EEBA Launches Free Online Database of Sustainable Building Products for Your Home
CategoriesSustainable News Zero Energy Homes

EEBA Launches Free Online Database of Sustainable Building Products for Your Home

The Energy & Environmental Building Alliance (EEBA) and ecomedes have compiled a trove of eco-friendly building products for your home: the EEBA & ecomedes sustainable building products database. This free online tool is designed to help you find the green materials you need in a snap. Users can select products by sustainability attributes, labels, and certifications; casting a wide net or narrowing it to just a few choices that meet specific needs.

This comprehensive tool continues EEBA’s commitment to residential sustainability. Making the resource free will likely expand the market penetration of environmentally preferable building products. Supplying per-product data and automating product performance calculations will serve building professionals that specify products and help customers achieve their sustainability goals.

eeba.ecomendes.com lets you search and compare home building products by category, brand, certifications, ecolabels, and performance criteria. Users choose a product and then can calculate the materials’ environmental impacts and evaluate how they help meet different green rating system standards, including the USGBC’s LEED programs, the International Living Future Institute’s Living Building Challenge, the Department of Energy’s Zero Energy Ready Homes program, and more. Important ecolabels, listed in the tool include Declare, GreenCircle, Life Cycle Assessment, WaterSense Certified, and Environmental Product Disclosures (EPDs). 

 

The green-home players

For over 35 years, EEBA has advanced building science information and education in the construction industry. EEBA members and supporters build resource-efficient, healthy, and resilient homes, working together as a community of thought leaders and early adopters from all facets of the home building industry. EEBA resources, educational programs, and events engage the next generation of sustainable construction professionals, and reach thousands of key decision makers and other important industry players in the space.

Partnering with ecomedes was a key step, according to EEBA CEO and President Aaron Smith. ecomedes, Inc. connects buyers and sellers through cloud-based software, specifically serving the eco construction market. Clients include AEC firms and building owners, brands and distributors, plus some of the ecolabels and rating systems included in the EEBA database. This lends expertise in vetting critical sustainability factors including energy, water, human health, circularity, and social factors.

Whether you’re a residential design and construction pro or a homeowner seeking guidance, this free sustainable products database could save you time and money. We’re eager to see how it might propel the market share of verified sustainable building products, improving our quality of life and protecting the planet and its resources for future generations.

 

Reference

Instead Of Stairs, A Spiraling Ramp Was Designed For This Office Building
CategoriesInterior Design

Instead Of Stairs, A Spiraling Ramp Was Designed For This Office Building

A spiraling ramp replaces the need for stairs in this modern office and adds a sculptural element.

PAULO MERLINI architects has designed the offices of E-GOI & CLAVEL´S KITCHEN in Portugal, and one of the main design features central to the interior is a spiraling ramp.

A spiraling ramp replaces the need for stairs in this modern office and adds a sculptural element.

The former warehouse, which has now been transformed into offices that span multiple floors, includes a ramp that replaces the need for a staircase.

A spiraling ramp replaces the need for stairs in this modern office and adds a sculptural element.

The elegantly curves of the concrete form is accentuated by the use of white bars and edges.

A spiraling ramp replaces the need for stairs in this modern office and adds a sculptural element.
A spiraling ramp replaces the need for stairs in this modern office and adds a sculptural element.

The circling ramp connects the floors of the office and adds a sculptural element that doesn’t block the light from traveling throughout the interior.

A spiraling ramp replaces the need for stairs in this modern office and adds a sculptural element.
A spiraling ramp replaces the need for stairs in this modern office and adds a sculptural element.
A white frame and supports connect the top of a spiraling ramp with the ceiling.

Here’s a glimpse of the ramp looking down from the top floor, and up from the ground.

A spiraling ramp replaces the need for stairs in this modern office.

Let’s take a look at the rest of the office…

The exterior of the office has walls of glass providing a glimpse of the interior for the pedestrians on the street.

The exterior of this modern office has walls of glass providing a glimpse of the interior for the pedestrians on the street.
The exterior of this modern office has walls of glass providing a glimpse of the interior for the pedestrians on the street.

There’s a variety of different seating areas in the office interior, including spaces for casual meetings in house-shaped alcoves.

There's a variety of different seating areas in this modern office interior, including spaces for casual meetings in house-shaped alcoves.

More private work rooms with glass walls that keep the sound in or out.

A modern office interior with a variety of work areas.

A larger meeting room with a blue curtain that’s filled with beanbags and has LED lighting in the ceiling.

A large meeting room with a blue curtain that's filled with beanbags and has LED lighting in the ceiling.

Other more traditional work spaces exist too, with desks that include multiple work stations.

A modern office with floor-to-ceiling windows.

There’s also a photo studio with a minimalist white kitchen with floating wood shelves. Adjacent to the kitchen are tall wood shelves filled with photography props and kitchen equipment.

A modern office has a photo studio with a minimalist white kitchen with floating wood shelves. Adjacent to the kitchen are tall wood shelves filled with photography props and kitchen equipment.
Wood shelves frame a spiraling ramp in the center of this modern office.

When it’s time to take a break from working, there’s a communal area with long wood tables, a kitchenette, seating by the windows, and an outdoor space.

A modern office with a communal break room.
A modern office with seating by the windows that take advantage of the natural light.
A modern office with plants that hang from a metal detail.
Photography by Ivo Tavares Studio | Architecture Office: PAULO MERLINI architects | Main Architects: Paulo Merlini/ André Santos Silva

Generating clean energy from building steel
CategoriesSustainable News

Generating clean energy from building steel

Spotted: As the world looks to reduce its reliance on fossil fuels, solar roofs could enable buildings to generate, store, and release their own secure supply of electricity. This concept is called ‘Active Buildings’ and has been successfully demonstrated by two buildings on the Swansea University campus for several years.

Now, experts at the university are taking the idea further by embarking on a three-year research collaboration with Tata Steel UK. The partnership will develop solar roofing panels which are greener, lighter, cheaper, and more flexible. And the key feature? The panels can be printed directly onto the steel used in buildings.

The panels use Perovskite solar cell (PSC) technology. PSC technology is a cheaper and lighter alternative to silicon-based solar panels. PSCs are made from a class of materials called perovskites, which can be readily produced from inexpensive and readily available ingredients. PSC could play a pivotal role in making solar power more affordable and accessible, and it could also be significantly more sustainable. PSC emits less than half the carbon of a silicon cell.

One of the key characteristics of the perovskite solar cells is that they are flexible and can be applied directly to surfaces, making them ideal for use in roofing materials or printing. Using techniques such as screen printing, PSC could be applied directly to materials such as coated steel.

Springwise has spotted a number of other innovations looking at decentralised solar power. Belgian startup Octave has designed a battery energy storage system (BESS) for stationary energy applications, while a UK company is incorporating solar cells into blackout blinds.

Written By: Katrina Lane

Email: k.g.sullivan@swansea.ac.uk

Website: swansea.ac.uk

Reference

Is Graphene the Next Revolutionary Building Material?
CategoriesArchitecture

Is Graphene the Next Revolutionary Building Material?

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What is Graphene? Graphene is a single layer of carbon atoms arranged in a hexagonal lattice, making it the thinnest material known to man. Despite its thin composition, graphene is incredibly strong — two hundred times stronger and 6 times lighter than steel. First isolated by researchers Andre Geim and Konstantin Novoselov from the University of Manchester in 2004, the material received the 2010 Nobel Prize in Physics, garnering increased global attention and interest. Graphene is durable and malleable, and scientists see promising architectural potential in the new material.

Graphene is also highly conductive and equally holds unique light-absorbing qualities. When it comes to conducting electricity, graphene rivals copper; when it comes to conducting heat, it trumps all other known materials. Meanwhile, graphene is nearly transparent, making it a suitable material for products such as touch screen devices, as well as light and solar panels. When mixed with plastic, graphene becomes a strong conductor of electricity, making it a potentially useful product in the satellite, aviation and automotive industries.

Although it is still in the early stages of research and development, there are many companies and research initiatives already dedicated to understanding the potential uses of graphene. Due to its unique property makeup, graphene can be used and applied in a plethora of ways, making it a worthwhile and lucrative material to research, study and develop commercially. This certainly holds true in the architecture and construction industry. Will this material have a revolutionary role in the design world? 

Properties of Graphene:

  • Thermal and electrical conductivity
  • Flexible and malleable
  • Extremely durable
  • Ability to generate electricity through exposure to sunlight
  • Transparent and lightweight
  • Antibacterial & resistant to ionizing radiation

Graphene as a Concrete Additive

In 2018, researchers at the University of Exeter found that incorporating graphene into concrete can produce a durable and water-resistant concrete composite. Researchers at the university suggest this composite material is two times strong and four times more water-resistant than any existing concrete. Through a new nano-engineering technology, the researchers suspended thin graphene in water, which produced an extremely resistant and usable concrete composite. Seeing that concrete releases high levels of CO2 into the air, this new composite material perhaps promises a greener alternative to traditional concrete.

The research was carried out in accordance with the British and European standards for construction, which ensures a safe material for architects to build with. Moreover, graphene’s water-resistant properties could equally be beneficial for sites that are difficult to reach and properly maintain — making this concrete composite not only durable but practical. It is possible that graphene-reinforced composites could be the future.

National Graphene Institute by Jestico + Whiles, Manchester United Kingdom. © Hufton+Crow Photography

Intelligent Cities

Some have suggested that graphene can easily up building’s intelligence. Architect Chenthur Raaghav Naagendran explains his research in a TEDx talk in Vienna, where he explores the possibilities of implementing graphene as a flexible skin for architecture. He proposes that graphene can be used to make architecture interactive, intelligent and adaptable. Chenthur’s research suggests that graphene could be used to replace traditional building materials and wires to create smart structures that respond to societal threats, such as global warming. Essentially, graphene can turn static structures into responsive agents.

Graphene in Paint

In 2017, paint manufacturer Graphenstone released a lime-based paint infused with graphene. Limewash paint has been around for centuries and has been revered for its breathable, bacteria-resistant, odor-absorbing and hypoallergenic properties. The company incorporated graphene into its renowned lime-based paint to create a thermal-regulating product. To resist heat from radiating through walls, the graphene present in the paint assists in capturing heat and thus improves a room’s insulation. Graphene’s thin makeup and durable properties mean less paint is required to achieve a corrosion-resistant and durable finish.

National Graphene Institute by Jestico + Whiles, Manchester United Kingdom. © Hufton+Crow Photography

Summary

Understandings of the role that graphene can play in the architecture and construction sphere are still in the early stages of research. However, there are promising concepts and graphene-present materials in development today. Equally, there are countless research initiatives and institutions dedicated to the commercialization of graphene. For example, the National Graphene Institute at the University of Manchester, designed by architecture firm Jestico + Whiles, is a world-leading research center dedicated to the research and development of graphene. Located at the very same institution where the material was first isolated, this institute demonstrates the UK’s dedication to remaining at the forefront of graphene commercialization.

Although there are still factors standing in the way of graphene commercialization — such as cost and maintaining quality during large-scale production — graphene could lead to more durable and thermally-regulated constructions in the future and is not to be overlooked.

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Atomic Architecture: Nanotechnology and Building Sciences
CategoriesArchitecture

Atomic Architecture: Nanotechnology and Building Sciences

Send us a photo. Tell us a story. Win $2,500! Architizer’s 3rd Annual One Photo Challenge is underway with a Main Entry Deadline on June 24, 2022! Start your entry for architecture’s biggest photography competition here.

Architecture is designed across scales and mirrors developments in science and research. Investigating matter on atomic, molecular and supramolecular scales, the field of nanotechnology has now started informing architectural design. In turn, structures for building sciences and research have rapidly expanded. As architects and designers are taking on this typology in public and private sectors alike, the study and evolution of nanotechnology mirror broader developments in how sciences are flourishing.

Combining science, engineering, and technology conducted at the nanoscale, the field focuses on a scale of 1 to 100 nanometers. At such a small scale, nanomaterials, begin to exhibit unique properties that affect physical, chemical and biological behavior. By manipulating matter, nanotechnology can create new structures, materials, and devices. Taking a closer survey into the design of structures and buildings for nanotechnology and research, the following collection of projects explores what atomic architecture looks like today.

Krishna P. Singh Center for Nanotechnology by WEISS/MANFREDI, Philadelphia, PA, United States

As the university’s first cross disciplinary building, this nanotech research facility was designed to encourage the collaboration, exchange and integration of knowledge that is the core of this emerging field. The facilities will combine the resources of both the School of Engineering and Applied Sciences and the School of Arts and Sciences.

Defined by a new central campus green, the building ascends as a spiral of research, reaching its highest elevation at the forum, a meeting space that cantilevers over the quad and opens to views of both the city and campus. A new multi-level crossroads, the center is a significant step toward signaling the University’s leadership in the emerging field of nanotechnology.

National Nanotechnology Park by Arch International Pvt Ltd., Homagama, Sri Lanka

The Nanotechnology Center of Excellence forms the epicenter of a National Nanotechnology Park that is a result of SLINTEC’s aims to create an ideal space for ‘thinking’. The campus will be a key feature within the ‘knowledge hub’ development plan in Homagama, creating a unique opportunity to house research, incubation and technology commercialization in an area that aims to draw both the public and private sectors.

Elements of all scales and sizes within the architectural language have been used in order to depict the relationship with nanotechnology as well as geometries that are closely involved in the sciences.

Mike & Ophelia Lazaridis Quantum-Nano Centre by KPMB Architects, Waterloo, Canada

The Mike & Ophelia Lazaridis Quantum-Nano is a showcase for Canadian innovation and industry in the fields of quantum computing and nanotechnology. The social components of the facility in the form of atria, mind spaces and collaborative areas manifest the original goals to attract and inspire the brightest minds in the world. At the official opening, Stephen Hawking, world-renowned physicist and partner with the University of Waterloo since 1999, described the design as a work of “architectural genius”.

New Center for Manufacturing Innovation by Brooks + Scarpa Architects, Monterrey, Mexico

Located in Mexico’s Research Park for Technical Innovation (PIIT), a science and technology park, which is a partnership between government, universities and the private sector to seek economic growth through technical innovation. The sprawling campus is host to more than 50 research centers devoted to R&D as well as the development of technology innovation in nanotechnology, biotechnology, mechatronics and advanced manufacturing, information technology, clean energy and advanced materials development. The iconic saw-toothed roof is inspired by the geometry of old factories and the surrounding Monterrey Mountains.

Mascaro Center for Sustainable Innovation by EDGE Studio, Pittsburgh, PA, United States

The University of Pittsburgh decided to expand and renovate Benedum Hall, the circa 1968 home for the Swanson School of Engineering on their main Oakland campus. The original limestone clad modernist tower and separate auditorium buildings, with their inflexible and non-daylit concrete block labs and offices and out of date classrooms, had become obsolete as the school’s focus shifted to the 21st century collaborative disciplines of nanotechnology, bioengineering and materials research. The University desired a more flexible facility that was conducive to inter-departmental collaboration, and that could help attract the best and brightest research faculty and students from around the world.

La Trobe Institute for Molecular Science by Lyons, Melbourne, Australia

This new research centre is a world-class facility for molecular science, biotechnology and nanotechnology research, teaching and learning. The 6 story facility provides approximately 11000m² of learning space – both wet and dry labs – on the lower 3 levels, and 18 research labs on the upper floors. It contains research groups in life sciences (biochemistry and genetics), physical sciences (chemistry and physics), and applied sciences (pharmacy) and teaches undergraduate and graduate courses in these areas through the School of Molecular Sciences.

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Energy Efficient Building Suppliers Make It Easy 
CategoriesSustainable News Zero Energy Homes

Energy Efficient Building Suppliers Make It Easy 

Energy-efficient building is much more than a fleeting trend: Around the world, the negative effects of climate change can no longer be ignored, from rising global temperatures to poor air quality caused by pollution. According to NASA scientists, reducing carbon emissions is crucial to turning things around. Further, it must be done on a global scale and within every industry, including home construction and renovation. 

The good news for home builders and remodelers is that energy-efficient, low carbon construction and remodeling isn’t out of reach, no matter your budget or geographic location. Today’s energy-efficient building suppliers are making it easier than ever to achieve net-zero emissions by providing state-of-the-art energy-efficient products and technical advice. Regarding material choice, there are a variety of sustainable options out there, even for homeowners working with a modest budget. 

No matter your architectural vision for an energy-efficient low carbon home, choosing a building supplier that can provide the energy-efficient products and materials you need can make all the difference. Here are a few standout companies in sustainable construction and renovation that you can order from wherever you live.

EEBA/Ecomedes                                                                                                                            

Sourcing and specifying sustainable building materials just got easy at EEBA/Ecomedes.

EEBA.Ecomedes.com is your comprehensive source for top-rated brands and sustainability certifications that you need for residential construction. Easily search by product category, brand, certifications and ecolabels, or greenest products to streamline how your teams source and specify. Once products are selected, easily review all product data and compare competitors. You can also add products to a project and start to calculate impact and evaluate how those selected products help you achieve your project’s preferred rating system.

ecomedes is providing solutions for building owners and designers to save time and money while making  environmental, social, and governance compliance easy. You can get started today at eeba.ecomedes.com.

Small Planet Supply

Founded in 2009, Small Planet Supply is an industry leader in sustainable building supplies, zero-energy education, and technical support while promoting social responsibility. The company was built on the backbone of the Passive House movement, which is widely recognized as the world’s leading standard in energy-efficient construction.  Small Planet’s catalog is full of innovative, sustainable products, including ThermaCork 100% natural cork insulation, created in-house by Small Planet. 

They have two warehouse locations, one in Tumwater, Washington, and one in Vancouver, B.C.,  and typically ship orders within the same or next business day. Shipping rates and carriers are dependent on customer location and package weight. Discounts may be available to local customers that are close enough to take advantage of the company’s reduced-cost truck delivery, which reduces emissions.

Rise

As a certified B Corp and a member of 1% for the Planet, Rise has high standards for home improvement product recommendations and endorsements. Rise Approved Manufacturers are judged on a variety of criteria, including whether the company can verify all of their environmental claims and the quality of the work environment where products are manufactured. As an “education-first” marketplace, the company also offers online home sustainability courses for eco-conscious builders at an affordable rate, starting at just $19 per course.

At Rise, energy efficiency is part of the entire purchasing process, and shipping is always carbon neutral, no matter your destination or order size. Rise achieves carbon neutrality by purchasing carbon offsets, and the company retains transparency throughout by providing tracking information and delivery updates via email. 

When ordering directly from Rise, new and existing online customers can take a 10% shipping discount by entering the code RISE10 at checkout. Shipping is available in the contiguous U.S. states and Canada. Canadian customers should place orders at Rise’s Canadian website

Eco-Building Products

Much like Rise, Eco-Building Products offers a variety of innovative products and manufacturer recommendations to customers across the U.S. and Canada. Following a lucrative venture in the world of coffee shops, owner Jim Barnes established the company in 2006. Barnes is a dedicated environmentalist and former recipient of the Northern Michigan Environmental Action council’s “Environmentalist of the Year Award.” 

The Eco-Building Products online catalog features green building products and materials at all price points, suitable for eco-conscious DIY home builders and contractors alike, with a wide array of solar energy options. Eco-Building Products is also a good resource for energy efficient van conversion and tiny house supplies and materials. In addition, visitors can find plenty of resources and building tips on its Tiny House Hub

At Eco-Building Products, based in Elberta, Michigan, shipping is offered within the contiguous U.S., although international customers may make a special order by calling customer support at (231)-399-0700. 

475 High Performance Building Supply

At 475, customers looking to achieve zero emissions and/or meet Passive House standards have many products to choose from, such as energy-efficient hot water systems and thermal insulation. The company website also provides helpful knowledge resources for the DIY builder in the form of videos, ebooks, and on-demand courses. 

The exclusive North American distributor of Pro Clima air-sealing products, 475 High Performance Building Supply, offers shipping throughout Canada and the U.S., including Alaska and Hawaii. Curbside pickup of select materials may also be available to customers in the following cities, home to 475 High Performance Building Supply warehouses: \

  • Brooklyn, New York
  • Hillsboro, Oregon
  • Ridgefield, New Jersey
  • Waterbury, Connecticut

Going directly to local suppliers is one of the best ways to reduce emissions related to shipping and transit. 

Energy Efficient Products Available At Your Fingertips

Considering all we know about climate change and how every one of our actions can make a difference, there’s really no excuse to look the other way, because no matter where you live, the products and the know-how for taking action are at your fingertips. So when you plan your next remodel or new construction project, be sure to focus on reducing both operational and embodied carbon. Then utilize these companies that supply the energy efficient products and know-how needed to get your home, business, and life on the path to zero wherever you are. 

 

By Amanda Winstead      

Amanda Winstead is a writer from Oregon with a background in communications. She writes on science, business, and many more subjects. She can be reached on Twitter at amandawinsteadd

Amanda Winstead is a writer from the Portland area with a background in



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Wavy Balconies With Overhanging Plants Are A Design Feature On This Apartment Building
CategoriesArchitecture

Wavy Balconies With Overhanging Plants Are A Design Feature On This Apartment Building

A modern building with curved balconies and overhanging plants.

Architecture firm K.A Studio has designed the remodel of an apartment building in Ho Chi Minh City, Vietnam, that included the addition of green space.

A modern building with curved balconies and overhanging plants.

In an area filled with concrete and hard lines, this updated apartment building, which is now used for staycations, has been designed as an oasis in the city, with the curved balconies creating a soft edge on the facade.

A modern building with curved balconies and overhanging plants.

Overhanging plants cascade down the side of the building, while taller plants add different layers and grow up between the voids created by the balconies.

A modern building with curved balconies and overhanging plants.

The underside of the balconies is lined with wood, adding to the natural look of the building.

The underside of these balconies is lined with wood, adding to the natural look of the building.

At night, uplighting creates shadows on the balconies above.

At night, uplighting creates shadows on the balconies above.
A modern building with curved balconies and overhanging plants.

The balconies overlook a pool that’s located on the ground floor and has curves that mimic the exterior of the building.

A curved swimming pool complements the curved balconies above.
A curved swimming pool complements the curved balconies above.
A curved swimming pool complements the curved balconies above.
A modern building with curved balconies and overhanging plants.

Throughout the building materials like woods, local split stones, concrete, terrazzo, and rattan are featured.

The interior of this building features materials like woods, local split stones, concrete, terrazzo, and rattan.

Bright hallways with lighting embedded in the concrete floors, and in the ceiling, guide guests to their private apartments.

Bright hallways with lighting embedded in the concrete floors, and in the ceiling, guides guests to their private apartments.

The apartments are minimal in their design, with simple wood furniture in the living room, and a kitchenette.

A minimalist apartment interior with LED lighting and a small living room.
A minimalist apartment interior with LED lighting, a small living room, and kitchenette.

In the bedroom, a horizontal wood accent above the bed hides LED Lighting, which also complements the lighting on the opposite wall. There’s also a floating wood desk that lines the wall, and a sliding door opens to a balcony.

In this bedroom, a horizontal wood accent above the bed hides LED Lighting, which also complements the lighting on the opposite wall.
A floating wood desk.
Photograph: Hiroyuki Oki | Architects: K.A Studio | Lead Architects: Doan Quoc Khanh | Design team: Dang Anh Khoa, Hoang Anh Dung, Tran Quoc Nhat, Le Duc Duy | Construction: La Maison Du K

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Architecture Building Blocks: Placing 3D Models in Photographs
CategoriesArchitecture

Architecture Building Blocks: Placing 3D Models in Photographs

ArchiHacks is an online resource for architects dedicated to architecture visualization, portfolio, and design tips and tricks for students and professionals. This article was written by team member Tommy Minh Nguyen.

With the closure of workshops and in-person meetings, physical models became less effective during the pandemic. Nevertheless, there is a sense of completion and achievement that comes out of having physical models occupy real space. Today’s article will walk you through adding a 3D model into a photograph to fabricate a situation where a digital model can occupy “real” space. Unfortunately, not everyone will be able to utilize this tutorial, but it could still offer an alternative to achieving the same goal! Remember, design will always have more than just one solution.

Here’s what you’ll need:

  • 3D model
  • Rhino + V-ray *You can use any 3D software that supports V-ray
  • Photoshop

Step 1: Align Perspective

This is possibly the most tricky and frustrating part. Import the image into the background, and take your time to adjust the camera focal length to match perspective with the image. You might benefit from the video demonstration on our YouTube channel.

Step 2: Setup Light and Environment

Try to replicate the real-world setup as much as possible, including lighting and other walls in the scene. In our example, we placed a rectangular light to the right side to simulate a diffused light from the window and blinds.

Step 3: Shadow Matte

This is the magic material that will help us with the shadows. Create a generic material and a wrapper material. Use the generic material as the base, and use the following settings. Then you can apply the wrapper to the tabletop surface.

Step 4: Render in High Resolution + Save

Make sure to save it as a .png file to preserve transparency and shadow!

Step 5. Combine Rendering on Top of the Background Image in Photoshop

Place the rendering on top of the base image and make adjustments to help it blend in. In our case, we added a bit of color correction.

That’s all we got for today! Let us know how this came out for you and share it with our Instagram page by tagging @archi.hacks and #archihacks! I hope you found this article helpful, and if you have any tips for future students, please let us know in the comments below. Make sure to follow our YouTube and Instagram for more content!

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Architectural Building Blocks: 5 AutoCAD Tips and Tricks
CategoriesArchitecture

Architectural Building Blocks: 5 AutoCAD Tips and Tricks

ArchiHacks is an online resource for architects dedicated to architecture visualization, portfolio, and design tips and tricks for students and professionals. This article was written by team member Tommy Minh Nguyen.

Not everyone may have the chance to use AutoCAD, but sooner or later, you will probably end up using some form of computer-aided drafting (CAD), which will have a similar workflow. AutoCAD was developed and marketed by Autodesk for architects, engineers, and construction professionals to create precise 2D and 3D drawings. The strides in architecture technologies in recent years catapulted the design and construction of amazing projects. For many emerging professionals, AutoCAD isn’t on the radar anymore (even if they are entering the workforce with extensive knowledge of new software). Yet, even if everyone talks about Revit, Grasshopper, Rhino, and all the sorts of BIM or 3D modeling software, AutoCAD is still utilized in firms all across the world.

If you aren’t familiar with or used AutoCAD much, it’s okay — we will be sharing five tips that will facilitate a quicker workflow of the industry’s staple that is still around! Besides, being familiar with AutoCAD can establish a good foundation for other programs. It’s important to note that the images below are stitched to illustrate the process better, so it will not look the same when attempting this.

Shortcuts + Customization

One of the greatest hacks for any software is learning the shortcuts. This may not be news, but what if I said you could customize the shortcuts in AutoCAD even further? I recently learned this trick and thought, ‘Had I known this sooner, I would have saved so much time.’

How do you set up your own shortcuts? When you open up AutoCAD, you’ll want to click on the “Manage” tab, then click on “Edit Aliases,” and this window should pop up.

From here, you can customize all the shortcuts you need to one or a few keys to do multiple tasks. It’s important to make sure there are no duplicates in this notepad, or AutoCAD will be confused about what you are attempting to achieve.

Interface Customization

Just like shortcut customization, interface customization is the next best thing to get situated with. When I’m opening a new software, the first thing I always ask is “How do I switch this to black or dark scheme?” Luckily, it’s effortless. Type “Settings” in the command bar, and a window will pop up, which will give you multiple options to adjust the display, drafting, or user preferences settings. Take the time to explore those options and adjust to your liking! In addition, there are other ways to customize your interface, and I’ll break down some things in the image below,

  1. This button controls the ribbon area, and you can cycle through multiple settings depending on how you like it. I normally go with the ribbon option shown in the image because it’s easier to navigate than the others.
  2. This option is available for most pop-up tabs that occur in AutoCAD. This symbol essentially asks if you’d like this window to be added to your sidebar. It also toggles whether you want the tool window to stay locked or hidden when not used.
  3. The sidebar is where you’d find any anchored tool window you’d like. I usually keep my properties tab locked but place my “Layer Properties” and “External References” anchored and automatically withdrawn if not used to the side for quick access.

Utilizing Blocks

Looking back, I realized how much time I wasted without using blocks. Instead of repeatedly deleting and copying objects, I could have made changes to one block and it will change all of them in AutoCAD! Blocks essentially allow you to edit multiple instances of the same block at once.

There are two effortless ways to access it: option 1 is found under the “Home” ribbon, where you can go over to the block tab to create or insert any blocks. Option 2 is housed under the “Insert” ribbon — there’s a bigger block tab that can help you learn what the image stands for, but either option will get you to the same result. Ideally, you’d want to create the object first using any tools under the option and modify tab. Once you’ve done that, select the lines, then click the “Create Block” button and this window should pop up.

You can choose to select the object after, but I find it easier and quicker to select the lines or objects first before creating the block.

  1. Click this button for the “Block Definition” window to pop up after selecting the lines and/or objects for the block.
  2. This is where you should name the block so it will save you time finding it!
  3. These are some settings you’d want to adjust eventually; for your sake, the settings shown will be ideal before adjustments.
  4. It’s ideal to uncheck this box because it’s unnecessary to edit the block right away if you’ve drawn it correctly beforehand. Don’t worry, you can always edit the block by right-clicking the object and finding the “Edit Block” option.
  5. Make sure to select this option to set the base point of the block. Otherwise, it may cause complications later on!

Utilizing xRefs or xReferences

Another great hack in AutoCAD is learning how to operate xRefs; they are essentially any viable file that can be placed into the drawing to use as a reference, like PDFs, JPGs, or other AutoCAD files (DWGs). This could be extremely helpful if you were making an addition to other projects, or your project has specific site conditions you’d want to display.

This is also great practice in professional settings for several reasons. First, it allows multiple people to work on different files and still reference each others’ work. Second, it keeps each file clutter-free, lightweight, and focused on the relevant parts of the project. Third, it allows you to swap out versions or iterations by replacing xRefs quickly. Here’s how you can bring one in:

  1. Click on the “Insert” ribbon.
  2. After that, go ahead and click on “Attach.”
  3. This window will pop up for you to select what file you want to use as a reference.
  4. After making your selection, a second window will pop up, and I have already set general settings for your convenience. You could make more adjustments to these settings once you have learned the process!

Sheet Layout + Viewport Control

Let’s say you want to export a drawing without certain features but don’t want to waste time to recreate it or copy multiple views causing your file to slow down. What do you do? Sheets and viewport control are your best friend! Now, I never really used this feature until I began working, but still, I’m sure it will save you some time too! Assuming that you have a drawing in AutoCAD and it’s situated near the origin (0,0) in the model space, here are the steps you can do to maximize your efficiency in exporting views.

  1. In AutoCAD, the space you work in is called the “Model” space, so if you want to control your sheets for drawings and views, you will want to click on the tabs below to set that up. You can add sheets by hitting the “+” sign or right-click on a tab to add a sheet.
  2. You should confirm the sheet size or settings you will want to export the drawing in by right-clicking the sheet tabs and clicking the “Page Setup Manager” option. From there, another window will open and a few more adjustments based on your needs.
  3. Select this tab to create a viewport or view on the sheet. Viewports is another way to see your drawing, imagine it’s a camera snapshot of the model space, which you can control certain settings that won’t affect the model space!
  4. To create a viewport, click on this item. Now, you can have organic-shaped viewports, but in this scenario, let’s keep it simple. Once you click on it, all you have to do is draw a rectangle that fits your sheet, and you can always adjust if needed.
  5. This is the rectangular viewport.
  6. You can double-click into the viewport and use the mouse wheel to locate what you want visible in the box. If you want to exit the viewport space, double-click on the sheet or the colored edge surrounding the drawing.
  7. After selecting the frame of the viewport, you can control the scale of the drawing by clicking on the scale symbol at the bottom right corner. Make sure to lock the view by clicking the lock symbol next to the scale symbol. This makes your viewport fixed on what you are showing.
  8. You can turn off layers in specific viewports by opening your “Layer Properties,” finding the tab that says “VP Freeze,” and clicking on the symbol with the sun. This is similar to freezing a layer, but instead of turning it off for the entire file, it will only turn it off for that view.

This is a rather advanced technique in AutoCAD, so there’s a lot of playing around with this last one. However, if you learn this sooner, especially with the iterative process of school and work, it can save you a lot of time and headaches.

These tips vary in levels of understanding of AutoCAD; nonetheless, these should help you learn the software even faster. That’s all we got for today! I hope you found this article helpful, and if you have any tips for future students, please let us know in the comments below. Make sure to follow Archi Hacks’ YouTube and Instagram for more content.

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Wavy Balconies With Overhanging Plants Are A Design Feature On This Apartment Building
CategoriesArchitecture

Wavy Balconies With Overhanging Plants Are A Design Feature On This Apartment Building

A modern building with curved balconies and overhanging plants.

Architecture firm K.A Studio has designed the remodel of an apartment building in Ho Chi Minh City, Vietnam, that included the addition of green space.

A modern building with curved balconies and overhanging plants.

In an area filled with concrete and hard lines, this updated apartment building, which is now used for staycations, has been designed as an oasis in the city, with the curved balconies creating a soft edge on the facade.

A modern building with curved balconies and overhanging plants.

Overhanging plants cascade down the side of the building, while taller plants add different layers and grow up between the voids created by the balconies.

A modern building with curved balconies and overhanging plants.

The underside of the balconies is lined with wood, adding to the natural look of the building.

The underside of these balconies is lined with wood, adding to the natural look of the building.

At night, uplighting creates shadows on the balconies above.

At night, uplighting creates shadows on the balconies above.
A modern building with curved balconies and overhanging plants.

The balconies overlook a pool that’s located on the ground floor and has curves that mimic the exterior of the building.

A curved swimming pool complements the curved balconies above.
A curved swimming pool complements the curved balconies above.
A curved swimming pool complements the curved balconies above.
A modern building with curved balconies and overhanging plants.

Throughout the building materials like woods, local split stones, concrete, terrazzo, and rattan are featured.

The interior of this building features materials like woods, local split stones, concrete, terrazzo, and rattan.

Bright hallways with lighting embedded in the concrete floors, and in the ceiling, guide guests to their private apartments.

Bright hallways with lighting embedded in the concrete floors, and in the ceiling, guides guests to their private apartments.

The apartments are minimal in their design, with simple wood furniture in the living room, and a kitchenette.

A minimalist apartment interior with LED lighting and a small living room.
A minimalist apartment interior with LED lighting, a small living room, and kitchenette.

In the bedroom, a horizontal wood accent above the bed hides LED Lighting, which also complements the lighting on the opposite wall. There’s also a floating wood desk that lines the wall, and a sliding door opens to a balcony.

In this bedroom, a horizontal wood accent above the bed hides LED Lighting, which also complements the lighting on the opposite wall.
A floating wood desk.
Photograph: Hiroyuki Oki | Architects: K.A Studio | Lead Architects: Doan Quoc Khanh | Design team: Dang Anh Khoa, Hoang Anh Dung, Tran Quoc Nhat, Le Duc Duy | Construction: La Maison Du K

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