ROBOTS

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Automation in the City, Architecture, and Healthcare

Robots have long been a subject of fascination for human beings. Since the industrial revolution and the invention of the first computer, people have pondered the idea of creating a humanoid machine that would assist us in the burden of labor.

Anne Francis and Robby the Robot
Forbidden Planet, 1956

Robots feature in movies throughout the 20th century as crucial players in future societies. This fascination has remained relatively separate from architecture since robots first appeared in popular culture in the 1950’s. In the 1960's, neofuturistic architecture group, Archigram, used robotic imagery in pop collages to explore colorful and playful futures, but the technology remained too nascent to make the leap into the built environment.

 

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Walking City and Manzak
Archigram, 1964

 

Before we dive into how that’s changing, let's first define what a robot is…

ro·bot
noun

a machine capable of carrying out a complex series of actions automatically, especially one programmable by a computer.

  • (especially in science fiction) a machine resembling a human being and able to replicate certain human movements and functions automatically
 
 

Robots in Security

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Knightscope K5 is robot that has recently appeared in San Francisco. Founded in 2013, Mountain View-based Knightscope markets its robots as crime deterrent devices.

According to San Francisco Police Department's CrimeMapping tool, police received reports of over 134 alleged crimes within a quarter mile of the intersection of 8th and Harrison Streets during the month of July this year. That included 27 cases of assault, 16 vehicle break-ins, and 8 motor vehicle thefts in the vicinity.

 

A gas station located at the 8th and Harrison intersection recently added a Knightscope K5 to their premises in an effort to reduce vandalism on their property.

Among other things, the bot is designed to scan license plates (“get alerts when terminated employees, trespassers, or domestic abusers are found in your parking lot”), and each of its four-way cameras notifies passersby that they’re being recorded. The K5 weighs 400 pounds and stands over five feet tall, so theft of the unit itself is unlikely. At a monthly rental rate of $6,500 per month, the K5 is more affordable than hiring security personnel. The maximum speed of the bot is just three miles per hour, slightly slower than the average human walking speed, so it wouldn't be much good for chasing down offenders. It's intended purpose, rather, is to deter criminal acts through surveillance.

For more rugged, multi-terrain applications, Knightscope is currently developing the K7. Airports, prisons, power utility substations, and solar and wind farms are some of the spaces that the K7 is envisaged to protect.

 
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Robots in Food

Creator SF

On June 27, 2018, the world's first robot-made burger restaurant, Creator, opened its doors in San Francisco. In five minutes, the machine accomplishes every part of the burger’s preparation, from slicing and toasting the brioche buns to grinding meat and searing the burger to order. It can make 120 burgers an hour, sold for $6 each. With fewer human laborers, Creator can afford to spend more on high quality ingredients while still delivering a burger at a remarkably low price point. Its initial launch featured menu creations by renowned chefs, including Bar Tartine's Nick Balla and Top Chef contestant Tu David Phu.

 Photo: Creator

Photo: Creator

Replacing humans?

Some tasks are better suited to be performed by robots than humans. Ingredients may be sliced by robots with 1 millimeter precision. Sensors can determine the ideal cook temperature of foods. The process is not entirely devoid of humans, however. At Creator, as many as nine human "robot attendants" may be working on the floor at a time.

 

Robots in Architecture

DFAB House

In Zurich, Switzerland, ETH Zurich University researchers are building the first house in the world to be designed, planned and constructed using digital building processes. The DFAB house is a three-story complex that employs five novel digital building processes:

 
  • the In situ Fabricator, a two-meter robot that moves around autonomously on crawlers manufactures the double arched steel wire grids used as the formwork for the load-bearing walls 
  • Mesh Mould, a formwork-free, robotic process for steel-reinforced concrete structures;
  • Smart Dynamic Casting, an automated concrete slip-forming process;
  • Smart Slab, integrated ceiling slabs fabricated with a large-scale 3D sand printed formwork; and
  • Spatial Timber Assemblies, a pre-assembled timber structure put together by several interacting robot
 Photo: NCCR Digital Fabrication/ETH Zurich

Photo: NCCR Digital Fabrication/ETH Zurich

ICD/ITKE Research Pavilion 2016-17

 Photo:  MSeses

Photo: MSeses

Researchers and students at the University of Stuttgart in Stuttgart, Germany used robot arms and drones to build a carbon fiber pavilion whose structure is based on the silk hammocks spun by moth larvae. The 39-foot structure is made from woven resin-impregnated glass and carbon fiber. The University's Institute for Computational Design (ICD) and Institute of Building Structures and Structural Design (ITKE) oversee an annual pavilion series that studies the capabilities of carbon fiber as a building material. Previous structures were restricted by the limitations of the robotic arms used, so the team opted to use drone technology to take advantage of the structural performance of continuous filaments. Two stationary robotic arms were used in conjunction with a drone to pass the fiber from one end of the structure to the other.

The possibility of entirely digitally fabricated structures causes us to rethink the overall planning and design process and provides an opportunity to exploit the advantages inherent in the digital chain of design. Labor cost, material economy, time efficiency, design flexibility and quality control must all be reevaluated. 

 

ROBOTS IN HEALTHCARE

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Mabu, a small yellow tabletop home healthcare robot is one of several healthcare robots in use today. Created by San Francisco startup Catalia Health, Mabu was designed to help chronic disease patients stick to their continued care plan. Initially launched with a focus on heart disease, Mabu acts a companion that provides appointment and medication reminders and personal coaching through automated conversation. 

 

Faced with a looming shortage of nursing care workers and a swelling elderly population, the Japanese government has been funding development of elder care robots that help with lifting, moving, monitoring, entertainment and companionship. The National Institute of Population and Social Society has projected a shortfall of 380,000 elder care workers by 2025. In Tokyo's Shin-tomi nursing home, Pepper is one of 20 models used to care for its residents.

 

Pepper is a humanoid robot from Softbank Robotics Corp designed to interpret emotions through cameras in microphones. It is used in stores to welcome shoppers and in elder care homes to lead games, exercise classes, and rudimentary conversation based on programmed dialogues.

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Paro is the name of a robotic seal (short for "personal robot") that acts as a therapy animal without the needs of a live animal. Using about 100 sensors, 10 CPUs and 8 monitors, Paro can respond to touch, speech and light  by moving its head, blinking its eyes and playing recordings of Canadian harp seals. Introduced in 2004, Paro costs about 400,000 yen ($3,800) each. 

 

While allowing robots to help care for the elderly may seem like a jarring idea in the West, many Japanese view elder care robots positively. Popular media in Japan often depicts them as friendly and helpful. Still, some criticize the practice for replacing meaningful human connections.

 
 

The future of robots

Robots have the potential to completely revolutionize the way we interact with the city, buildings, and healthcare environments. While certain industries seem ready to adapt to the robotic revolution, others approach automation with caution and skepticism. Whether or not the AEC industry embraces or rejects robots, architects will undoubtedly play an important role in how they are integrated into our future buildings and cities.

 

Innovative Solutions for Housing the Homeless

The most basic needs of our community are not being met, we are back to square one.
— Shelley Hardin Peters, Licensed Clinical Social Worker

A Brief History

The Great Depression

Homelessness first grew to a level of national concern in the U.S. during the Great Depression. Unemployment raged and shanty towns sprung up across the country. 

1970's

In the 70's, federal failures to address poverty and the inability of state and local governments to supply affordable housing amidst the growing cost of living gave rise to another significant period of homelessness in our nation's history. Reduced federal and anti-poverty poverty programs, destruction of low income housing and single residency occupancy hotels (SROs), and deinstitutionalization of the mentally ill all contributed to a rise in homelessness.

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Current Factors

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  • Approximately one third of homeless adults suffer from severe mental illness
  • Approximately one fifth of homeless adults are veterans
  • The issue of long term affordable housing is still ignored
  • Short term shelter provision, initially meant to be one element of a three party strategy for reducing homelessness, remains the primary policy of local government and non-profits

Veterans

Many veterans are homeless due to conditions like PTSD, drug abuse, traumatic brain injury (TBI), depression, and anxiety. Often veterans return home and try to transition back to civilian life, but within three years become homeless.
Former U.S. Army Medical Service Officer, Shad Meshad, who served in Vietnam in 1970, pioneered treatment techniques for what would later become known as Post-Traumatic Stress Disorder.

TENT CITIES

As income disparity grows in the Bay Area, homeless encampments are growing larger.

Photos by Grendelkhan and Shannon Badiee from Wikimedia Commons

The Jungle

San Jose, California

An estimated 4,000 homeless people live in San Jose and 7,400 in Santa Clara County. Approximately 500 are living in their vehicles. One solution from the City of San Jose is to provide safe parking lots where people can stay in their cars and get access to housing resources and long term services.

Unlike San Francisco, where tent encampments are easily spotted under freeway overpasses and on sidewalks, San Jose’s homeless often stay out of sight on the city’s 140 miles of trails, creeks, and riverbeds.

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"The Jungle" is a 65-acre area bordering Coyote Creek in San Jose and was once the largest homeless encampment in the U.S. The makeshift village was home to as many as 300 people. 

Direct discharge of human waste into streams was deemed unacceptable by the regional Water Quality Control Board. The surrounding community was concerned that the planned closing of the Jungle would disperse homeless people into neighborhoods.  In early 2015, the city closed the Jungle and undertook a vegetation and wildlife restoration project, planting willows, maples and sycamores. 

However, some feel that the larger problem has been overlooked. Robert Aguirre, a homeless activist, says, “I’m much more interested in repairing the people than the creek. Don’t get me wrong, both are important. But people should come first, and now they’ve just been scattered all around the city.”

Some have petitioned for legal camping areas for the homeless instead of evicting them from location to location.

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Cisco's $50 Million Pledge

In March 2018, Cisco pledged $50 million to fight Silicon Valley Homelessness. San Jose Mayor Sam Liccardo commended Cisco CEO Chuck Robbins for his contribution. The homelessness crisis, Liccardo said, is the “moral imperative of our generation."

"In Silicon Valley, we have all of the problem and all of the solution in the same 20-mile radius,” Loving said. “We have people who can solve homelessness, and companies that can help solve homelessness, along with thousands of people who slept outside last night."


Solutions

 

"Communities must help those without their own effective networks to knit together the pieces of a stable and purposeful life."

Currently, many government and "not for profit" services are not directly linked, so an individual can go through the cycle of entering a hospital or treatment facility, receive treatment, then be discharged back to the street only to go though the same process again within months.

"Supportive Housing" that provides access to health, mental health, employment and other services often costs less than having people drift between shelters, emergency rooms, and jails from one institution to another.

Housing First Approach

  • Provide a stable permanent home FIRST that offers support
  • Many homeless programs insist on preconditions such as sobriety or psychiatric care and moving through transitional housing before being able to be eligible for permanent housing

The Six

Skid Row Housing Trust is a non-profit developer that serves LA’s homeless population. The Trust believes that the environment plays a vital role in residents’ recovery. Good design is treated as a basic civil right. They currently house 1,800 people per year. Skid Row Housing Trust aims to provide spaces that: 1) Promote positive social interaction; 2) Feel Safe; 3) Provide Dignity; and, 4) Help gain greater acceptance for the homeless community into the larger community. 

The Six is a 52-unit complex designed by Brooks + Scarpa that provides affordable housing to homeless veterans. Completed in 2017, the Six features a green roof, a bicycle storage and workshop area, a public patio, and an edible garden. The building's public courtyard is lifted above the street by one level, which provides a pedestrian-oriented street edge and visual connection/physical separation for tenants.

We share a sense of responsibility to the city and the community to do our best to enhance the built environment
— Mike Alvidrez, CEO of Skid Row Housing Trust

ADUs

Providing incentives for homeowners to build Accessory Dwelling Units (ADUs) is one solution that may help alleviate the housing shortage. 

In 2017, L.A. County launched a pilot program to help house the homeless. They offered residents up to $75,000 to build an ADU on their property for a homeless family or individual. The County will streamline the permitting process for those who participate in the program.  While rent and utility cost will be up to the homeowner and tenants.

For this solution to work, homeowners would need to develop a willingness to share their space with others – essentially opening up their homes to strangers. In a society where we are so used to having our own private spaces, this is an obstacle that may be difficult to overcome. 

CitySpaces MicroPAD

At the same time as boasting the highest unprecedented prosperity of any metropolitan area in the country, San Francisco is also home to about 6,700 homeless people. Local developer Panoramic Interests introduced the MicroPAD for CITYSPACES supportive housing project to address San Francisco's homelessness crisis. The modular 160 square-foot units include a private bathroom and kitchenette, cost about half as much as a conventional housing unit, and can be fabricated in just four weeks.

 Photo Credit: Panoramic Interests

Photo Credit: Panoramic Interests

 Photo Credit: Panoramic Interests

Photo Credit: Panoramic Interests

Photo Credit: Panoramic Interests

While neighboring cities Berkeley and Oakland approved initiatives in early 2017 to develop compact modular units to help house their homeless residents, the city of San Francisco has yet to move forward with any such plans. Meanwhile, Panoramic Interests is looking for private sites to construct a MicroPAD development in San Francisco, with the aim of leasing the entire site to the City after installation. 

FCA Projects

Sobering Center

San Jose, California

Fong & Chan Architects was commissioned by the County of Santa Clara to design the Sobering Center, located at 151 W. Mission Street in San Jose, California.  The project involves the renovation of approximately 3,800 square feet within the existing Re-entry Resource Center Building in order to establish a permanent Sobering Center.  The Sobering Center’s purpose is to provide specialized healthcare services for individuals with chronic alcoholism that are in need of stabilization services. As an alternative to sending intoxicated individuals to jail, they can be brought to the Sobering Center to sober up and receive care.  

The program includes private staff offices, single occupancy unisex toilet and shower facilities, laundry and pantry areas, and a sobering station.  Within the sobering station, there are two distinct zones: one zone for men which contains fifteen recliner chairs, and another smaller zone for women which contains five recliner chairs. The two zones are separated by a central nurse station which allows both zones to be visually monitored from the nurse station while maintaining visual privacy between the two zones.

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Top 5 Design Trends of 2018

 
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Nearly halfway through 2018, FCA reflects on the top design trends of this year. We look at new possibilities in lighting as LED technology moves forward. We consider creative ways to incorporate elements of nature in design. We discuss the color of the year, the use of residential finishes in commercial design, and the pop-ups that seem to be popping up everywhere.

 

TREND 1:     CIRCADIAN LIGHTING

What is circadian lighting?

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Circadian lighting is dynamic lighting designed to mimic the changes in natural lighting during the cycle of the day. From morning to night, the color temperature of daylight changes. Incandescent lamps produce warmer light (around 2700 K), while “cool white” fluorescent lamps produce cooler light (around 5000 K). The color temperature of daylight starts out low and shoots up as midday approaches.  At the peak of the day, color temperature outside may be around 6000 K. As the sun begins to set, color temperature falls and light becomes warmer. Light turns from blue-white to the orange-y hues of dusk.

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Our bodies go through natural processes tied to the 24-hour clock that may be impacted by our exposure (or lack of exposure) to light. Electric lighting based on the circadian rhythm has been shown to increase productivity in work environments and improve patient outcomes in healthcare settings. Nurses and doctors may be more comfortable and may perform better, benefiting patients. In assisted care facilities, where a majority of residents often have trouble sleeping, circadian lighting may improve residents’ quality of sleep. Other benefits include increased alertness in the morning, improved concentration and mood, reduced hyperactivity, reduction in errors and accidents, and faster cognitive processing.

Today, manufacturers are offering a variety of tunable white lights – lights that can be adjusted within a range from warm white to cool white. Lights may be controlled by a user or with a control based on an astronomical time clock, so that lights automatically adjust based on location and time of year.

TREND 2:     BIOPHILIC DESIGN

Design that acknowledges our need to be connected with the natural world

Incorporating nature in design has been trending for many years. Biophilic design, however, acknowledges the many ways we can achieve this in different aspects of design.

A visual connection to nature

The most basic method of incorporating nature: provide a view to elements of nature and natural processes.

Non-visual connections with nature

This could be achieved through a water fountain producing sounds of trickling water, weather (wind, rain, hail) that can be heard, operable windows that allow natural ventilation during good weather. A nature analogue is highly textured fabric that mimics natural materials.

Non-rhythmic sensory stimuli

 Photo:  Chinnian

Photo: Chinnian

This refers to sporadic connections with nature that occur at unpredictable intervals. Cloud movement, billowy fabric that moves with wind, and shadows or dappled light that change over time are all examples of non-rhythmic sensory stimuli.

Biomorphic forms and patterns

Biomorphic forms and patterns are contours, patterns, or numerical arrangements that persist in nature. The Golden Angle is the angle between florets in some flowers. The Fibonacci series is a numeric sequence found in many living things, like the spacing of leaves on some plants.

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Material connection with nature

Natural elements that are minimally processed, like wood grains, leather, and stone stimulate visual and sometimes tactile senses.

Complexity and Order

This refers to rich designs or patterns with a spatial hierarchy similar to those found in nature. Humans have exhibited positive physiological responses to fractal geometries in found nature. Nested fractal designs expressed as a third iteration of the base design are more visually pleasing.

Prospect

Spaces with a good sense of prospect have long unimpeded views that permit surveillance over a distance. Good prospect may instill a sense of safety and control in individuals. This may be achieved through elevated planes, balconies, and catwalks.

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Risk/Peril

The risk/peril component is when an identifiable threat is paired with a reliable safeguard to produce an exhilarating feeling. Although this category may seem contradictory to the objective of safety in the last pattern, it’s important to note that no real danger exists. Some examples of this effect are infinity edges, cantilevers, and glass bridges or walkways.

 

 

Refuge

Refuge is a protected space for withdrawal from the main areas of activity. Cubicles and high-backed chairs are examples of this type of biophilic design.

Mystery

Design that includes mystery offers the promise of more information to entice individuals to further explore the space. Partially obscured views, curving edges that slowly reveal, translucent materials, and dramatic shade and shadows are all methods of achieving mystery.

Other categories of biophilic design:

Changes in temperature and airflow

Dynamic and diffuse light

Connection with seasonal and temporal changes

 

TREND 3:     COLOR OF THE YEAR 2018

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Mystery | Experimentation | Creativity | Intrigue | Counterculture | Mindfulness

Pantone has announced the color of the year: Ultra Violet 18-3838. A bold and saturated hue, we expect to find tones of this color in accents, artwork, and furniture. Once reserved as a color for royals because of the difficulty in achieving intense purple pigmentation, purple still carries a connotation of richness. Purple also falls between the warm and cool colors – it can be either.  

“We are living in a time that requires inventiveness and imagination. It is this kind of creative inspiration that is indigenous to Pantone 18-3838 ultra violet, a blue-based purple that takes our awareness and potential to a higher level. From exploring new technologies and the greater galaxy, to artistic expression and spiritual reflection, intuitive ultra violet lights the way to what is yet to come.”- Leatrice Eiseman, executive director of the Pantone Color Institute

 

TREND 4:     "RESIMERCIAL" SPACES

Commercial spaces with residential finishes

This trend has been on the rise for a few years and continues to gain popularity. We’re now seeing residential finishes in all types of commercial spaces- even hospitals and health care facilities which used to define the “institutional” look. The goal is to provide a more comfortable environment, reduce stress, and promote productivity. It is now the industry standard to provide informal areas for relaxation and collaboration. These flexible spaces are meant to accommodate varying activities and encourage interaction between individuals.

Key components of resimercial design:

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  • Tactile textures that feel warm
  • Multi-sensory elements, like plants that you can smell, see, and touch
  • Variability – a palette of places to choose from including open rooms for group work and secluded areas for individual work
  • Layouts that facilitate movement and interconnection
  • Horizontal layouts, rather than vertical layouts (the “campus” format) lead to more circulation and minimize the sense of hierarchy
 

TREND 5:     POP UPS

What are pop ups?

Pop ups are temporary spaces where retailers sell products, food, or experiences. There are pop up restaurants, pop up clothing stores, pop up yoga classes, even pop up museums. In the Bay Area economy, retail space is often too expensive for small businesses to maintain month after month. Enter sharing culture. Like ride sharing, clothing rentals, and AirBnB, shared retail space is the solution for many businesses.

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Pop ups offer an element of exclusivity – they are temporary, underground, for those in the know. Pop ups are selling an experience. The pop up format also encourages shoppers to buy now, because tomorrow the pop up may be gone. Pop ups are a great way to market seasonal products or test the waters with a new product or restaurant.

How will pop-ups affect architecture moving forward?

A successful pop up needs only to shine brightly for a moment, then fade away. Yet, it seems the format of pop ups is here to stay.

Lobbies and plazas may be designed with a more flexible layout to permit installations like pop ups. We may see fewer singular purpose built-in components that dictate how a space is used. Pop ups seek interaction from the public, so spaces may be designed to attract attention. Temporary installations offer a chance for architects and designers to make bold and daring decisions because who knows – it may be gone tomorrow.


 

Commercial Design Trend Forecast for 2017

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With the start of 2017, we put together a selection of the top 5 commercial design trends we are looking forward to in 2017.

Stephanie Lee

LEED AP: ID+C

 

At the beginning of each year, every industry claims to have a new theme or trend that defines their year. Some argue against following trends because of their cyclical nature, but in my opinion, it is imperative for design industries to stay current and constantly pushing the boundaries of conventional thought to remain relevant. Trends bring new challenges and new concepts to inform our designs.

Discovering opportunities for innovation takes imagination and insight. One of our health care projects for University of Southern California Endoscopy Suite Build Out speaks to how we as a firm have incorporated modern trends into our own work. We did this by incorporating contemporary yet classic finishes to enhance the experience of the people who it serves.


Trend 1: Color of The Year 2017

 

 
 

According to Pantone, Green is the color of the year for 20017. Not just any green, but green as in Pantone's shade "Greenery" (15-0343).

"Greenery is fresh and zesty yellow-green shade that evokes the first days of spring." -- Pantone
 
 
 

Trend 2: Flexible Workspace Layouts

 

 

 

Open plan workspace layouts may not work for every person, every company type, or every office, but right now it is very trendy. It's the natural, cozy feeling that a lot of these finishes and details have that will continue to make this trend a popular one throughout 2017.

 
 
 
"Workplace culture is the most important factor to take into account when designing office spaces, according to research by Haworth. A 'collaborate' culture is best nurtured by a flexible environment with an organic layout, medium levels of enclosure, informal spaces and a low ratio of individual to group spaces." -- Haworth White Papers
 

Trend 3: Geometric Patterns

 

 
 

 

 

 

Based on FCA's research, shapes and patterns are back in a big way; popping up everywhere from fashion to home décor. Geometric patterns are a great way to grab a lot of attention when used appropriately.

 

Trend 4: Bringing the Outdoors Inside

 

 

 

 

Nature has a positive impact on your mind and health. When nature is incorporated within working environments it can reduce worker stress. The mix of natural materials such as cork, reclaimed wood, and a living wall can be great elements to add.

 

Trend 5: LED Lighting

 

 
 

LED (light-emitting diodes) lights, as you know, are ecologically friendly lights. They are up to 80% more efficient than traditional lighting, such as fluorescent and incandescent lights, and are easily adaptable to many environments. This will be a huge way to promote productivity and reduce expenses in commercial spaces and also improve the light quality in the area.

 
 

The Future of Sustainability Is Now

 
We are always looking ahead. For 2017's Sustainability Forecast, we challenged ourselves to take a look at current trends and how these concepts could shape our future.

Athena Carter

LEED AP: BD+C

 

Design as an ongoing synergy between human experience and the environment is the basis for this Sustainability Forecast. For 2017, we considered how people will live, work, and play in the future of our cities and what codes and regulations set the boundaries or precedence for innovation. These insights will give our clients an insider understanding of the sustainable design issues that we as a community will face in the next decade.

Discovering opportunities for innovation takes imagination and insight. Our newly opened Zuckerberg San Francisco General Hospital speaks to how we as a firm have made sustainability one of the preceding features within our buildings. We did this by implementing sustainable strategies into our design not only to improve the building's operational efficiency, but also to enhance the experience of the people in which it serves.


Sustainable Trends Shaping The World Today

 

Throughout our extensive research, we identified 5 trends that will transform the way we work, live, and play as well as how sustainable design will shape how we interact with our environment in the cities of 2017 and beyond.

 

What You Will Learn

Within this article you will learn:

  • The 5 most important changes to the LEED Green Building Rating System
  • California's Action Plan to achieve set sustainability goals by 2030 (particularly as it applies to San Francisco)
  • Innovative strategies of 2016 and how they could inform trends in 2017 and beyond

 

New LEED Version 4

The first of which is the significance placed on Leadership in Energy & Environmental Design (LEED) green building certification program throughout the global market. LEED has become ubiquitous throughout the world.

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According to an infographic by Inhabitat, the U.S. Green Building Council (USGBC) is "LEEDing" the way for the sustainable design industry throughout the world (pun intended). They go on to state that, "LEED certified buildings exist in more than 150 countries and territories and 6 continents," and as of March 2015 it includes: 68,000 commercial projects, 71,400 certified LEED for Homes residential units, 1,400 certified K-12 projects, 3,050 certified higher education projects, 620 certified state government projects, and more than 1.930 certified local government projects.

 

Throughout the years, LEED has continued to evolve: both by adding additional requirements and by attempting to become more inclusive in their strategies (particularly for healthcare and commercial kitchens).

 

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Changes To LEED

We all are aware of the LEED Categories and the changes implemented in version 3.0, including the addition of the category Regional Priority and the addition of LEED speciality in healthcare. However, let's discuss the 5 most important changes made in version 4.0, which mostly affects the Energy & Atmosphere and Water Efficiency categories.

  1. Energy Metering
  2. Demand Response
  3. Renewable Energy
  4. Water Metering
 

5 Most Important Changes

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However, one of the most controversial changes has been the differentiation between LEED AP vs LEED AP with Specialty.

So let's first start by defining what a LEED AP is under version 4.0:

“For the early adopters of LEED green building professional credentials, the GBCI holds a special place for you in their database. Your LEED AP without specialty-more warmly referred to as ‘Legacy LEED AP’- never expires.” -- GBES
 
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The Bad News

However, after 2009 LEED started breaking off into specialties and this is where it becomes tricky for Legacy LEED APs. According to the Green Building Education Services (GBES), the bad news for all Legacy LEED APs is:

 “For LEED APs without specialty, if you have not specialized yet, nor reported continuing education units every two years, you must re-test to get a specialty. The USGBC now recognizes your knowledge level as equivalent to the LEED Green Associate. So you don’t have to take the basic exam. But you do have to take the two-hour exam related to the specialty you want to be recognized for. And after that, you must keep up with your continuing education.” -- GBES

 

So what does this mean? It means that many people who have LEED AP's cannot qualify for the additional Innovation and Design credit that they used to, and they will only be considered as a LEED Green Associate.

 

What's Next For California?

Let's now take a look at the impact of sustainability at a regional level, in particular California, which was recently named the most energy efficient state in 2016 within the United States by the American Council for Energy-Efficient Economy's (ACCEE) annual State Energy Efficiency Scorecard.

In November, California voted and passed Propositions 51 and 52 to fund a $9 billion school bond and a new hospital fund. So what sustainability measures will affect these two institutions?


Sustainable Strategies For A Greener Future

Innovative Ideas from 2016
 

For FCA's 2017 Sustainability Forecast, we researched the most innovative sustainable strategies in 2016 and found 5 trends that will shape the way we design in the future:

  1. Renewable Energy
  2. Building Life-cycle
  3. User Experience
  4. Sustainable Ecosystems
  5. Quality of Life

The following will discuss projects within 2016 that we believe best exemplify these trends and whose strategies may change the way our buildings will function and interact with its users forever.

 

 

While the term "energy efficient" has been a buzzword within the industry for years, the U.S. has made rapid strides toward more sustainable and energy efficient usage within recent years. Two buildings in particular, that we chose to highlight, made it to the top 5 of the AIA's 10 Most Sustainable Projects of 2016.

 

The Center for Sustainable Landscapes (CSL)

at Phipps Conservatory and Botanical Garden in Pittsburgh, Pennsylvania by The Design Alliance  won second place.

Designed to be the greenest building in the world, the facility generates all of its own energy and treats all storm and sanitary water captured on-site. It is the first and only building to meet four of the highest green certifications:

As Phipps' education, research and administration facility, the CSL is an integral part of the Phipps visitor experience, focusing attention on the important intersection between the built and natural environments, demonstrating that human and environmental health are inextricably connected. -- The Center for Sustainable Landscapes

The Strategies that will change the world: 

The increase of new green certifications signifies that the financial and environmental benefits of sustainable design are becoming ubiquitous within our society, so much so, that it's becoming a standard around the world. We don't foresee this slowing down and architectural firms will have to continue to find innovative strategies to meet these new requirements. Who knows, maybe one day all buildings will be zero-net energy and treat all its water on-site?

 

Exploratorium

at Pier 15 in San Francisco, California by EHDD won third place.

The Strategies that will change the world: