficiency improvements were achieved. Major interventions included the entire re-engineering of chiller plants, air handling units, building management system (BMS) retrofit, UPS, and lighting retrofit. Initiatives like these have helped Infosys lower its operating costs, improve equipment life, achieve better indoor air quality, and increase occupant comfort and satisfaction.

    Indira Paryavaran Bhawan

    w
    Photo by ResearchGate

    Indira Paryavaran Bhawan, the new office block for the Ministry of Environment and Forest (MoEF) sets, may be a radical change from a standard building design.

    It puts special emphasis on strategies for reducing energy demand by providing adequate natural light, shading, landscape, to scale back ambient temperature, and energy-efficient active building systems. Several energy conservation measures were adopted to scale back the energy a lot of the building and therefore the remaining demand was met by producing energy from on-site installed high-efficiency solar panels to realize net-zero criteria. It uses 70% less energy compared to a standard building. The project adopted green building concepts including conservation and optimization of water by recycling wastewater from the location.

    It is now India’s highest green-rated building. The project is a GRIHA 5 Star and LEED Platinum-certified building. The building has already won awards like the Adarsh/GRIHA of MNRE for exemplary demonstration of integration of Renewable Energy Technologies.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by Rehau

    Godrej Plant 13 Annexe

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by NZEB

    Built-in Mumbai in 2008, Godrej Plant 13 Annexe of a 24,443 sq. meter area office-cum-convention was awarded the ‘Net Zero Energy Rating’ by the IGBC scoring system attaining 77 points. An onsite and offsite renewable energy system powers the whole site. The building regenerates 8% of its energy demand through solar rooftop panels.

    Several additional features and upgrades are added to realize net-zero. These include improving upon the building’s systems (HVAC, lighting) performance; monitoring energy performance at the system level to know energy end-use efficiencies; addressing cost streams related to building operations; improving occupant comfort leading to productive employee workspaces; enlightening building occupants and visitors regarding the benign impact on the environment; providing public recognition for leadership in sustainability; and becoming a case study for other corporates to emulate in future.

    By the building’s design, most areas are natural daylight. The centralized air-conditioning system has been designed considering the diversified occupation of the building.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by NZEB

    System-level monitoring and analytics of HVAC, lighting, ventilation energy consumption and solar PV generation on a day to day have resulted in the identification of potential energy-saving opportunities and control of operations; Rs 0.15 million has been invested towards institutionalizing a system-level metering system, which has yielded significant benefits by way of monitoring and control of wasteful energy within the building.

    The overall energy consumption reduction within the past two years is 276 MWh (7 percent of total energy consumption). Energy cost reduction for the past two years has been Rs 4.8 million (8 percent of the entire energy cost). Total energy generated from renewable sources (rooftop solar PV) is 8 percent.

    CISCO Smart Campus, Bangalore

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by The Economic Times

    The Cisco Smart Campus, Bangalore, spread across 2.18 million sq. ft of built-up area was certified 5 LEED-Platinum building. It scored a complete of 96 from a possible 110 points. The entire building’s energy consumption is being offset by green power investments amounting to over 70,00,000 kWh of green power once a year.

    To encourage cycling, provision is formed for bicycle parking and shower facilities. on-site generated construction waste diverted quite 80% from landfills. Renewable material cost accounts for 7.7% of the project’s material cost. The development process used about 21% of materials manufactured by recycling materials. Provisions are made to encourage bicycle and shower facilities for workers, including 53% of the bottom building on-site parking is found underground or undercover.

    10 Green Buildings in India That Inspire the World Green building, or sustainable design, is the practice of accelerating the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment, considering the total life span of a building. Green-building concepts are not only restricted to the walls of buildings but also include site planning, community and land-use planning issues. Green Building,sustainable design,solar energy,architecture,design
    Photo by URENIO

    FAQ

    Q. What is the concept of green building in India?
    A. Green building in India refers to the practice of creating structures that are environmentally responsible and resource-efficient throughout their lifecycle. These buildings aim to reduce their impact on the environment and human health.

    Q. What are the top 10 green buildings in India?
    A. Some of the top green buildings in India include the Suzlon One Earth, Sohrabji Godrej Green Business Centre, ITC Grand Chola, Hyderabad Gandhi International Airport, Infosys Mysuru campus, Indira Paryavaran Bhawan, Godrej Plant 13 Annexe, Infinity Benchmark in Kolkata, and CISCO Smart Campus in Bangalore.

    Q. Who are the best eco-friendly architects in India?
    A. Some of the best eco-friendly architects in India include Christopher Benninger, Rajeev Kathpalia, Brinda Somaya, and Manit Rastogi, among others.

    Q. What are some key features of eco-friendly buildings in India?
    A. Eco-friendly green buildings of India incorporate sustainable materials, energy-efficient designs, water conservation techniques, and renewable energy sources to minimize their environmental impact.

    Q. How do green buildings contribute to energy efficiency in India?
    A. Green buildings use energy-efficient technologies such as solar panels, LED lighting, and insulation to reduce energy consumption and promote renewable energy sources.

    Q. What are some examples of energy-efficient buildings in India?
    A. Some examples of energy-efficient buildings in India include the Suzlon One Earth, Sohrabji Godrej Green Business Centre, and the Infosys Mysuru campus, among others.

    Q. What are the benefits of eco-friendly buildings?
    A. Eco-friendly buildings offer benefits such as reduced energy costs, improved indoor air quality, lower water consumption, and reduced environmental impact.

    Q. How do green buildings in India compare to the best green buildings in the world?
    A. Green buildings in India are on par with the best in the world in terms of sustainability, innovation, and design. They incorporate cutting-edge technologies and practices to minimize their environmental impact.

    Q. How can I make my building more eco-friendly?
    A. To make eco-friendly building in India, you can use sustainable materials, install energy-efficient appliances, incorporate green spaces, and promote water conservation practices.

    Q. What are some key considerations when designing an energy-efficient building in India?
    A. When designing an energy-efficient building in India, it’s important to consider factors such as climate, orientation, insulation, shading, and use of renewable energy sources.

  • Disaster Relief Architecture: An Effective Response to Post Disaster Damage

    Disaster Relief Architecture: An Effective Response to Post Disaster Damage

    What is a Disaster?

    A disaster is a serious problem being over a short or long period that causes wide mortal, material, profitable, or environmental loss, which exceeds the capability of the affected community or society to manage using its own coffers. 

    Disasters are routinely divided into natural or man-made, although complex disasters, where there’s no single root cause, are more common in developing countries. A specific disaster may generate a secondary disaster that increases the impact. A classic example is an earthquake that causes a riffle, performing in littoral flooding. Some manufactured disasters have been credited to nature similar to gauze and acid rain. 

    Need Of Disaster Relief Architecture

    Disasters
    Photo by Indesign Live

    Disasters are getting the norm in this world, which also poses challenges to architects and engineers. Numerous requirements to make temporary structures may arise at the same time all around the world. 

    As stated in the Intergovernmental Panel on Climate Change (IPCC), cities are getting more and more vulnerable to the impact of natural disasters, and their frequency, duration, and intensity are becoming increasingly extreme. 

    The COVID-19 epidemic that began in 2020 has verified this notion. Metropolitan cities and human society are facing unknown challenges. In order to fight the damage caused by the disaster, the world witnessed the Fangcang sanctum hospitals established in China within many days, the recyclable temporary sanctum units erected by Turkey at veritably low cost after the earthquake, and so on.

    An Architect’s Role 

    After 1950, as high-rise buildings & skyscrapers became statements of style & necessity and population and its density remained a major concern, horizontal expansion was merely impossible. No building can be completely disaster-proof, therefore, architects need to study & analyze past data like soil conditions, context, and climatic conditions before executing the building 

    An architect must know the consequences after the disaster, judgment about the site context, the ability to make quick decisions with limited information about the site context, should be active, flexible, creative, and should incorporate the entire community.

    Stages of Disaster Relief Architecture

    Disaster preparedness or Stages of Disaster Relief Architecture has links with an effective response to post-disaster recovery. However, its influence on housing strategy is not much explored in literature.

    Considering the lackluster disaster preparedness in India, it seems safe to assume that the post-disaster housing strategy is intuitive. It depends on the scale and damage intensity of the disaster.

    While sheltering refers to a place to stay during the immediate aftermath of the disaster suspending daily activities, housing denotes the return to household responsibilities and daily routine. Based on this distinction, the four stages are:  

    Emergency shelter 

    Emergency shelters include a place where survivors stay for a short period during the height of the emergency, which can be in the house of a friend or a public shelter. This kind of shelter rarely allows for the extensive preparation of food or prolonged medical services.

    Temporary shelter 

    Used for an expected short stay, ideally only a few weeks after the disaster, this may be a tent, a public mass shelter, and so on.

    Temporary housing 

    Temporary Housing is a place where the survivors can live temporarily, usually planned for six months to three years, returning to their normal daily activities, and can take the form of a prefabricated house, a rented house, and so on.

    Thus, temporary housing can be defined as an object or physical structure where people live after a disaster, a part of the post-disaster re-housing program, and a place that serves to shelter people from the disaster until their resettlement in a permanent place.

    Permanent housing

    Return to the rebuilt house or resettle in a new one to live permanently.

    Many times, the difference between housing and shelter is blurred. It is difficult to set an exact duration for such a shift from a shelter to a house, since housing is a physical element and a place that emotionally connects its inhabitants.

    History

    The origin of temporary buildings

    crystal palace
    Photo of Crystal Palace by Bureau International des Expositions

    Temporary structures can be traced back to the portable tents of nomads. With the development of construction technology, temporary structures have begun to come to a new type of architecture. These types of structures are frequently accompanied by the need for rapid construction. 

    After World War II, the demand for a reconstruction of housing and other structures rose extremely in many countries. 

    For example, in 1851, it only took less than 9 months to complete the construction of the Crystal Palace at the London World Expo, which can also be disassembled and transported to another place for reassembly. In the 1960s, many simple structures composed of precast concrete boxes appeared in the United Kingdom and Europe.

    Japan surfaced as “metabolism” engineers who promoted prefabricated structures and proposed that civic structures should be renewed like natural cell metabolism, an organic evolutionary process of constant extermination and creation. For illustration, Nakagin Capsule Tower, the world’s first capsule structure, is a masterpiece of this type of prefabricated assembly technology practice.

    The enhancement of social productivity has brought about an unknown consumption period. The construction assiduity also showed some analogous characteristics after the 1960s. A large number of structures were demolished decades or indeed times after they were erected. Their update speed has been important faster than any former period.

    The transition from fast to portable and from disposable to recyclable

    building emerging shelters
    Photo by Archdaily

    In the past trends, designers and engineers have focussed to concentrate more on the “fastness” of construction; and at the same time, because of the constraints of objective conditions, non-recyclable materials such as concrete were used as the main body of numerous constructions. 

    After this surge of temporary structures, numerous scholars and designers called for a better design approach in response to numerous problems, like rigid structures, waste of materials and other resources, and so on. 

    By assessing the characteristics and trends of the rapid construction of temporary structures, the current focus has shifted from one-sided “fast” to “convenient” and from “disposable” use of materials to an “economically recyclable” trend. 

    Key Points To Consider while Planning a design Shelter

    Planning shelters

    The most effective strategies for emergency shelter consider the entire shelter cycle, including the root causes of emergency and interim shelter requirements; its accessibility; resources, and services required to construct and run it; and how they will transition into a long-term casing. Focusing solely on the provision of shelter can lead to hamstrung use of resources and inefficiency, especially when the situation leading to the need for shelter could be averted or eased. 

    Equal community participation

    Those most likely to be affected should be involved in planning the shelters — rather long before a disaster occurs. Participation by original leaders, vulnerable populations, and communities is essential for any recovery plan to work. Communities recover as communities, not as individualities. 

    Prioritise the stakeholders

    Plans should be designed to meet the requirements of the most vulnerable first. Emergency and interim sanctum should be designed to meet the requirements of those who need the most support. Aged grown-ups, people with disabilities and functional requirements, and women and girls come much more vulnerable when exigency and the interim shelter are needed. 

    Involvement of Private agencies

    Even in developed nations, private philanthropy plays an essential part in the reconditioning of communities. Government backing and insurance only go so far in meeting requirements, particularly when there have been multiple major disasters, or the affected area is veritably large. 

    Special consideration for urban areas

    In the time of a disaster, there may be further debris from affected structures, in addition to the damage to roads and other structures. Urban areas may also include a higher chance of vulnerable or resource-poor populations, with the lower capability to repel or recover from disaster on their own. 

    Efficient Planning

    Improved, efficient planning and a smarter structure can act as mitigation. In Bangladesh, for illustration, a nation heavily impacted by periodic cataracts, communities have worked with non-governmental associations (NGOs) and others to raise houses above deluge situations; establish deluge harbours that can accommodate up to 300 families each; make raised- tube wells for clean water; ameliorate warning dispatches and keep deliverance boats ready. 

    Learn from history

    A lot can be learned from one experience, both domestically and internationally. There are numerous openings not only for the study of stylish practices but also for working toward the perpetuation of those practices in vulnerable communities worldwide. 

    Inspiring Examples of Post Disaster Architecture

    Paper Temporary Shelter

    post disaster architecture
    Photo by DesignBoom

    Paper temporary shelters were constructed at Daanbantayan, Cebu, Philippines, following the devastation of Typhoon Haiyan (locally called Yolanda) in November 2013. The construction methods of previous paper log house projects (in Kobe, Turkey, and India) were very complicated and time-consuming to create in high volumes. 

    In this design, the connection system of the Paper Partition System, developed for making partitions within evacuation centers, made it possible to simplify the construction, thus shortening the construction period. The foundations were made up of beer crates crammed with sandbags, and floor panels were made up of coconut wood and plywood. A readily used woven bamboo sheet was applied to the paper tube structural frame, and therefore the roof may be thatching of Nypa palms laid over plastic sheets. 

    Temporary House By Shigeru Ban Architects

    New Temporary House design is a low-cost casing action that is characterized as follows: 

    1) Perfecting casing condition of developing countries creating new employment. 

    2) Exporting units as relief casing to the countries after disasters. 

    3) FRP structural panel is easy to make indeed by non-skilled workers.

    Hex-House

    hex house
    Photo by Dwell

    The Hex House is a revolutionary system by which high end design of sustainable structures is made economically and physically accessible to the general public. By streamlining the construction processes to their bare rudiments, and allowing the end-users to be part of the process using well-designed, prefabricated elements, a quality structure can be realized at substantial cost savings. 

    The Hex House is conceived as a sustainable, fleetly deployable structure grounded on Structural Insulated Panel technology which can be packed flat-pack and fluently assembled. It has the inflexibility to be both an endless or a temporary structure. 

    The structure’s capability to be fluently modified with minimum dislocation gives families the capacity to expand their space over time. Sustainable features like solar panels, unresistant cooling, rainwater harvesting, and composting & biogas toilets give families more independence, minimize their carbon footmark, and add functional savings.

    Weaving a Home

    emergency shelter
    Photo by Trend tablet

    Architect Abeer Seikaly’s abstract emergency shelter is composed of “high-strength plastic tubing that’s molded into a sine-wave curve and woven into a supple fabric membrane, a specialized, structural fabric that expands to enclose and contracts for mobility. 

    “The concave tubing allows for services similar as heat, electricity, or running water and are suitable to acclimatize to colorful climatic conditions. Seikaly poetically describes her design stating, “Deportees carry from their homes what they can and migrate in unknown lands, frequently starting with nothing but a roof to call home. In this space, the deportees find a place to break from their turbulent worlds, a place to weave the shade of their new lives.”

    Just a Minute Shelter

    just a minute shelter
    Photo from Archdaily

    The ‘Just A Minute shelter’ by Italian firm Barberio Colella was designed in response to the 2015 earthquake in Nepal. As similar, the engineers sought to use original Nepalese accoutrements to fashion a house that can be” erected snappily, featherlight and compact to transport, durable, and profitable.

    The shelter combines an OSB central core with a deployable bamboo structure covered by recycled hair sequestration and a surface membrane of double white Juta. Atop that’s a leakproof membrane to further cover the structure from the rudiments. Energy tone- adequacy becomes possible with the addition of solar and photovoltaic panels to the roof.

    Tentative

    tentative
    Photo by Design Indaba

    The idea behind Tentative by Designnobis is a compact, each-by-one emergency shelter suitable for any terrain or climate. Conforming of a rainfall-resistant cloth that’s crocheted together, Tentative holds separating perlite squeezed between layers and held by an aluminium frame.

    The roof collects water, as well as furnishing lighting and ventilation, while the bottom is made up of heat- separating recyclable compound balconies. When compacted, the sanctum is fluently transmittable at 4 measures long, 2 measures wide, and only 30 centimeters altitudinous, growing to 2.5 measures altitudinous when at its full size.

    Pop-Up Places Of Worship

    locas boyd
    Photo by LakaReacts

    Scholars Lucas Boyd and Chad Greenlee designed an offer of pop-up churches, bethels, and kirks for those fleeing conflict in exile camps. They believe that, “While places of deification don’t give an introductory need for an existent’s natural survival, they do represent an abecedarian aspect of not only an existent’s life beyond mileage, but an identity within the collaborative, a familiar place of being — and this is a commodity that we consider synonymous with being mortal — a demand for the continuity of culture.

    By distilling the iconography of sacred spaces, Boyd and Greenlee have created minimum yet fluently recognizable sacred spaces. Pop-Up Places of Worship embody the significance of fastening on the emotional requirements of those displaced, rather than simply a physical sanctum.

    Conclusion

    The best way to achieve long-term resilience is through development phases that create needed resources and establish sustainable construction techniques in disaster hit areas. The goal is to reach the disaster area and quickly and efficiently establish the necessary shelter and infrastructure.

  • Less is More: The Perfect Guide To Modern Minimalist Architecture

    Less is More: The Perfect Guide To Modern Minimalist Architecture

    Introduction

    Minimalist architecture has shaped structures for over a century. Embracing new accoutrements and rejecting ornamentation, the modern movement predicated minimalist architecture through rational use and function.

    Though minimalism is a bit polarizing — critics mock it for feeling too cold and empty — it’s an influential style that pervades not only ultramodern and contemporary armature but also innards, graphic design, and the visual trades.

    Minimalist armature surfaced from the Cubist-inspired movement of De Stijl and Bauhaus in the 1920s. It began as stripping off decoration from design and using the bare essential rudiments. Engineers like Ludwig Mies van der Rohe believed that minimalism reveals a space’s true substance, furnishing it with the maximum power.

    History

    1800-1850: Introduction of Simple Living

    A visionary gospel emerges in America and is vulgarized by the likes of Ralph Waldo Emerson and Henry David Thoreau.

    They held the romantic view that sapience and understanding can be gained through solitariness and simplicity, similar to illustrated in the book Walden.

    While not stated as minimalism, this fresh approach was believed to be a megahit in the coming times.

    1920-1930: The Elevated Design Period

    The ultramodern style that the word minimalism is most associated with was heavily told by the Bauhaus School’s ideal of balancing beauty with the use of product design.

    In the Bauhaus Era, preceptors and scholars of the academy offered a volition to uninspiring cultivated products and reimagined the part art could play in society.

    To this day, Bauhaus remains one of the most influential design movements of all time, having married functional design with aesthetic pleasure to produce an ultramodern art form that could bring beauty to everyday objects and beyond.

    1960-1970: Expansion Of Minimalism

    The roots of minimalism in architecture are frequently traced back to the late 1950s. The movement was a response to new styles of architecture and life that were being cultivated in the United States.

    In the U.S. in those post-WWII smash times, there was a movement towards large and inordinate styles of structure. During this period, prepped cities and cavernous supermarkets popped up each over the chart, and there was a trend towards the ornate. Minimalism developed as a response to the decreasingly marketable and consumerist cultures that were being reflected in the design.

    Although minimalist art (which is occasionally known as verisimilitude art) has its roots in America, the minimalist armature was born away. Northern Europe, particularly Scandinavia, and Japan, are important in the history of minimalist design, and in fact, these places continue to be among the biggest clasp of minimalism.

    1980-2000: Adaption of Simple Living

    The coming stage of the history of minimalism saw an ongoing increase in simple art and simple living movements.

    Sympathizers of “slowness” repel the ultramodern idea that the fast accession and accumulation of further effects or gests is even better. They believe quality is preferred over volume and conforming your life to a further deliberate pace will help you get the most out of it.

     2000–Present: Minimalism Becomes Mainstream

    Blogging came mainstream and lawyers of simple living, good design, and the colourful slow movements started using the medium to partake their ideas. Suddenly, minimalism came to the de facto term used across these communities.

    People started writing about minimalism in different areas of life. Hey, we easily jumped on the crusade too. Still, while well-meaning, occasionally these rules have adverse issues.

    If someone tells you they’re a minimalist, you can’t assume you know what they mean. And indeed, if their description is analogous to yours, their interpretation may still be country miles down from your thinking. A now-ubiquitous term has led to confusion and conflict that overshadows its positive connotation.

    Characteristics

    Minimalist architecture is based on the concept of clean, simple yet elegant spaces. Some characteristics of it are as follows.

    Minimalist architecture
    Photo by Phil Beard from Archeyes

    The Farnsworth House by architect Mies Van Der Rohe showcases minimal architecture. Using clean lines in the exterior using geometric shapes and a monochromatic palette with simple materials makes it an iconic example of minimalist architecture.

    Geometry and Clean Lines

    Minimalism is about the reduction of what is needed, and in architecture, the essential is the form of the structure. Reduced indeed further, the structure blocks of these structures are all figures and lines — and that is exactly what you will find in the minimalist architecture.

    Structures designed on the concept of minimalist architecture follow basic geometric shapes and sharp lines, yet they do not seem boring. In fact, minimalist engineers frequently produce drama by combining pruned-down geometric forms and playing with scale.

    Simple Materials

    Minimalist architecture focuses on reducing the ornamentation and this is not only limited to décor and detailing, it also focuses on materials. Simple materials which do not turn the focus away from the form of the structure are usually used.

    Materials like steel, glass, and concrete are the most commonly used materials in this type of architecture.

    Limited Ornamentation

    The concept behind minimal architecture is reducing ornamentation to bring out the true essence of its form, materials, and décor. Architectural detailing like carvings, corbels, friezes are not a part of this type of architecture.

    Monochromatic Palette

    Minimal architecture also means avoiding bright, bold colour palettes that might suppress other elements’ essence. Usually, monochromatic neutral palettes of white, beige, grey, brown are used. These neutral tones help ensure the idea of minimalism is still intact.

    Symmetry and Balance

    Visual balance is one of the most important features of minimal design. To achieve visual balance, symmetry, uniformity, repetition become crucial elements. They can be applied to the layout of furniture, overall décor, or lighting all around.

    Clean, Light-filled space

    Some of the important fundamentals of this type of architecture are clean, open, and light-filled spaces. Using a neutral colour palette, light colour tones for walls, clean modern detailing, and the right number of accessories and uncluttered spaces gives the design a calm, attractive, and interesting appeal.

    The spaces inspired by minimalism are airy, uncluttered, and have an artistic touch within the boundaries. Right play with natural light can make the space feel warm and breathable.

    Principles

    minimalism
    Photo from Malabar

    An apartment in New York that explores minimalist architecture through simple materials, a neutral colour palette and one emphasized feature.

    Quality Over Volume

    While creating a minimalist design, be sure to invest in quality rather than volume. It isn’t necessary to spend lower on minimalist design. Choose developer lights and fittings, high-quality storehouse spaces, and so on to embellish the house without cluttering.

    Multiple Materials

    The minimalist design style must intrigue the people. Traditionally, in minimalist design, always soft colour tones are used but choose a texture with different like glass, oil, cloth, timber, and crockery. This design style is about the combination of form and function, which can be achieved by rich textures in a functional home item.

    Standout Piece of Furniture

    Find and select a hero piece of furniture, let it emphasize. Now choose the accessories and decorations in combination with the standout piece. The furniture should keep the principle of form and function and a simple line that can connect with the interior design.

    Art as a Focus Point

    In a space, let a piece of art dominate. In a space with simple ultramodern cabinetwork, accessories, decorations, and neutral colour palettes used, add a dominating piece of art, whether with bright colours, textures or designs.

    less is more
    Photo by Saudi_apt from Behance

    An Emphasized Element

    In designing minimalism, add an element that’s emphasized in the room. For illustration, mix a neutral colour tone like grey, white or brown and so on with a discrepancy colour that’s a piece of furniture, a piece of art, accentuation or point wall, a large decoration piece, and so on. It should catch the eye of a person entering the room by drawing attention to a commodity that’s redundant, special, and unique.

    Simple Furniture

    There’s a large variety of furniture available. It’s better and sensible to choose pieces that are minimum and simple in design. So, the other effects can catch the centre of attention like a piece of art.

    Let The Views Speak

    If the home with minimalism features has a remarkable and exceptional view, minimize or reduce the size and volume of complications of the inner space. Let the view be the focal point. Keep the design simple, remove the gratuitous or unwanted details.

    Plenty of Open Space

     In minimalism, there’s a plenitude of open space in the home. Avoid the desire to fill up all the space in the room with décor and accessories because there’s plenty of redundant space to fill. The idea in minimalism is to have an open and wide space in the apartments to achieve a comforting and calm terrain.

    Light As Decor

    It’s also important in minimalism to use light as décor. Always use lights smartly and efficiently in minimalist homes. Avoid chunky chandeliers as they’re the worst agonies of a minimalist home design. Choose the ornamental, stunning lights that are a workshop of art in themselves and they can round the design of the minimalist innards.

    Design Tips

    furniture
    Photo from Pinterest

    Keep it simple

    Every element of design should be simple and essential. Everything should be functional and straightforward, be it furniture, lights, or materials.

    Choose Neutral Colour Palette

    The colour palette should comprise calming, neutral tones which do not hinder other elements’ beauty. A neutral and light colour palette also results in the space looking larger visually.

    neutral color palette
    Photo from Pinterest

    Use Clever storage solutions

    Minimalism is not only limited to materials and décor; it also involves storage spaces. This doesn’t mean reducing the number of belongings, but smartly using spaces to store them. This can include ottomans with storage, storage spaces on floors, flexible furniture pieces and so on.

    Minimise Accessories and Decorations

    The accessories and decor in minimalist design are simple and nominal. They can be of bright and bold colours, as they are small in size and number. The idea is to let the true beauty of every accessory piece come out.

    Pros of Minimalist Architecture

    Open Spaces

    Minimalism is synonymous with the decluttering of things and thus functions well to establish an important field of breathing in space. It allows the spaces to be airy, breathable, and, hence, calming. Minimalism works well for small apartments and homes as well.

    Saves Money

    The ideology behind this architecture branch is ‘Less is more’. This works for money too. As the agenda is to reduce ornamental elements and stick to the essentials, the budget also goes down. Thus, as quantity reduces, expenses also reduce. But this is not a straightforward task, except a challenge for the designer.

    Psychological Benefits

    With decluttered, airy spaces, our minds are also decluttered. Clean, crisp lines, geometric shapes, light colour palettes allow the mind to breathe and relax as well.

    Cons of Minimalist Architecture

    Expensive

    Many times, in a trial, to reduce the chaos and declutter the spaces, customised pieces are required. These lead to increased costs. But minimalism promotes one expensive thing rather than a variety of cheap ones.

    Maintaining the theme

    This type of architecture requires following a particular theme and a palette throughout. This can be a nightmare for people who collect different pieces and showcase them as many times as it might not go well with the theme.

    Boring to some

    Neutral colour palettes, simple materials and clean lines can be boring for some people. The monotony of a space, which is the concept of minimalist architecture, can be soulless to some. Less use of colour adds to the same.

    Iconic Examples of Minimalist Architecture

    Donald Judd’s House, New York, USA, 1968

    Donald judd
    Photo from Divisare

    Donald Judd was an American art critic. The house was envisioned as not just a place to live, or a place to work, but the spaces themselves were very much a part of his oeuvre. The house should stand as it was, encouraging the visitor to contemplate and behold the object, without alluding to anything more. It was a whole experiential and sensory experience.

    Okinawa House, Okinawa, Japan, 2013 -2016

    Okinawa house
    Photo from Dezeen

    Okinawa House is a residence in Japan, designed by architect John Pawson on the concept of minimalism. The house explores the sense of horizontal and vertical expansiveness by combining single and double-height spaces within a form that is closed and tapered to the rear, but to the front flares and opens like an eye over the headland, with the ground floor level raised to optimize sightlines to the ocean.

    Wabi House, Puerto Escondido, México, 2016

    Wabi house
    Photo from Archdaily

    In Mexico, this waterfront compound was designed by Japanese architect, Tadao Ando. This house is a perfect example of balance between melding of contemporary, simplistic forms and traditional, time-honoured techniques. Tadao Ando used distinct, native materials to create a space that cannot be created elsewhere, such as marmolina (granite/marble mix) as well as parota (a Mexican hardwood) for the flooring.

    The Therme Vals, Vals, Switzerland, 1996

    Therme Vals
    Photo from Archdaily

    Designed by Peter Zumthor, The Therme Vals is a hotel built over the only thermal springs in the Graubunden Canton in Switzerland. The Therme Vals is built from layer upon layer of locally quarried Valser Quarzite slabs, which became the inspiration for stone material and cave like form. It is a complete sensory experience designed in one.

  • Greenhouses: A Sustainable Growing Trend in Architecture

    Greenhouses: A Sustainable Growing Trend in Architecture

    What is a Greenhouse?

    A greenhouse (also called a glasshouse, or, if with sufficient heating, a hothouse) may be a structure with walls and roof made chiefly of transparent material, like glass, in which plants requiring regulated climatic conditions are grown. These structures range in size from small shanties to artificial-sized structures. An anatomic hothouse is known as a cold frame. The interior of a greenhouse exposed to sunlight becomes significantly warmer than the external temperature, protecting its contents in weather.

    Numerous marketable glass glasshouses or hothouses are high-tech product installations for vegetables, flowers, or fruits. The glass greenhouses are crammed with equipment, including screening installations, heating, cooling, and lighting, and should be controlled by a computer to optimize conditions for plant growth. Different techniques are then used to evaluate optimality degrees and comfort ratio of greenhouses, such as air temperature, relative humidity, and vapor pressure, to coproduction risk before the cultivation of a specific crop.

    Purpose of Greenhouse

    Greenhouse functions as a shield between nature and what you’re growing and thus allows growing seasons to be extended also as possibly improved. They provide shelter from excess cold or heat, also as pests. While we use it tongue in cheek, the term “greenhouse effect” regarding our earth is a more complex and serious consideration for our global environment, but for the home gardener, the effect of a greenhouse on plants is often very positive. 

    The idea behind a particular sort of greenhouse is to make an area stay heat. The structure impedes the flow of thermal energy, and therefore the sunlight that passes through the transparent “walls” of a greenhouse heats the bottom within the greenhouse, which radiates warmth and heats the air. Or, if an excessive amount of heat may be a problem, a greenhouse can assist you in creating or regulating a more temperate environment for plants by adding a cooling mechanism.

    History of Greenhouse

    A greenhouse is one of the foremost striking elements in a garden. They became very fashionable during the 19th century: wealthy households were keen to incorporate them into their architecture. Maybe this is because greenhouses represent the idea of architecture as a space of desire more than anything else.

    They’re also an architecture inescapably linked to European conglomerates. Exotic plant species were being exported by explorers, botanists, and navigators to the old continent around the 17th century. The conservation of those plants outside their original climates was the idea of sure experiments with solar heating, using passive techniques because of glass technology.

    Even before that, the love for foreign plant species had been born in special architectures that might allow cultivation in non-native climates. Shelters were common, covering plants and lifting them from the bottom to guard them against the cold. Trees that would be moved and detachable roofs were often used. 

    The technical development of glass in the 18th century was one of the reasons greenhouses became popular. The bourgeois class was growing and it would not imitate the customs of the aristocracy, which had spread the eagerness for fashionable gardens. Climate control systems (lighting, ventilation, heating, and irrigation) were made more efficient. At the same time, structures were radically modernized. New metallic uprights slimmed-down architecture, thus increasing the entry of sunshine and therefore the dimensions of indoor spaces.

    Types of Greenhouses

    Greenhouses are categorized in different ways.

    Based on temperature

    The spectrum of structures that supported the environmental temperature needs includes the subsequent types:

    Cold Houses (Temperature: Falls below freezing)

    Protect plants, but temperatures still can get below freezing because this sort of greenhouse has no additional heat source installed. The purpose of cold houses is to increase the season within the spring by allowing starting crops earlier and in the fall by allowing crops to grow longer.

    Cool Houses – (Temperature: 45-50F)

    This type of greenhouse will protect plants that cannot survive extreme cold can by maintaining a temperature above freezing point.

    Warm Houses – (Temperature: 55F)

    Allows for a broader range of shops to survive cold layoffs.

    Hot Houses – (Temperature: above 60F)

    Hot greenhouses are used to maintain tropical plants. To heat, they require supplemental heat. Within each of those general types, there are many other considerations. 

    The more technology that’s involved, the greater the power to precisely control the growing conditions, from temperature to water and moisture levels. Greenhouses can also be constructed simply to minimize direct sunlight (a shaded greenhouse) and not have walls, or a screen-only structure to keep out insects.

    Based on design

    Greenhouses also can be evaluated supported by the planning style. This is the fun part. Some of the normal greenhouse “architecture” include A-Frame, Dome, Gothic (arched), Lean-To (can even use the wall of a home or garage together side), and Quonset.

    Based on materials

    For the domestic gardener, the choices are nearly unlimited. Price will probably drive some of the decision-making on this, as will aesthetic considerations and your purpose. All have advantages and disadvantages. 

    Support/Framework Options

    Wood (rots easily), aluminum, iron, and plastic. Some greenhouses have curved eaves while others have flat eaves.

    Covering Options

    Glass (most precious but lasts longest, also beautiful), fiberglass (can come discolored), plastic (cheap but effective), double-layered polyethylene (must replace every 2-3 times), PVC, tempera (veritably precious). 

    Environmental Control Options

    The budget will impact what you can do in this area. Automatic controls are ideal during a greenhouse but are going to be costlier. Your options for heating equipment include an easy heater, forced-air heat, radiant heat, steam or hot-water systems, also as soil heating pipes underneath plants. Automatic watering systems for larger glasshouses are nice. Planning for ventilation is additionally essential for the health of your plants.

    Tips to Build an Efficient Greenhouse

    Greenhouses: A Sustainable Growing Trend in Architecture A greenhouse (also called a glasshouse, or, if with sufficient heating, a hothouse) may be a structure with walls and roof made chiefly of transparent material, like glass, in which plants requiring regulated climatic conditions are grown. These structures range in size from small shanties to artificial-sized structures. An anatomic hothouse is known as a cold frame. The interior of a greenhouse exposed to sunlight becomes significantly warmer than the external temperature, protecting its contents in weather. Green Building,sustainable design,solar energy,architecture,design
    Photo by Archdaily

    Orientation to the Sun

    Since the object of a greenhouse is to provide a warm, sunny spot for your plants, it must be situated properly in your yard. The optimal greenhouse orientation is facing south or southeast to capture the early morning sun. An east-facing exposure works well in utmost climates, too. 

    Try to pick a location that receives a minimum of six hours of uninterrupted sun per day. If you live in a region that receives significant snowfall, make certain the snow-load rating of the greenhouse can support a blanket of snow without collapsing.

    Glazing Options

    Glass is one of the most conventional glazing materials for greenhouses. But glass is heavy, fragile, and precious, so most DIY glasshouses are glazed with polycarbonate, tempera, fiberglass, or polyethylene sheeting.

    Panels of polycarbonate, tempera, and fiberglass are flexible, good insulators, and have excellent light transmission, although fiberglass can discolor over time. Polyethylene sheeting is veritably affordable and easy to install, but it’s not veritably tough and can be fluently punctured and damaged. 

    Frame Materials

    A maturity of greenhouse frames is made of wood or essence. Wood is less precious, easier to work with, and suitable for small-to-medium-size glasshouses. Essence is stronger and further rainfall resistant than wood, but it’s premium. Aluminum is a good choice because it’s featherlight, erosion-resistant, and strong.

    Floor Materials

    The floor of a greenhouse is often made from many materials, including gravel, wood decking, flagstone, metal grates, poured concrete, or simply bare dirt. Keep in mind, however, that a mud floor is merely practical if your yard stays bone-dry, otherwise it’ll become a muddy quagmire.

    Concrete is extremely durable, but it’s fairly precious to pour and it doesn’t drain well. A clay bottom is affordable, drains well, and can fluently be refurbished by simply adding further clay. 

    Temperature Regulation

    Being able to manage the temperature inside the greenhouse is critical because it can get stiflingly hot in summer or bitterly cold in winter. To expel hot air, use exploitable windows, rooftop reflections, or exhaust suckers. Shade clothes are used to block out solar heat gain.

    When the weather turns cold, maintain a warm greenhouse by installing an electrical heater that’s equipped with a thermostatically controlled fan. In moderate climates, passive solar systems can help keep off the cold. Fill barrels with water or stack concrete blocks inside the greenhouse; they’ll absorb the sun’s energy during the day and then release it as heat in the dark.

    Reimagining Greenhouses

    An exemplar of utilitarian design and ultramodern construction materials, the hothouse has long stood on its own as an independent typology. Yet amidst global environmental crises and a greater urgency for sustainable architecture, this type of nature-oriented architecture is gaining more attention and is consequently undergoing unprecedented transformations.

    Contemporary architects are rethinking and reinterpreting what a greenhouse is often, and the way it can best be wont to better our lives. As a result, the excellence between “greenhouses” and other typologies is becoming less clear and less relevant.

    The following systems are linked to glasshouses through their formal rates, accouterments, or construction ways. All incorporate flowers as an important component of their design. Yet all are linked also through their concerns for the natural environment, and their belief that architecture can change (and most significantly, improve) the way we interact with and depend on nature.

    Penghu Qingwan Cactus Park, Penghu County, Taiwan

    The greenhouses of the Penghu Qingwan Cactus Park are one element of a bigger project to convert a former military base into a tourist destination and residential park. Unlike traditional greenhouses, these structures preserve an existing landscape and ecosystem, whilst surrounding spaces undergo development. Each structure, constructed with different biomorphic designs, is both an area of conservation and presentation and education for the public.

    Dome of Visions 3.0, Aarhus, Denmark

    geodesic
    Photo by Archdaily

    Atelier Kristoffer Tejlgaard combined hothouse design with a geodesic pate à la Buckminster Fuller to produce Dome of Fancies3.0, a multifunctional public space. Besides hosting an excellent number of flowers, the structure incorporates lessons about sustainable design and, therefore, the relationship between architecture and the wildlife. The architects view the project not even as a building for growing plants, or as an events space — the dome is defined by its adaptability and flexibility.

    FA house, Vietnam

    FA House
    Photo by Archinect

    FA house imagines the generalities of hothouse armature applied to a domestic program, created as an addition to an old home shop, tho. A saved the being structure but boxed it in a translucent, vitrine-suchlike structure. Besides preserving the heritage of the location, the recent addition re-contextualized the house by creating a transition between interior and exterior space, with an environment conducive to growing greenery.

    The Orangery, Holte, Denmark

    The Orangery investigates the part of “utilitarian” design in discrepancy to the rich and emblematic decoration of Baroque religious architecture. Though the structure evokes the shape and construction of a greenhouse, enveloped in shrink-wrap — both innovations created to serve practical functions — it’s a recreation of a 17th-century church by Francesco Borromini. Rather than incorporating the context or iconography of the first building, the project is embedded in a large public garden, and contains a deliberate arrangement of plants, creating a radical interpretation of architectural history, also with modern distinctions between form and performance.

    Windshield Greenhouse, Paris, France

    Simple and unassuming, serre en pare-brise does not reimagine the way greenhouse architecture can be used, but in the very constitution of this architecture. Linking sustainability sweats promoting husbandry, recycling, and grassroots activism, the hothouse is comprised of used and broken auto windshields, created with affordable and accessible construction styles.

    Bombay Sapphire Distillery, Hampshire, United Kingdom

    Heatherwick Studio
    Photo by Architizer

    Heatherwick Studio designed two glass extensions to the Bombay Sapphire Distillery which playfully transfigure ideas about glasshouses, artificial armature, and contemporary modes of production. Rather than approaching greenhouse architecture as a sterile, monocultural, factory-like environment, each structure creates imitations of a special ecosystem containing plants involved in the making of Bombay Sapphire gin. The project not only promotes sustainable modes of production but whimsically connects with existing industrial structures, transforming a manufacturing plant into a site of spectacle and intrigue.

    Green Box, Italy

    Green Box, a domestic pavilion made up of a converted garage, inverts the concept of greenhouses to make a dramatic and subversive relationship between architecture and therefore the surrounding wildlife. The simple gabled and glass-boxed structure resembles a typical hothouse, except for the fact that shops don’t grow inside of it, but on top of it, and each around it, nearly fully concealing the armature beneath. The most radical aspect of the design is that rather than creating a structure to contain nature, the Green Box affirms that all our creations are eventually at the mercy of the earth.

  • Street Planning: Design for Safer and Effective Street Planning

    Street Planning: Design for Safer and Effective Street Planning

    What is the need for safer streets?

    Every year, many people become victims of crime, ranging from small and relatively insignificant incidents of theft or vandalism to the other extreme, murder. Those who are victims of criminal acts suffer, to greater or lesser degrees, and that victimization can profoundly impact a person’s mental and physical health, feelings of safety and security, and self-esteem. The damage done to victims of crime is often long-lasting.

    Globally, 1.24 million people are killed in traffic crashes per annum. This number is predicted to stay rising as vehicle fleets grow, to become the 5th largest explanation for death by 2030. Most of those deaths happen in and around urban areas with a lack of street planning, disproportionately affecting vulnerable road users like pedestrians and bicyclists.

    The percentage of the world’s residents living in cities is additionally on the increase, from 50 percent in 2007 to 70 percent in 2030, making it vital for cities to address the need for safer street planning. Traffic crashes also exact an economic toll. In some countries, similar to India, the profitable cost of business crashes equals 3 percent of the nation’s Gross Domestic Product. 

    Streets as Human Scale

    street planning
    Photo by TheCityFix

    If we seem at streets as places, instead of through-ways, we see them because of the deeply human spaces that they’re. Places of commerce, work, recreation, and play, streets are one among the foremost fundamental public spaces with which we interact on a day-to-day basis. Safe streets for walking must be considered as a basic right, as long as, for many, walking is one among the primary skills acquired in childhood, and one among the last things abandoning of in adulthood.

    Streets can encourage druggies to expect and accommodate real mortal geste. While these approaches are a launch to further aware thoroughfares, they bear adaptations to ensure the safety of people of all periods and capacities. 

    Even in cities that aren’t prepared to eliminate traffic lights and signage, residents have caught on to the necessity to humanize streets through better design, championing fundamental changes like narrowed lanes for automobile traffic and expansion of motorcycle lane networks. Another safety measure that must be adopted is the use of guardrail

    Common Causes of Traffic Fatalities

    causes of traffic fatalities
    Photo by ResearchGate

    Many traffic injuries are directly related to design. Conditions become worse with the addition of speed. Common causes for traffic fatalities include the following:

    Lack of Sidewalks

    When the sidewalk is blocked, narrow, or non-existent, pedestrians are forced into the roadbed. This presents a specific threat when the road is meant for fast-moving vehicles, and not designed to accommodate all users safely.

    Lack of Accessible Crossings

    Pedestrians are in danger of being struck when accessible crossings aren’t provided or are inaccessible. Mid-block pedestrian crashes are quite common on large streets, where vehicle volumes and speeds are prioritized over sufficient opportunities for safe crossing.

    Lack of Protection

    Wide, multi-lane thoroughfares without retreat spaces expose climbers to moving vehicles for longer distances as they cross the road. This is particularly unsafe for seniors or those who move at a slower pace. 

    Lack of Predictability

    When signals and countdown clocks aren’t provided, or when signal cycle lengths end in an extended wait time, pedestrians are unable to securely judge the time they need and are more likely to cross unsafely.

    Lack of Cycle Facilities

    Cyclists are in danger of rear-end and overtaking crashes when mixing with automobiles at moderately high speeds, especially on multi-lane streets.

    Poor Intersection Design

    Large intersections are frequently designed for dangerous, high-speed turning. Lack of visibility results in poor navigation and assessment of different druggies’ movements.

    Unsafe Boarding Areas

    Conveyance riders are at threat when boarding and alighting vehicles in business, especially if no safe installations are handed. Higher-speed streets and poor intersection design near boarding areas increase chances for severe crashes and put vulnerable users in danger.

    Surface Hazards

    Obstacles and face declination, including potholes, can present hazards to climbers and cyclists. 

    A New Paradigm for Safety

    The new paradigm for safety is made on human limits. The physical body is fragile and may only survive certain forces. This means:

    • Reducing exposure to the threat of conflict

    • Reducing crash numbers and the severity of impact 

    • Reducing speed

    • Shaping streets that are safe for vulnerable users

    Design Principles

    Urban design that reduces the necessity for vehicle travel and fosters safer vehicle speeds

    Develop mixed land uses, smaller blocks, ground-floor activities, and nearby public facilities that reduce overall exposure to traffic crashes from less vehicle travel.

    Measures that reduce vehicle speeds and allow safer crossings

    speed humps
    Photo by World Resources Institute

    Integrate proven measures like speed humps, chicanes, chokers, refuge islands, traffic circles, shared streets, and other street design applications which will reinforce safety.

    Arterial corridors that ensure safer conditions for all road users

    arterials
    Photo by TheCityFix

    Improve arterials and other main streets to make sure the security of pedestrians, cyclists, mass transit also as automobile drivers through reduced crossing distances, lead pedestrian intervals, refuge islands and medians, safe turning movements, and lane alignments. Consistent designs should create a forgiving road environment with the smallest amount surprises for the road user, especially for vulnerable users.

    Special street planning for a well-connected network of bicycling infrastructure

    Design accessible, bike-friendly thoroughfares that include defended bike lanes or cycle tracks and connected networks. Pay special attention to reducing conflicts at junctions between cyclists and turning vehicles. 

    Safe pedestrian facilities and easy accessibilty to public spaces

    Provide quality space for pedestrians through sidewalks and street space, also as access to parks, plazas, schools, and other key public spaces. These spaces should be designed to be attractive for pedestrians.

    Safe access to mass transport corridors, stations, and stops

    transit
    Photo by World Resource Institute

    Improve access to transit, partially by avoiding physical barriers. Create a secure and secure interchange environment.

    Examples of well-designed streets in the world

    Buenos Aires, Argentina

    La Feria de San Telmo in Buenos Aires, Argentina is exemplary of the types of informal uses that make up the stylish thoroughfares in the world. Packed with vendors, the road connects to Plaza Dorrego and to varied nearby historical sites.

    San Antonio, Texas

    In San Antonio, Texas, the Pearl Brewery has become the middle of a pedestrian-oriented plaza, built without curbs and with strong, walkable connections to surrounding neighborhoods. With ample space for food vendors, play elements sprinkled alongside walkways, and a nod to a historic acequia within the space, the Pearl Brewery has become a walkable destination for food and drink.

    Union Square, New York City, USA

    New york
    Photo by Dreamstime.com

    New York City’s Union Square is a unique destination, with a greenmarket, ample seating, and open spaces used for kick and performance, likewise. A 2010 street reconfiguration created new pedestrian-friendly plazas, giving thanks to criss-crossable streets surrounding the square. Integrating exertion around the edges of the space made it safer for cyclists and climbers, and created stronger liaison between the square and girding blocks.

    Geneva, Switzerland

    Cities like Geneva, Switzerland have got rid of traffic lights, replacing them with alternative signage like yield and stop signs. With these more intentional intersections, pedestrians, cyclists, and drivers are pushed toward more mindful interactions as they navigate the road .

    Amsterdam, Netherlands

    In Amsterdam, corners are suitable to guide thousands of cyclists and climbers through easily, indeed with limited signage. The erected terrain is designed for tone- regulation and prompts cyclists to watch out for one another, as in this crossroad captured by TJ Maguire, using body language and visual cues toco-navigate Amsterdam’s celebrated thoroughfares. 

    Examples of ongoing projects for improving street design

    Architect Ben Hamilton-Baillie

    Architects like Ben Hamilton-Baillie have caught on to this challenge, and argue that over-regulated and over-designed thoroughfares are part of the problem. In advocating for getting rid of “standardized signs, lines, cameras, barriers, and invasive traffic engineering,” Hamilton-Baillie makes the case for removing some of the formality and signage baked into the modern street design. Rather, the inflow of business could be governed by social relations as “micro” as eye contact between motorists and climbers. By designing for further aware relations, Hamilton-Baillie’s work has converted thoroughfares in places like Poynton Village and Exhibition Road. 

    Fortaleza, Brazil

    In Fortaleza, Brazil, NACTO GDCI retrofitted road spaces with protections like parking buffers and machine stop interchanges to reduce business losses and repurposed under-employed parking areas as a rambler galleria. Perceived safety bettered nearly incontinently, with rates of rambler use and road play soaring. 

    Hailey, Idaho

    Meanwhile, Hailey, Idaho is experimenting with parklets that expand sidewalk space, and Seattle is introducing alternative approaches to erecting rambler crosswalks. By starting with the way our thoroughfares are designed, metropolises can reshape the everyday experience of climbers and cyclists.

    Nashville

    Any strategy for humanizing streets must also specialize in enforcing the accountability of drivers. Activist groups like Transportation Alternatives have supported a crusade for speed cameras in New York City academy zones. Though political gridlock stymied the program at the state level, the campaign started an important dialogue round the proven success of speed cameras, and therefore they got to concentrate on the vulnerability of children on city streets. The conversation around about-face doesn’t stop there: Cities like Nashville are considering lowering default speed limits by 5 miles per hour — a big difference for vulnerable users.