What are some predictions about technologies that will shape our lives in the next 15-20 years?
High-rise farms
Lab-grown meats
Space tourism
The colonization of other planets
Robots in space and in the workplace
Electric vehicles and self-driving cars
Robot butlers
Roads over rivers
Flying cars
Solar panel technology
Hyper-fast trains
Augmented/Mixed Reality
Gesture-based computing
Wearable screens
Driverless Trucks
3D printed food
3D printed metal
Fridges and appliances that order for you
Smart toothbrushes that send data to your dentist
Smart mirrors that check your health
A toilet that analyses your deposits
5G mobile connectivity
Light Fidelity runs wireless communications that travel at very high speeds. With Li-Fi, your light blub is essentially your router.
Exo-Skeletons
Recycling and re-engineering
Artificial Intelligence
Robot soldiers
Healthcare Nanobots
Cloud gaming without machines
We would love to hear from you on what you think about this post. We sincerely appreciate all your comments – and – if you like this post please share it with friends. And feel free to contact us if you would like to discuss ideas for your next project!
Having recently visited Aruba earlier
this year, and have fallen in love with the island, I would like to take this
moment to reflect on ways that the little island nation can achieve its
sustainability goals over the next several years. Over the past few years it has come a long
way but there are still many things left to be addressed if it is to be the
greenest happiest little island in the Caribbean as it has set out to do.
One Happy Island
Some background information before we
begin — Aruba contains 70 square miles (178.91 square kilometers)
of happiness and a population of 116,600 (as of
July 2018).
The tiny island gem is nestled in the warm
southern Caribbean with nearly 100 different nationalities happily living
together. We welcome all visitors with sunny smiles and a warm embrace.
Aruba is an island and a constituent
country of the Kingdom of the Netherlands in the southern Caribbean Sea,
located about 990 miles (1,600 kilometers) west of the main part of the Lesser
Antilles and 18 miles (29 kilometers) north of the coast of Venezuela. It
measures 20 miles (32 kilometers) long from its northwestern to its
southeastern end and 6 miles (10 kilometers) across at its widest point.
Together with Bonaire and Curaçao, Aruba
forms a group referred to as the ABC islands. Collectively, Aruba and the other
Dutch islands in the Caribbean are often called the Dutch Caribbean. Aruba is
one of the four countries that form the Kingdom of the Netherlands, along with
the Netherlands, Curaçao, and Saint Maarten; the citizens of these countries
are all Dutch nationals. Aruba has no administrative subdivisions, but, for
census purposes, is divided into eight regions. Its capital is Oranjestad.
Unlike much of the Caribbean region, Aruba has a dry climate and an arid,
cactus-strewn landscape. This climate has helped tourism as visitors to the
island can reliably expect warm, sunny weather. Fortunately, it lies outside
Hurricane Alley.
Aruba’s economy is based
largely on tourism with nearly 1.5 million visitors per year, which has
contributed to Aruba’s high population density.
Despite having one of the world’s
smallest populations, Aruba does have a high population density at 1,490 per
square mile (575 people per square kilometer), which is more than New York
state.
During the Rio +20 United Nations
Conference on Sustainable Development in 2012, the island announced it aim to cover
its electricity demand by 100% renewable sources by 2020. In the same year,
Aruba together with other Caribbean islands became member of the Carbon War
Room’s Ten Island Challenge, an initiative launched at the Rio +20 Conference
aiming for islands to shift towards 100% renewable energy. The benefits of
becoming 100% renewable for Aruba include: reducing its heavy dependency on
fossil fuel, thus making it less vulnerable to global oil price
fluctuations, drastically reducing CO2 emissions,
and preserving its natural environment.
Some of the areas where Aruba seems to be excelling includes their recent ramp up of wind power – capitalizing on the constant wind that keep the tiny island habitable.
Other areas that they can improve on include the following:
Electric
Vehicles
A
whopping 87 percent of the entire power generation in the Caribbean comes from
imported fossil fuels, and because so much of the region’s fuel comes from
faraway sources, electricity costs are four times higher than they are in the
United States. The economies of these islands are basically at the whim of
global oil prices
The
Caribbean has some other reasons to be enthusiastic about electric cars powered
by a solar electric grid. The islands, on the whole, are small and low in
elevation. The vast majority of islands in the Caribbean are smaller than 250
square miles and are fairly flat, with isolated peaks at most.
This
combination makes them ideal for electric vehicles in ways that, just for
example, the U.S. is not. Most electric vehicles have limited ranges, with some
only offering a hundred miles or less per charge. The higher-end vehicles can
go further; the Nissan Leaf boasts 151 miles per charge, the Chevy Bolt 238
miles, and the Tesla Model S 315, but with still-long waiting times for a full
charge, that’s about all you’re getting in an individual trip. That’s not great
for hour-plus-long commutes from American suburbs, but for smaller islands with
fewer hills to climb, that sort of range is just fine.
Customers
who drive electric experience common benefits.
Charging up with electricity will cost you less than filling your tank with gas. Clients are experiencing savings of up to 50 percent on fuel costs and very low cost of maintenance.
Produce no-to-low tailpipe emissions. Even when upstream power plant emissions are considered, electric vehicles are 70 percent cleaner than gas-powered vehicles.
“Fuel” up with clean, Aruban-produced electricity and help our island achieve more energy diversity.
Drivers enjoy electric vehicles’ silent motor, powerful torque and smooth acceleration.
Although “solar” vehicles would be even
better for this region, the ability for the island to “leap frog” ahead of
other counties by building in an electric fueling infrastructure would help set
it apart from other island nations.
Although solar
has come down over the past decade I was surprised that not more individuals
capitalize on the sunny region with solar roof panels.
The recently
constructed government building, Cocolishi, is one of the first buildings on
Aruba with a solar roof. The solar panels provide 30 kW of renewable energy.
On the rooftops
of the Multifunctional Accommodation Offices (MFA) in Noord and Paradera solar
panels are installed. The MFA in Noord is an energy neutral building, this
means it produces the same amount of energy as it consumes. The surplus during
sunny days will be added to the grid.
Previously,
solar panels were installed on the Kudawecha elementary school. These panels
produce 175.5 kW solar energy.
The largest
school solar rooftop project is installed on the Abramham de Veer School
elementary school. This rooftop project produces 976 kW renewable energy.
The Caribbean’s
first solar park opened in 2015 over the parking lot of the airport in Aruba.
This solar park provide 3.5 MW solar energy and is one of the first renewable
energy projects making use of the Free Zone of Aruba.
In Juana Morto,
a residential area complex, solar panels are installed on the rooftops of
different houses. Together the solar panels generate 13 kW of green energy.
Elmar, the
electricity provider of Aruba, installed solar panels on the roofs of their
offices. These buildings together provide 9.8 kW solar energy.
There are
different decentralized solar projects on Aruba. Together they consist of 5 MW
solar PV part and 3 MW rooftop schools & public buildings PV systems. Once
built per the 2017 plan, the installation will provide an additional 13.5 MW
providing power for approximately 3,000 households.
Given the
amount of sunshine this island receives, expanding their solar portfolio seems
prudent.
Wind Park
‘Vader Piet’ is located on Aruba’s east coast in the Dutch Caribbean, this wind
farm consists of 10 turbines with an actual capacity of 30 megawatts (MW).
Aruba’s current wind power production represents about 15-20 percent of its
total consumption, which places it fourth globally and still some way behind
Denmark, the current global leader, which produces 26 percent of its power from
wind. But today, with a second wind farm about to be deployed, Aruba is set to
double its wind energy output, placing it firmly in first place.
It’s hard to
believe that just a few windmills are able to produce an output of 30 megawatts
of energy, suppling 126,000 MWh of electricity to the national grid each year,
displacing fossil fuel-generated energy and supporting the island’s transition
towards renewable energy sources.
Given that the
wind is a constant, exploiting this resource seems like a profitable and intelligent
thing to do.
I love that the
island has embraced off-road vehicles (ORV); it is a great way to experience
the beauty around us in a challenging and fun way adding to the
experience. However, it would be very
wise to develop designated areas for off-road vehicles to eliminate (or at least
minimize) the human impact on the beauty of this island. Because it’s greatest commodity is the
natural beauty – Sun, ocean, nature and wildlife; Aruba (and other island
nations) need to consider how to balance the fun aspect with some regulations
that will preserve the beauty of the natural world for future generations.
As you may
already know, the use ORV’s on coastal beaches is an activity that attracts
considerable controversy amongst beach users.
ORV driving is
considered as main contributor to land degradation in arid regions.
The most
obvious physical impacts of ORV on vegetation include plant crushing, shearing,
and uprooting. Such destruction of vegetation in arid ecosystems can lead to
land degradation and desertification. Desert plant species exhibit varying
degrees of vulnerability to vehicle use intensity, which results in changes in
vegetation composition, height, biomass, reproductive structures, cover and
seedbank.
I also notice
that many locals and tourists park their vehicles on the shorelines which are
inhabited by indigenous plants and animals of all varieties. This too should be lightly regulated through
education or ordinances so that leaky old (or new) vehicles do not stain the
natural shorelines that not only belong to us but to our grandchildren’s
grandchildren as well. We need to
educate people to be more responsible and not disrupt the natural world with
our cars , especially when it can be easily avoided with very little cost
impact to the planning of the island.
Stormwater
Following up on
vehicle management along the shorelines, another thing I noticed was stormwater
runoff; which is not much but should be managed now to avoid a small accumulation
over time. It is still early enough to
employ best practices and manage any future problems by building a robust
infrastructure now before things get worse.
Because the island is so small it looks like much of the run off drains
directly into the ocean. Following best
practices will ensure that the clear waters stay that way long into the future
for the benefit and enjoyment of future generations.
Circumstances
alone should prompt islanders to manage stormwater runoff:
Traditional
community boundaries often centered on natural drainages (e.g., Hawaiian
ahupua’a and Samoan village structure), so residents are aware of how land use
changes can affect watershed hydrology.
Local
economies rely on clear waters, healthy reefs, and robust fisheries; thus, BMPs
designed to eliminate sediment plumes offer immediate, visible results to
resource users.
In
some locations, rainfall is the primary source of freshwater, so using BMPs
like cisterns or storage chambers to collect runoff for potable and non-potable
reuse makes water supply sense.
Tropical
vegetation is fast-growing and plays a huge part in the water cycle, so
stormwater management approaches that take advantage of canopy interception and
evapotranspiration to reduce runoff have a high chance of success.
Island
infrastructure is subject to big storms, rising seas, and tsunamis; therefore
redundancy within the stormwater system improves resiliency.
Things that
should be considered as the island faces increased development includes the engagement
of “low impact development” which is an approach to land development that meets
the following conditions:
Avoids
disturbance of existing vegetation, valuable soils, and wetlands to the maximum
extent possible (e.g., minimizing site disturbance and maintaining vegetated
buffers along waterways);
Reduces
the amount of impervious cover and, thus, stormwater runoff generated on a site
through careful site planning and design techniques; and
Manages
runoff that is generated through structural and non-structural practices that
filter, recharge, reuse, or otherwise reduce runoff from the site.
Tasked with providing water for a population which
more than quadruples with tourists throughout the year, the Caribbean island of
Aruba is building a new 24,000 m3/day (6,340,130 gallons) desalination
facility to process seawater from beach wells. Paul Choules & Ron Sebek
discuss technical details of the installation, set to replace older thermal
desalination units.
This is so awesome and could become a really great
way for Aruba to expand its market into other emerging countries that are
facing water issues. Abruba could use
its extensive knowledge to help other arid climates deal with lack of drinking
water, taking Aruba to the next level as a global leader in this realm.
Justin Locke is director of the island energy program at
the Carbon
War Room, an international nonprofit. He said it makes sense for
islands to switch to clean power.
“Islands
currently pay some of the highest electricity prices in the world. At the same
time, they also have some of the best renewable energy resources,” added
Locke. Aruba’s plan includes building new solar and wind farms, converting
waste to energy, and working to increase energy efficiency.
Aruba has set the ambitious goal of becoming the first
green economy by transitioning to 100% renewable energy use. Currently, Aruba
is at 20% renewable energy use.
Aruba is known for being sunny all year long and its cooling trade
winds. By capitalizing on these natural resources, the island can generate
renewable energy. The island is lowering its dependence on heavy fuel oil,
lowering CO2 emissions, and reducing environmental pollution.
By steadily continuing its momentum with its green movement and
implementing cogeneration of power production it will help the island become
sustainable and resilient.
Although Aruba has promised to become green it is not absolutely clear that it will be able to achieve its aggressive 2020 goals. However, the future is bright if Aruba is able to continue on its path and starts to take these issues into greater consideration making it a premier destination for people to enjoy. Becoming the world’s greenest island will ensure that tourism continues to flourish and that the country will continue to thrive in an environmentally-friendly way that will help restore and maintain the attributes that has made it what it has become famous for – a place for people from all over the world to come and enjoy the natural world away from the hustle and bustle of city life and experience the world in a way that seems to be reminiscent of a simpler time and offers us a chance to connect with something much larger than ourselves. As temporary stewards for the environment it is up to us to protect that which does not belong to us so that future generations can also appreciate these valuable experiences.
We would love to hear from you on what you think about this post. We sincerely appreciate all your comments – and – if you like this post please share it with friends. And feel free to contact us if you would like to discuss ideas for your next project!
You might already recycle your newspaper, but instead of it being ground into paper for a second go around, it could be made into “wood.” Now, that might sound backward – paper turning back into wood and not the other way around. But really, it brings the paper and wood process full circle and makes complete sense. The Dutch designers/founders of NewspaperWood found that compressing newspaper and glue into many thin layers creates a wood grain texture that works for various home applications. They work by request only, but you’ll want to check them out.
We would love to hear from you on what you think about this post. We sincerely appreciate all your comments – and – if you like this post please share it with friends. And feel free to contact us if you would like to discuss ideas for your next project!
This week is Holy Week, when millions of Western Christians mark the death and resurrection of Jesus. Under normal circumstances, Notre Dame cathedral in Paris would have been preparing to display its holy relics to the faithful on Good Friday.
But as fire engulfed the sacred site on April 15, 2019, Catholics across the world reacted in horror and disbelief, particularly when the cathedral’s iconic spire toppled amid the flames.
For generations, Notre Dame Cathedral has been a place of pilgrimage and prayer, and, even as religion in France has declined for decades, it remained the beating heart of French Catholicism, open every day for Mass.
When something that is tragic like the Notre Dame Cathedral fire occurs, it is important to take time to reflect on what happened. First, I look at this tragedy as a Christian, then as the grandson of European immigrants, and finally as an Architect. I reflect on these recent events using three distinct but entwined lenses:
As a Christian, I reflect on what it means to be Christian. Although imperfect, we are all put on Earth to accomplish great things. Some have more than others, but we all have our crosses to bear. As Easter approaches, for many Christians around the world who celebrate this holiest of days it is a time of reflection and hope of things to come. As Jesus said, you are not of this world (we belong to Him). When these events happen it also makes us aware of our fleeting earthly lives.
As a grandson of Europeans, I feel a strong camaraderie with my neighbors in France. As technology helps the world shrink we are becoming global citizens. But as someone who has spent many summers and taken many trips to Europe (probably more than 30 trips over my four decades), I feel a strong connection to what happens in Europe. I have the same feeling in my stomach that I had when 9-11 happened in New York City. We take for granted that these beautiful structures will always be here with us. These events remind us that we must cross off trips that are on our bucket lists sooner rather than later.
As an Architect, my primary objective is to safeguard the public. Sure, I love great design and inspiring spaces as much as the next designer. However, being an Architect means that we must put safety above all else. When these events occur, I cannot help but think how vulnerable we are. As Architects we are always trying to evoke safety and security into our projects – Many times decisions are made with money more than risk aversion. A 100% safeguard world is not possible, but I challenge my fellow Architects to consider ways that we can educate and confront our clients to ensure that all our buildings are safe. We are all human with earthly perspectives and we are all bound to mistakes as we manage economics with safety. Take for example, the Seton Hall student housing fires that changed safety for campus of higher educations around the country. Can this tragedy bring some good? Perhaps as leaders in our industry we can shape the safety and preservation of our landmarks and new building projects to ensure the safety of the occupants.
Churches, castles and forts are the primary reason I chose this profession. Whenever we lose a structure of significance it is like losing a loved one. Like life itself, our art and architecture must be cherished because it is all temporary after all. Carpe Diem.
We would love to hear from you about what you think about this post. We sincerely appreciate all your comments – and – if you like this post please share it with friends. And feel free to contact us if you would like to discuss ideas for your next project!
In 1991,
Werner Sensbach, who served for over 25 years as Director of Facilities
Planning and Administration at the University of Virginia, wrote a paper titled
“Restoring the Values of Campus Architecture”. The paragraphs that follow were
excerpted from that article. They seem particularly appropriate to Montclair
State University as it looks at its present campus facilities and forward to
the planning of future facilities on a piece of land of spectacular beauty.
Nearly two thousand years ago, the Roman architect Vitruvius wrote that architecture should provide firmness, commodity, and delight. It is the definition of “delight” that still troubles us today. This is especially so on college campuses. Many who try to give voice to what it is that brings delight in a building or an arrangement of buildings may mention the design, the placement on the site, the choice of building materials, the ornamentation, or the landscaping. But mostly it’s just a feeling, or a sense that things are arranged just right, or a sensation of pleasure that comes over us. So academics, like nearly everyone else, often are unsure when planning for new campus construction about what is likely to be delightful. Even though the United States has 3,400 colleges, while most other advanced nations only have a few dozen, we simply have not developed in the United States a sensibility, a vocabulary, a body of principles, an aesthetic for campus architecture.
That each campus should be an “academic village” was one of
Thomas Jefferson’s finest architectural insights. Higher learning is an
intensely personal enterprise, with young scholars working closely with other
scholars, and students sharing and arguing about ideas, religious beliefs, unusual
facts, and feelings. A human scale is imperative, a scale that enhances
collegiality, friendships, collaborations on research.
I believe the style of the campus buildings is important, but
style is not as important as the village-like atmosphere of all the buildings
and their contained spaces. University leaders must insist that architects they
hire design on a warm, human scale. Scale, not style, is the essential element
in good campus design. Of course, if an inviting, charming campus enclosure can
be combined with excellent, stylish buildings so much the better.
The third imperative for campus planners, the special aesthetic
of campus architecture, or the element of delight, is the hardest to define. It
is the residue that is left after you have walked through a college campus, a
sense that you have been in a special place and some of its enchantment has
rubbed off on you. It is what visitors feel as they enjoy the treasures along
the Washington Mall, or others feel after leaving Carnegie Hall, Longwood
Gardens in southeastern Pennsylvania, Chartres Cathedral, the Piazza San Marco
in Venice, or the Grand Canyon.
On a college campus the delight is generated by private garden
spaces in which to converse, by chapel bells at noon or on each hour, by gleaming
white columns and grand stairways, by hushed library interiors, by shiny
gymnasiums and emerald playing fields, by poster-filled dormitory suites, by a
harmony of windows and roofs, and by flowering trees and diagonal paths across
a huge lawn. The poet Schiller once said that a really good poem is like a soft
click of a well-made box when it is being closed. A great campus infuses with
that kind of satisfaction.
In my view, American’s colleges and universities—and especially
their physical planners—need three things to become better architectural
patrons. One is a renewed sense of the special purpose of campus architecture.
A second is an unswerving devotion to human scale. The third is a sense of the
uncommon and particular aesthetic—the delight—that a college or university
campus demands.
A surprisingly large sector of the American public has conceded
a special purpose to higher education. College campuses have provided a special
place for those engaged in the earnest pursuit of basic or useful knowledge,
for young people devoted to self-improvement, and for making the country
smarter, wiser, more artful, and more able to deal with competitor nations.
Therefore, college and university campuses have a distinct and separate purpose, as distinct as the town hall and as separate as a dairy farm. For most students the four to seven years spent in academic pursuits on a university campus are not only an important period of maturing from adolescence to adulthood but also years of heightened sensory and creative ability, years when the powers of reasoning, feeling, ethical delineations, and aesthetic appreciation reach a degree of sharpness as never before. During college years, young minds absorb impressions that often last for a lifetime: unforgettable lectures, noisy athletic contests, quiet hours in a laboratory or library, jovial dormitory banter, black-robed commencements, encounters with persons of radically different views, the rustle of leaves, transfigured nights. The American college campus serves superbly as an example of Aristotle’s idea of a good urban community as a place “where people live a common life for a noble end.”
Montclair State University Photo Credit: Mike Peters
No architect should be permitted to build for academe unless he
or she fully appreciates that his or her building is an educational tool of
sorts. New buildings should add to the academic ambiance and enrich the
intellectual exchanges and solitary inquiries. They should never be a mere
personal statement by the architect or a clever display of technical ingenuity
or artistic fashion.
Campus facilities planners need to be sure that the architects
they choose are able to incorporate surprise, touches of whimsy, elegance,
rapture, and wonder into their constructions. This special campus aesthetic is
definitely not a frill. It is what graduates remember decades after they have
left the college, and what often prompts them to contribute money to perpetuate
the delight. It is what captures high school juniors and their parents in their
summer pilgrimages to numerous college campuses to select those two or three
institutions to which they will apply.
I think the best way to preserve the particular values of the
American college campus is through a three-pronged effort:
The first is to recognize that the village-like university campus is a unique American architectural creation. No other nation has adopted the “academic village” as an architectural and landscaping form, though the ancient Oxbridge colleges came close. Academic leaders should become more knowledgeable about the distinctiveness of their campus communities and more proud of and assertive about maintaining the values of this inventive form.
Second, universities should have a broadly representative and expert
blue-ribbon committee to watch over all new construction, not leave it to the
vice president for administration, a facilities planner, or a trustee
committee. The campus environment should be guarded and enhanced as carefully
as the quality of the faculty.
Third, each college and university should draw up a set of
design guidelines to help it become a patron who can list what is essential in
its campus architecture. These guidelines will differ from campus to campus,
but nearly all institutions should include concern for the three fundamentals:
academic purpose, human scale, and a special campus aesthetic. Architects can
de- sign more effectively and sympathetically if they understand the expectations
of the college.
Although these words were written in 1991, they remain true today as Montclair State University continues to grow its enrollment, academic programs, research programs…and the facilities that serve them.
Source: “Restoring the Values of Campus Architecture” by Werner Sensbach (who served for over 25 years as Director of Facilities Planning and Administration at the University of Virginia)
We would love to hear from you about what you think about this post. We sincerely appreciate all your comments – and – if you like this post please share it with friends. And feel free to contact us if you would like to discuss ideas for your next project!
The following is a quick reference guide to get you started understanding the jargon associated with green design and construction. We hope you find it useful.
1,000 ppm
One thousandth parts per million is the minimum disclosure threshold. Manufacturer measures and discloses all intentionally added ingredients and residuals that exist in the product at 1000 ppm (0.1%) or greater. These may trigger a GreenScreen Benchmark (BM-1 or LT-1) or Possible Benchmark 1 (BM-P1 or LT-P1).
10,000 ppm (As per MSDS)
Manufacturer discloses all intentionally added ingredients and residuals that exist in a product. This is the threshold that is required by current MSDS standards
100 ppm
One hundred parts per million is the ideal disclosure threshold. Manufacturer measures and discloses all intentionally added ingredients and residuals that exist in the product at 100 ppm (0.01%) or greater. These may trigger a GreenScreen Benchmark (BM-1 or LT-1) or Possible Benchmark 1 (BM-P1 or LT-P1).
Accessory Materials
Used for the installation, maintenance , cleaning and operations materials; including materials recommended by warranty. For example, if a carpet requires a specific type of adhesive. The adhesive would be the accessory materials.
Assessment
the evaluation of the toxicological properties (hazards) of chemicals; evaluates exposure and risk assessment in relation to both environmental and human health scenarios.
Associated Hazard
disclosure of the health hazards associated with each ingredient; Portico uses a minimum set of authoritative chemical hazard lists against which ingredients are screened for human health and environmental hazards.
Asthmagen
Asthmagens are substances that are known to cause or exacerbate asthma. Asthma is a complex disease, and there is not enough evidence to point to any single cause. Public health agencies often report dust, pet dander, environmental air pollution, tobacco smoke, respiratory infections, mold, exercise, and stress as common triggers of asthma attacks.
Health organizations have also identified a number chemical asthmagens, including many that are commonly used in building materials, such as floorings, insulations and cabinet substrates. These chemicals include: formaldehyde, toluene, styrene, BPA and certain phthalate plasticizers.
Despite better management of asthma through medication, improved outdoor air quality and a dramatic decline in tobacco smoking, the incidence of asthma has continued to rise, especially in children — and in particular among children who are living in poverty.
Authoritative chemical hazard lists
a list of chemicals and their association to human health or environmental hazards. These lists are created by an expert assessment of scientific evidence by a recognized authoritative body.
Biobased
“Biobased” is a term used in the marketing materials of many types of products. While biobased technically describes a product made from a living material (soybean oil, wool, etc.) marketing materials may stretch this definition to include minerals or other naturally occurring materials that aren’t renewable, or suggest that an entire product is made of biobased materials, when in fact only a small percentage of the product is.
Blowing Agent
A class of chemicals that can generate foam in materials, such as those used in insulation, which later harden or solidify into long-lasting structures. Many are known to possess extremely high global warming potential; chlorofluorocarbons (CFCs) have been mostly eliminated from new production since the 2000s, but hydrofluorocarbons (HFCs) are still prevalent. Blowing agents, as a class of products used in building product manufacture, are in an active transition toward healthier and more environmentally friendly options.
CAS Number
chemical abstract service number is a unique numerical identifier for every chemical described in open scientific literature of elements, chemical compounds, polymers and other substances.
Can cause or contribute to the development of cancer.
Characterization
identification and disclosure of ingredients and all hazards associated with ingredient components in the product/material formulation.
Common Product Profile
A profile of a generic, non-manufacturer-specific product type that contains: a brief description of the product type, the expected composition of the product based on publicly available sources, and corresponding health hazards inherent to this composition. Common Product Profiles (CPs) developed as part of the Quartz Project include additional information about the life cycle of the product, such as its contribution to global warming. See http://www.quartzproject.org/ for more information on CPs.
Developmental Toxicant
Can cause harm to a developing child, including birth defects, low birth weight, and biological or behavioral problems that appear as the child grows.
Disclosure Threshold
the level at which all intentionally added ingredients and residuals in the product/material formulation are disclosed (1,000 ppm, 100 ppm, or other). Different standards require specific disclosure threshold. MSDS (Materials Safety Data Sheets require minimum of 10,000ppm.
Endocrine/Hormone Disruptor
Can interfere with hormone communication between cells which controls metabolism, development, growth, reproduction, and behavior (the endocrine system). Linked to health effects such as obesity, diabetes, male reproductive disorders, and altered brain development.
Environmental Attributes
this information can be found in an EPD, LCA, or other studies of global warming impact, carbon content, and embodied energy. We recommend providing this information (when available) because it will be helpful for LEED and LBC regional credit documentation and carbon accounting.
Flame Retardants
Flame retardants are chemical additives to building products that reduce their flammability. They are commonly found in textiles, plastics, coatings, finishes and foams. Halogenated flame retardants – those made with chlorine or bromine – are particularly toxic to human health, and the planet.
Flue-Gas Desulfurization (FGD)
Flue-gas desulfurization is an environmental control technology installed in the smokestacks of coal-fired power plants designed to remove pollutants from the air. These controls are also called “scrubbers”. Once the scrubbers are full of sulfur dioxide, they are often used to create synthetic gypsum. FGD gypsum can be used in drywall, but also in concrete and other applications where mined gypsum can be used. FGD can contain heavy metals such as mercury that can be released into the air when it is incorporated into these products.
Formaldehyde
Formaldehyde is a colorless gas used as a preservative and disinfectant in the building industry, and in the manufacture of polymers. Formaldehyde is carcinogenic, irritates the eyes, nose, and lungs, and is known to react with other atmospheric chemicals to produce the deadly gas carbon monoxide. Formaldehyde is used in some paints and adhesives, in some fabric treatments, and, significantly, in the manufacture of polymeric binding resins used in a wide variety of building products. Phenol formaldehyde, urea formaldehyde, and melamine formaldehyde are all known to release formaldehyde over time long after product installation in residential and commercial spaces.
Global Warming
Can absorb thermal radiation, increasing the temperature of the atmosphere and contributing to climate change.
Global Warming Potential (GWP)
Known as “greenhouse gasses,” certain gasses have the ability to warm the earth by absorbing heat from the sun and trapping it the atmosphere. Global Warming Potential is a tool that allows scientists to compare the severity of greenhouse gasses based on how much heat they can trap, and how long they remain in the atmosphere. By using carbon dioxide for each comparison, a larger GWP number, the more a gas warms the earth, and contributes to climate change.
short for “GreenScreen for Safer Chemicals”, a chemical disclosure and assessment standard developed by Clean Production Action to rank chemicals along a four point scale between the most toxic chemicals and the most benign to guide substitution efforts.
HPD
also known as Health Product Declaration. It is a standardized format that allows manufacturers to share contents of their products, including any hazardous chemicals.
HPD-1
status marked for products that have a Health Product Declaration with full ingredient and hazard listings and a hazard translator with a disclosure threshold of 1000 or 100 ppm; can contain LT-1 scored components
HPD-2
status marked for products that have a Health Product Declaration with full ingredient and hazard listings and a hazard translator with a disclosure threshold of 1000 or 100 ppm; can NOT contain LT-1 scored components
HPD-Partial
status marked for products that have a Partial Health Product Declaration and have characterization of hazards and hazard translator for ingredients; exceptions are acceptable with a disclosure threshold of 1000 ppm
Hazard
Hazard is an intrinsic property of a substance – its potential to harm humans or some part of the environment based on its physical structure and properties. We can assess the hazard of a chemical or material by reviewing the scientific evidence for the specific kinds of harm that a substance can cause (often called the endpoints), such as damage to the human reproductive system, or the onset of asthma. On HomeFree, hazards are displayed with a color indicating the level of concern for each one. Purple is the highest level of concern, followed by red, and then orange.
Because very few products on the market are made with ingredients that have no hazards, you should expect to see hazards called out, even for products that are considered healthier options. The trick is to compare hazards between products, and whenever possible, prefer the product with fewer hazards.
Health Endpoint
A disease symptom or related marker of a health impact on a human or other organism. Examples of human health endpoints include carcinogenicity (causes cancer), reproductive and developmental toxicity, respiratory sensitization, etc. Health endpoints are due to the inherent hazards of a substance, and are determined by authoritative bodies, such as the US EPA or the National Institutes of Health.
Information Request Sent
this means that an email letter has been sent to the manufacturer requesting information about a specific product. This IR may ask the manufacturer to share HPD type data, a GreenScreen Assessment, or a C2C certification in order to meet Google’s Healthy Materials criteria
Intentional Content
each discrete chemical, polymer, metal, bio-based material, or other substance added to the product by the manufacturer or supplier that exists in the product as delivered for final use requires its own line entry and must account for over 99% of the total product. To add content you may enter it by using a CAS registry number, chemical name, abbreviations, common/ trade names, genus/species (for biobased materials), product or manufacturer name (for components)
Inventory
list of product contents, ingredients
Lifecycle
In biology, the term “lifecycle” describes the arc an organism undergoes from birth, through stages of growth and development, to its death. When applied to building products, “lifecycle”describes the arc that chemicals or materials take from the extraction of the raw materials needed for their creation, through their synthesis and inclusion in a building product, the period of time that the product is installed in a building, its eventual removal from the building, and its disposal/reuse/recycling at the end of its useful life. Products (and the chemicals and materials used to make them) often present human and environmental health hazards at any step in this lifecycle.
Material Health
listing the ingredients and present chemical hazards of a product and optimizing towards safer materials
Mutagen
Can cause or increase the rate of mutations, which are changes in the genetic material in cells. This can result in cancer and birth defects.
Optimization
the absence of any “chemicals of concern” in the product/material formulation.
Ozone Depletion
Can contribute to chemical reactions that destroy ozone in the earth’s upper atmosphere.
PBTs
Persistent, Bio-accumulative Toxicants; these are chemicals that are toxic, persist in the environment, bioaccumulate in the food chains, and consequently pose risks to the human health and environment
Persistent Bioaccumulative Toxicant (PBT)
Does not break down readily from natural processes, accumulates in organisms, concentrating as it moves up the food chain, and is harmful in small quantities.
Portico
formerly known as the Healthy Materials Tool; is a new portal for entering and accessing building product data. Portico is a database that allows project teams unparalleled access to a vast selection of building products. Portico automatically screens manufacturer product information so that products are available in front of Google’s design teams right away.
Predicted from Process Chemistry
Fully disclosed projected residuals based on process chemistry. This option is suggested for manufacturers without the capability of measuring actual residuals. Indicate the tool or other basis for prediction in the Disclosure Notes. The HBN Pharos tool is an example of a tool that predicts potential residuals.
Publish
share HPD information solely to Google, not to general public. If public, please share public URL in the transparency section
Reproductive Toxicant
Can disrupt the male or female reproductive systems, changing sexual development, behavior or functions, decreasing fertility, or resulting in loss of a fetus during pregnancy.
Residual Content
the by-product of a reaction of two or more chemicals that are used in the manufacturing process; known as trace substances remaining in the product from manufacturing steps (such as monomers and catalysts) or contaminants that come with raw materials. Residuals can be known from testing as well as estimated from process chemistry assessment. Predicted from Process Chemistry definition noted above.
Respiratory Sensitization/Asthmagen
Can result in high sensitivity such that small quantities trigger asthma, rhinitis, or other allergic reactions in the respiratory system. This can can exacerbate current asthma as well as cause the disease of asthma.
Screening
review contents against authoritative chemical hazard lists. Health Product Declaration standard uses screening as a pathway to understand and assess products for any human health hazard endpoints.
Self-declared
a product disclosure and screening/assessment which is created “in-house” by the manufacturer of the product, and does not utilize a third party assessor.
Third Party Assessor
an independent assessment body which is not affiliated with the manufacturer or the product.
Tint
Tints are a mix of pigments and other ingredients that give paints their distinct color. These tints can be a substantial source of VOC content in addition to whatever VOCs are in the paint itself. Darker and richer colors will tend to be higher in VOC content. Some manufacturers have developed low or zero VOC tint lines that can be used to insure that a low VOC paint product remains so even in dark or rich colors.
Transparency
the level of product/material formulation information (including ingredients names and associated hazards) being shared by the manufacturer with the end users (i.e. public, third party, Google). Portico’s transparency category gives points to manufacturers who share product information (HPD) publicly rather than just to Google.
VOC
Volatile Organic Compound
VOC Content
provide the regulatory VOC content for liquid/wet applied product in g/L; if the VOC content has not been third party certified and there is no standard for the product, indicate “none” on the VOC content line. If the product is not wet applied, indicate N/A
VOC Emission
emissions testing and certification for any product for which the current version of the CDPH (CA Department of Public Health) Standard Method provides emission scenarios
VOCs
Volatile organic compounds (VOC) means any compound of carbon (excluding carbon monoxide, carbon dioxide, carbonic acid, metallic carbides or carbonates, and ammonium carbonate), which react in the atmosphere in the presence of sunlight.
Verification
assessments verified by an independent, third party assessor, in compliance with specific requirements pertaining to the standard at hand.
Zero VOC
5 g/L cutoff threshold recognized by SCAQMD for products that are Zero VOC
ppm
parts per million (1,000 ppm = 0.1%; 100 ppm = 0.01%).
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Thank you for all the support and encouragement over the years. Here are some of our favorite blog posts about technology and innovation related to the field of Architecture:
We would love to hear from you on what you think about this post. We sincerely appreciate all your comments – and – if you like this post please share it with friends. And feel free to contact us if you would like to discuss ideas for your next project!
Architects need to continue to consider healthy living when designing private and public spaces. According to the sources cited below, the Well Living Lab aims to answer critical questions to make homes, offices and independent living environments healthier places. That means indoor environments could be altered to reduce stress and increase comfort, performance and sleep.
By understanding the interplay of elements such as sound, lighting, temperature and air quality, indoor spaces may be altered to address people’s specific and overall health needs. And by understanding how people’s behavior is shaped by their physical environment, facilities can be designed to maximize positive health habits and reduce negative influences. This ambitious three-year research plan is the start toward transforming human health and well-being in indoor environments.
WELL community functions to protect health and well-being across all aspects of community life. The vision for a WELL community is inclusive, integrated, and resilient, fostering high levels of social engagement.
Air
Facilitates ambient air quality with strategies to reduce traffic pollution and reduce exposure to pollution.
Water
Encourages drinking water quality, public sanitation, and facilities provisions with strategies managing contaminated water on a systems scale and strategies to promote drinking water access.
Nourishment
Facilitates fruit and vegetable access, availability and affordability with policies to reduce the availability of processed foods and providing nutritional information and nutrition education. Also includes strategies for food advertising and promotion, food security, food safety and breastfeeding support.
Light
Supports maintained illuminance levels for roads and walkways and strategies for limiting light pollution, light trespass, glare and discomfort avoidance.
Fitness
Integrates environmental design and operational strategies to reduce the risk of transportation-related injuries, mixed land use and connectivity, walkability, cyclist infrastructure, infrastructure to encourage active transportation and strategies to promote daily physical activity and exercise.
Temperature
Facilitates strategies to reduce heat island effect with policies to deal with extreme temperatures and manage sun exposure and ultraviolet risk.
Sound
Facilitates noise exposure assessment with planning for acoustics, techniques to reduce sound propagation and hearing health education.
Materials
Supports strategies to reduce exposure to hazardous chemical substances in cases of uncontrolled/accidental release and contaminated sites and to limit use of hazardous chemicals in landscaping and outdoor structures.
Mind
Provides access to mental health care, substance abuse and addiction services and access to green spaces.
Community
Supports health impact assessments, policies that address the social determinants of health, health promotion programming, policies that foster social cohesion, community identity and empowerment, crime prevention through environmental design, policies and planning for community disaster and emergency preparedness.
We would love to hear from you on what you think about this post. We sincerely appreciate all your comments – and – if you like this post please share it with friends. And feel free to contact us if you would like to discuss ideas for your next project!
Thank you for all the support and encouragement over the years. Here are some of our favorite blog posts about the design process related to the field of Architecture:
We would love to hear from you on what you think about this post. We sincerely appreciate all your comments – and – if you like this post please share it with friends. And feel free to contact us if you would like to discuss ideas for your next project!
The way you design your service experiences also makes an important impact on prospects and customers. Smart companies anticipate customer needs and are a few steps ahead of what comes next in the customer awareness through buying cycle. In this digital age, service and communication become the new commodity and it’s critical to design experiences to that model. Experience-based service begins with a process of communicating with customers and letting them initiate communications in return.
Getting personal with customers also enhances the customer experience. People like to buy from companies who they feel understand them and can anticipate their needs. Simple things like email birthday greetings or product suggestions based on past purchases tell customers that you remember them, value them and appreciate their business.
Intentional design is a powerful tool that provides a systematic method to explore a variety of customer interactions and touchpoints that move, engage and respond. Most of all, customer experiences have to be authentic and all touchpoint possibilities explored before recommending appropriate user design scenarios.
Service providers are continually reshaping their offering in response to changing customer needs and demands. As customer expectations change, businesses need to rethink the experiences they deliver. Meeting new demands does not only require delivery of the right propositions – it also requires developing broader capabilities around the needs of people, across the entire ecosystem.
Adapting to the Fast-Moving Customer World
Most organizations are not designed to meet the changes that occur in their customer’s lives. Stable organizational structures, designed around the needs of the organisation, struggle to provide the flexibility needed to meet the demands of customers. These rigid structures constantly create barriers to customer interactions. They also impact customer loyalty as well as the businesses’ ability to offer more relevant products and services.
Evolving Organizational Design Around Customer Needs
From business architecture to agile methods, organizations constantly try different approaches to move the organization forward and get closer to their customers. Yes, few organizations manage to truly connect with their customer and meet their needs. There is often a gap between what customers really need, and what the organization must be capable of doing. Bringing the customer perspective into traditional change disciplines bridges this gap and enables the organization to evolve its design around its customers.
Seeing the Organization Through Your Customer’s Eyes
The complex systems, processes and connections within many organizations make it challenging to understand how different teams and departments impact customers. Looking at your organization from the outside in, rather than from the inside out, provides insight into how customers see different departments working (together). Customers using a service are generally the ones who are exposed to the entire organization, and its vast amount of divisions, departments and groups. Seeing the organization through your customer’s eyes helps to build a true picture of the organization and its impact on the customer experience.
Design the Business Around Customers’ Experience
Shifting the focus from inside out to outside in helps build an understanding of the experiences customers demand through all their interactions with the organization. Using this knowledge, the right capabilities can be planned and delivered. Designing your business around the needs of people and shifting the organization to a customer first mind-set enables you to differentiate and grow sustainably.
Customer Experience Architecture Translated Into Organizational Capabilities
The customer experience architecture connects all aspects of the customers’ experience with the business and the organization. It maps the fluidity of customers’ needs and expectations, highlights major opportunities to have business impact and translates these into clear organizational capabilities. Understanding capabilities from a customers’ perspective helps determine which aspect delivers the core capabilities – people, process, system – and how this should be developed.
Co-Creating Your Business With Customers
Adopting a customer experience architecture driven approach puts the focus on understanding customer journeys, channel integrations and fulfilment. Adopting this approach, as opposed to the traditional organizational capability perspective, ensures the architecture of the business grows and evolves in line with customer demands. In addition, a more flexible and cohesive structure enables the business to co-create its design – as well as its experiences with its customers.
Delivering Frictionless Experiences
A customer driven architecture provides the ability to design organizational capabilities from the customer perspective. By mapping how customers use and experience a service, it becomes clear how different departments and groups within the organization impact that experience. Collaboration of a variety of skills from different disciplines leads to a cohesive design, which delivers the experiences customers demand, across all key interactions and channels.
Connecting Customers’ to the Business Capabilities
Keeping up with the constantly evolving needs of customers has become increasingly complex. To stay ahead organisations must start designing their structures and capabilities from the outside in, ensuring the business is evolves around the needs of customers. A customer experience architecture not only designs from the outside, it also brings you closer to your customers and their needs which ultimately allows for co-creating excellent experiences.
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We can attribute 3D printing technology to an American engineer and the co-founder of 3D systems, Chuck (Charles) Hull. He invented the first printing process that was capable of creating an actual, physical 3D object from a digital data file. He called this process Stereolithography. In an interview, Hull admits how surprised he was of the capabilities and potential of his discovery. And however amazed people were of 3D printing in its infancy, few could have imagined where it was heading.
Early stage models: Concept models are quick and easy to produce. The moment you have your model you can begin discussions with clients and prospects. This saves time and money, reduces the risk of costly errors, and speeds up the entire design-to-agreement process.
Urban planning: Architects now have the ability to 3D print a model of an entire town or city. This is something that’s achievable within hours with the right equipment and print materials.
Model variations: Sometimes it’s useful to print a few variations of the same or similar models. This is an affordable way to help architects get to their final designs faster and with much less fuss.
To summarize, here are the three key benefits of 3D printing for architects:
Detailed 3D printed models help clients to better visualize final projects
Reduced time (hours and days) spent creating models
Over time, Architects can build a library of reusable 3D designs
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The internet of things, or IoT, is a system of interrelated computing devices, mechanical and digital machines, objects, animals or people that are provided with unique identifiers and the ability to transfer data over a network without requiring human-to-human or human-to-computer interaction.
Connected spaces are networked to enable the interconnection and interoperability of multiple devices, services and apps, ranging from communications and entertainment to healthcare, security and home automation. These services and apps are delivered over multiple interlinked and integrated devices, sensors, tools and platforms. Connected, real-time, smart and contextual experiences are provided for the household inhabitants, and individuals are enabled to control and monitor the home remotely as well as within it.
The technologies behind connected spaces can be grouped in the following categories:
Networking: Familiar networking technologies (high bandwidth/high power consumption), such as Multimedia over Coax Alliance (MoCA), Ethernet, Wi-Fi, Bluetooth, as well as 3G and Long Term Evolution (LTE), are complemented with low-power consumption networking standards for devices and sensors that require low bandwidth and consume very little power, such as thermostats.
Media and Entertainment: This category, which covers integrated entertainment systems and includes accessing and sharing digital content across different devices, has proved to be the most prolific and contains some of the most mature technologies in the connected home.
Security, Monitoring and Automation: The technologies in this category cover a variety of services that focus on monitoring and protecting the home as well as the remote and automated control of doors, windows, blinds and locks, heating/air conditioning, lighting and home appliances, and more.
Energy Management: This category is tightly linked to smart cities and government initiatives, yet consumer services and devices/apps are being introduced at mass-market prices that allow people to track, control and monitor their gas/electricity consumption.
Healthcare, Fitness and Wellness: Solutions and services around healthcare have proven slow to take off, because they have to be positioned within a health plan and sold to hospitals and health insurance companies. The fitness and wellness segment has strong and quickly developed ecosystems that range from devices to sports wares to apps, which integrate seamlessly with each other to create a strong customer experience.
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Technologies like augmented reality in construction are emerging to digitalize the construction industry, making it significantly more effective.
What if we could have instant access to all the information about a construction site, down to smallest details about every person, tool, and bolt? What if we could always be sure about the final measurements of a beam or that soil volumes in the cuts are close to those of the fills? What if we could always track how fast the supply of materials runs out, and re-order supplies automatically?
All this is achievable with a digital twin — a concept of having a real-time digital representation of a physical object.
The following are some real-time digital twins applications on construction sites.
Automated Progress Monitoring
Progress monitoring verifies that the completed work is consistent with plans and specifications. A physical site observation is needed in order to verify the reported percentage of work done and determine the stage of the project.
By reconstructing an as-built state of a building or structure we can compare it with an as-planned execution in BIM and take corresponding actions to correct any deviations. This is usually done by reconstructing geometry of a building and registering it to the model coordinate systems, which is later compared to an as-planned model on a shape and object level.
Often data for progress monitoring is collected through the field personnel and can be hugely subjective. For example, the reported percentage of work done can be faster in the beginning and much slower close to the end of the project. People are often initially more optimistic about their progress and the time needed to finish the job.
Hence, having automated means of data collection and comparison means that the resulting model to as-designed BIM models is less liable to human error. Digital twins solve the common construction process problems.
As-Built vs As-Designed Models
With a real-time digital twins, it is possible to track changes in an as-built model — daily and hourly. Early detection of any discrepancies can lead to a detailed analysis of historical modeling data, which adds an additional layer of information for any further decision-making processes.
The project manager can then reconstruct the steps that led to the error and make changes in the future work schedule in order to prevent any similar mistakes from occurring. They can also detect under-performers and try to fix the cause of the problem earlier in the project or plan the necessary changes to the budget and timescale of the whole project.
Resource Planning and Logistics
According to the Construction Industry Institute, about 25% of productive time is wasted on unnecessary movement and handling of materials.
Digital twin technology provides automatic resource allocation monitoring and waste tracking, allowing for a predictive and lean approach to resource management. With digital twin technology companies would avoid over-allocation and dynamically predict resource requirements on construction sites, thus avoiding the need to move resources over long distances and improving time management.
Safety Monitoring
The construction industry is one of the most dangerous sectors in the world. According to the Bureau of Labor Statistics in the United States, more than four thousand construction workers died on-site between 2008 and 2012.
The real-time site reconstruction feature digital twins allows the industry’s companies to track people and hazardous places on a site, so as to prevent inappropriate behavior, usage of unsafe materials, and activity in hazardous zones. A company can develop a system of early notification, letting a construction manager know when a field worker is located in dangerous proximity to working equipment and sending a notification about nearby danger to a worker’s wearable device.
Microsoft recently shared a great vision of how AI combined with video cameras and mobile devices can be used to build an extensive safety net for the workplace.
Quality Assessment
Image-processing algorithms make it possible to check the condition of concrete through a video or photographic image. It is also possible to check for cracks on columns or any material displacement at a construction site. This would trigger additional inspections and thus help to detect possible problems early on.
See an example of how 2D images using 3D scene reconstruction can be used for concrete crack assessments.
Optimization of Equipment Usage
Equipment utilization is an important metric that construction firms always want to maximize. Unused machines should be released earlier to the pool so others can use them on other sites where they are needed. With advanced imaging and automatic tracking, it is possible to know how many times each piece of machinery has been used, at what part of the construction site, and on what type of the job.
Monitoring and Tracking of Workers
Some countries impose tough regulations on how to monitor people presence on a construction site. This includes having a digital record of all personnel and their location within the site, so that this information could be used by rescue teams in case of emergency. This monitoring is another digital twins application. Still, it is better to integrate digital twin-based monitoring with an automatic entry and exit registration system, to have a multi-modal data fused into a single analytics system.
Getting Data for Digital Twins
Some ways to gather data to be used for digital twins includes the following:
On projects to date, this approach has proven to save time, reduce waste and increase efficiencies.
From a Standardization Proponent’s Viewpoint
Open, sharable information unlocks more efficient, transparent and collaborative ways of working throughout the entire life-cycle of buildings and infrastructure.
From a Solution Provider’s Viewpoint
While the digital twin is needed initially for planning and construction, it’s also intended to provide the basis for building operations moving forward.
The vision of “construction 4.0” refers to the 4th industrial revolution and is a fundamental challenge for the construction industry. In terms of automated production and level of digitalization, the construction industry is still significantly behind other industries. Nevertheless, the mega-trends like Big Data or the Internet of Things offer great opportunities for the future development of the construction sector. Prerequisite for the successful Construction 4.0 is the creation of a digital twin of a building. Building Information Modeling (BIM) with a consistent and structured data management is the key to generate such a digital building whose dynamic performance can be studied by building simulation tools for a variety of different boundary conditions.
Along the total life cycle from design to construction, operation and maintenance towards remodeling or demolition, the digital twin follows all modifications of the real building and dynamically readjusts itself in case of recorded performance differences.
Thus, for the whole life span of the real building, performance predictions generated with the virtual twin represent an accurate basis for well-informed decisions. This helps to develop cost-effective operation modes, e.g. by introducing new cyber-controlled HVAC systems. The digital twin may also analyze the building’s dynamic response to changes in occupation or energy supply; it also indicates the need for building maintenance or upgrades.
The digital twin follows all modifications of the real building and dynamically readjusts itself in case of recorded performance differences.
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A digital twin refers to the digital representation of a real-world entity or system. Digital twins in the context of IoT projects is particularly promising over the next three to five years and is leading the interest in digital twins today. Well-designed digital twins of assets have the potential to significantly improve enterprise decision making. These digital twins are linked to their real-world counterparts and are used to understand the state of the thing or system, respond to changes, improve operations and add value. Organizations will implement digital twins simply at first, then evolve them over time, improving their ability to collect and visualize the right data, apply the right analytics and rules, and respond effectively to business objectives.
“Over time, digital representations of virtually every aspect of our world will be connected dynamically with their real-world counterpart and with one another and infused with AI-based capabilities to enable advanced simulation, operation and analysis,” said Mr. Cearley. “City planners, digital marketers, healthcare professionals and industrial planners will all benefit from this long-term shift to the integrated digital twin world.” (Source: https://www.gartner.com)
A digital twin is essentially a link between a real world object and its digital representation that is continuously using data from the sensors. All data comes from sensors located on a physical object; this data is used to establish the representation of a virtual object.
For construction, using digital twins means always having access to as-built and as-designed models, which are constantly synced in real-time. This allows companies to continuously monitor progress against the schedule laid out in a 4D BIM model.
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Drones—also called unmanned aerial vehicles (UAVs) or unmanned aerial systems (UAS)—are most simply described as flying devices that do not carry a human pilot. They can be remotely piloted or they can pilot themselves based on pre-programmed instructions. They can be equipped with GPS, on board computers, hardware, electronics, sensors, stabilizers, auto-pilots, servo controllers, and any other equipment the user desires to install. Drones can resemble fixed-wing airplanes but more commonly take the form of quad-copters, that is, rotor-wing aircraft that can take off and land vertically. Most people know that drones can be equipped with infra-red cameras (still and video), license-plate readers, “ladar” (laser radar that generate three-dimensional images and can be seen through trees and foliage), thermal-imaging devices, or even sensors that gather data about weather, temperature, radiation or other environmental conditions. All of this can be used to generate images, recordings or data that design professionals eventually will want to use in their business.
Drones could be a valuable tool in construction, widening the spectrum of what’s possible in architecture, according to architect Ammar Mirjan.
“We can fly [drones] through and around existing objects, which a person couldn’t do or a crane couldn’t do,” explains Mirjan. They can be programmed to weave simple tensile structures in the air, for example.
Architects are exploring the many benefits of mapping drones for improving and expanding their businesses. Here are just a few examples:
The most popular application for small drones is aerial photography and video capture to track and share “before and after” progress over time.
Ability to securely collaborate on specific areas of interest with your team, contractors, and customers.
Tell the story of your project. Show current and potential customers before and after fly-throughs of your job site so they can experience and appreciate the scale and impact of your work.
3-D point clouds with centimeter grade accuracy on progress, so you can get the precision updates you need to keep project approvals on time, without physically traveling to the site.
Get context for your project, plan your architecture with a full view of the surrounding area.
See 3D volumetrics so you know what you’re building on and can track progress.
Uses for Drones
Project documentation
Presentation + marketing
Architectural cinematography
Site analysis
Topographic mapping
Construction observation
Educational tool
Lead generation (working with Realtors)
Conclusion
According to an interview in Dezeen.com with Mark Dytham, architect and co-founder of Tokyo-based Klein Dytham Architecture, “Drones will transform the way buildings are designed, the way they look and the way they are used.
One way in which drones are proving to be a useful tool in architecture is through surveying. Due to their small size and relative ease of maneuverability, drones make an easy task of accessing difficult to reach places.
According to ArchDaily.com, “While using satellite imagery for site planning is common among architects, these visuals are often available in low resolution and produce less accurate data. Data collected by drones can completely eliminate the need for hiring land surveyors for creating topographic surveys. Instead, architects can use this information to build accurate 3D models of the terrain and site and import them directly into drafting and modeling software like Rhino.” In the past, architects would have relied on planes, helicopters, or satellite imaging for aerial footage.
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