The Extended Entry Deadline for Architizer’s 2025 A+Product Awards is Friday, February 21st. Get your brand in front of the AEC industry’s most renowned designers by submitting today.

For homeowners and designers looking to embrace renewable energy, solar panels have long been the go-to solution, but they often come with aesthetic compromises. Enter Airiva, an A+Product Award-winning wind energy system that combines striking design with cutting-edge functionality, redefining what it means to bring clean energy into private residences and architectural projects. Featuring an elegant array of vertical wind turbines housed within a contemporary frame, Airiva offers a modular, quiet and visually compelling alternative to traditional renewable energy systems, making it an appealing option for architects seeking to integrate sustainability into their designs.

Designed to complement both modern and traditional architecture, Airiva transforms renewable energy generation into a design feature rather than an afterthought. Its flexibility makes it suitable not just for private homes but also for larger residential or commercial projects, providing architects and designers with an adaptable, innovative solution. With the ability to generate power on-site, store it for later use, or feed it directly into the grid, this system offers energy independence while seamlessly enhancing the built environment. Manufactured with 90% recycled materials and compatible with other energy technologies, Airiva empowers architects, designers and homeowners to make sustainability both functional and beautiful.

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Hannah Feniak: What inspired the creation of the Airiva wind energy system; could you provide a bit of background behind its development?

We were researching small-scale renewable energy products and it became very clear that there was an outstanding opportunity to apply compelling contemporary design to the category in order to expand the market for distributed wind energy and to help inspire wider adoption. We designed an initial concept for a distributed wind energy system that was beautiful and provided a modular and scalable platform that could be adapted to individual installation requirements. Through the development process, we realized the concept could be integrated within urban and suburban landscapes, making it a unique product that greatly expands the market opportunities for distributed wind energy.

Airiva is a modular, scalable and smart wind energy system consisting of an array of vertical wind turbines within a contemporary frame. How does the design balance aesthetics with technical innovation and practical considerations?

Good design is frequently driven by creating elegant solutions to practical problems. Throughout the development process, we encountered many challenges and opportunities that required us to carefully consider and then reconcile technical and product performance elements against a commitment to maintaining a compelling form factor. For example, during testing, we identified an opportunity to redesign the frames into a more open spatial structure which provided additional performance and scalability benefits. Each problem that is uncovered in the development process provides a new opportunity to develop solutions in a way that will improve the entire product. Additionally, a well thought through, practical solution often provides the opportunity to further improve the aesthetics.

You’ve emphasized that the visually compelling nature of the design provides a powerful representation of renewable energy; why do you think this is important in the industry right now?

Airiva utilizes the principles of good design to help audiences expand the way they view onsite renewable energy resources. Aesthetics are not often a significant driver in the renewable energy sector but can play a valuable role in increasing receptivity and adoption.

Sustainability is a key aspect of this product, with its manufacturing targeted to use 90% recycled materials and its obvious goal of generating renewable energy in commercial and residential applications. Can you elaborate on the green aspects of the design?

We considered sustainability throughout the design process and continue to do so in each step, from how and what products are made from to the end of their life. Airiva has a manufacturing target to use a minimum of 80% recycled and post-consumer materials compared with the frequent high use of virgin materials seen across the renewable energy category. We are evaluating materials and manufacturing processes that will also optimize overall circularity.

Your product is competitive against other smaller-scale distributed energy resources across the globe. What are the biggest challenges and opportunities you’ve encountered when designing modular scalable energy systems that are adaptable to site-specific needs and compatible with other distributed energy technologies?

Designing and building an innovative wind energy product is a complex synthesis of numerous engineering disciplines. Balancing all these technical elements within a compelling design constantly created both challenges and opportunities to rethink our engineering, materials and designs. Future pilots and collaborations with strategic partners will help us identify additional design and optimization opportunities.

Home renewable energy systems are rapidly growing in popularity. What has been the response from clients and the design community to the Airiva wind energy system? How is the industry responding?

Airiva has won multiple design awards and received global press attention from both design and mainstream media outlets. As a result, we’ve received thousands of registrations of interest and inquiries from more than 50 countries including many large multinational corporations, global real estate development firms, municipal governments and public institutions.

Looking ahead, how do you see Airivia evolving, and what role do you aim to play in shaping the future of renewable energy?

Airiva will continue our design, innovation and engineering work to expand the way we think about renewable energy. Our goal is to create new and significant opportunities to utilize distributed wind energy on a global basis.

What does winning an A+Product Award mean to you and your team?

Winning the A+ Product Award is a wonderful and very appreciated recognition of the product’s design and value proposition, as well as the hard work that has gone into taking Airiva from an initial product concept to where we are today. The global design community’s acknowledgements and enthusiasm have been inspirational.

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The Extended Entry Deadline for Architizer’s 2025 A+Product Awards is Friday, February 21st. Get your brand in front of the AEC industry’s most renowned designers by submitting today.

The post Winds of Change: Airivia’s New Spin on Renewable Energy appeared first on Journal.

Architects: Want to have your project featured? Showcase your work by uploading projects to Architizer and sign up for our inspirational newsletters.

Net zero. Carbon neutral. Nature-friendly. Future-ready. Green. Pro-planet.

Whatever industry you’re in, there are no end to the buzzwords and top-line phrases we use to imply and infer actions that directly benefit the Earth, slow and mitigate the damage human civilization has been causing for a few centuries now.

Each can be considered a subheading beneath the unwieldy label of ‘sustainability’ — a word that literally means the ability to maintain something at a constant rate or level, indefinitely. But, while many of the myriad tags are essentially pretty meaningless, there’s no escaping from the truth. People need up-skilling in the art of not destroying the environment, upon which their own existence depends.

This is particularly true of architects and designers, the professionals tasked with creating cities and objects, buildings and items, of the future. Currently, the built environment accounts for 40% of all carbon emissions, and this figure remains stubbornly high. Progress is only be guaranteed when we wrap our heads around what it sustainable development really means. Here’s a 101 in green design and architecture to start us off.

Characteristics of Sustainable Architecture

Bundanon Art Museum + Bridge by Kerstin Thompson Architects, Illaroo, Australia | Jury Winner, Architecture +Environment; JuryWinner, Sustainable Cultural Building, 11th Annual A+Awards

What are the benefits of sustainable architecture?

It’s simple maths really. Without reducing our environmental footprint and making buildings — along with everything else — more nature and climate-friendly, the continued development of society risks destroying bringing about an end to civilization. So the benefit of sustainable architecture is avoiding self-annihilation.

Digging deeper, there are key ‘wins’ with sustainable architecture. Carbon emissions and other airborne pollutants are usually significantly lower with sustainable approaches. Often, fewer resources are used, with waste and — potentially — cost coming down as a result. These projects frequently place a high value on natural assets, too. And given green space, trees, plants and wildlife are proven to improve human health and mental health, it should go without saying this is another major plus point.

What is embodied carbon and why does it matter for architectural sustainability?

Embodied carbon refers to the greenhouse gas emissions produced during the design, construction and completion of a structure, and then any physical parts required to keep it standing. Breaking this down into Upfront (emissions up to the point the building becomes operational, in-use — day-to-day maintenance) — and end-of-life, meaning carbon footprint of demolition and deconstruction, reveals how big a deal it is.

Embodied carbon is hugely important for architecture to be truly sustainable because as we transition to renewable energy sources and operational footprints come down, most emissions associated with buildings are more likely to be a form of embodied at the construction stage. We’re still some way off perfecting truly affordable green concrete, which is a big issue in tackling this. Nevertheless, as regulations tighten, embodied carbon in the materials and creation of new structures will be more important than ever.

Gaia by RSP Architects Planners & Engineers, Singapore | Jury Winner, Sustainable Institutional Building, 12th Annual A+Awards

How important are regenerative and eco-friendly materials in sustainable design?

If using lower carbon materials is pivotal to tackling the climate crisis, then using regenerative and ‘eco-friendly’ products takes this one step further. Regenerative materials usually refer to anything that can contribute positively to a ‘right-carbon’ future, actively bringing down emissions and self-maintaining.

Interestingly, materials such as biochar, hemp, bark, cork, straw and bamboo are now considered at the bleeding edge of the regenerative revolution, but actually have more ties to historic, localized and indigenous construction methods than (almost) anything the 20th century gave us.

It is also crucial to consider that just because something is technically regenerative doesn’t mean it is planet-friendly. We need to note where materials are sourced from, how responsibly feedstocks were cultivated, and consider how alternatives measure up. The debate over recycled steel is a good example of this — technically regenerative, yet anything but ecological.

What role do adaptive and modular spaces play in sustainable design?

Adaptive architecture refers to the creation of buildings and structures that can adapt to and exploit traits in their environment. Passive heating and cooling systems could be one example. A living roof, which develops in response to climate conditions and species interactions, is another.

Sometimes, ‘adaptive’ relates more to the connection between inhabitants and users and buildings. Like designs that purposefully address accessibility for people with particular needs.

In contrast, modular means “employing or involving a module or modules as the basis of design or construction”. This means building something from smaller parts, often pre-fabricated then brought to site as a series of ‘complete’ parts, at which point it’s pieced together.

This isn’t always a sustainable option, but often results in less embodied carbon from production processes as labor times are reduced, fewer trips are needed to transport materials, and completion times are quicker. There’s often less waste, too, as materials can be precision prepared in specialist facilities, rather than cut to fit mid construction.

Manshausen – Two Towers by Snorre Stinessen Architecture, Steigen, Nordland, Norway | Jury Winner, Architecture +Environment; Popular Choice Winner, Sustainable Hospitality Building, 12th Annual A+Awards

How can biophilia, or incorporating plants and nature into buildings, help with sustainability?

Biophilic design has one core purpose — reconnecting people with nature by looking to nature for guidance on how to approach developing, improving or inventing solutions.

If we want to state the obvious, this is a fundamental principle of sustainable architecture because the blueprint is Earth itself, which has evolved systems capable of sustaining life for hundreds of thousands of years at a time without biosphere change.

Natural light and ventilation, engaging with the existing landscape, living walls, planted roofs and the use of eco-friendly, grown materials all fall into this category. By simulating the way plants have evolved to become self-sufficient but also net positive contributors to the planet, we can produce far more environmentally friendly buildings.

History of Sustainable Architecture

What is the history of sustainable architecture?

Sustainable architecture almost predates architecture itself. Traditional, rudimentary, ancient building methods were all sustainable by their very nature due to the materials available. So, despite their 21st century positioning, eco-friendly buildings are really mimicking and mirroring, or at least replicating the impact of what we were doing millennia ago.

The expansion of the Industrial Revolution, and the advent of the age of mass-production really marked the turning of a tide towards far less sustainable building practices. Modernism during the mid-20th Century then ushered in a period of ‘holistic’ architectural theory in some regions and circles, giving rise to today’s combination of au naturel solutions, ecological innovation and high-tech sustainability.

Examples / Case Studies

Life Cycle by Steffen Welsch Architects, Coburg, Australia | Popular Choice Winner, Sustainable Private House, 12th Annual A+Awards

What certifications exist to establish standards for sustainable buildings?

LEED – Leadership in Energy & Environmental Design

BREEAM – Building Research Establishment Environmental Assessment Method

WELL Building Standard – Certification based on human health and well-being in relation to a building

Green Globes – Green Building Initiative certification and rating system

Living Building Challenge – Certification of sustainable design and construction leading to net positive impact

DGNB – Measurement of a building’s effect on ecology, economy and society

Energy Star – US Environmental Protection Agency certification for operational energy efficiency
National Green Building Standard – rating and certification of homes and apartments for energy, water, maintenance, indoor environmental quality, more

Passivehaus Standard – Certification designating a home as being environmentally ‘passive’, indicating no or positive impact

Fitwel Standard – Focused on the health and wellbeing effects of apartments, retail and commercial buildings

Google Borregas by MGA | MICHAEL GREEN ARCHITECTURE, Sunnyvale, California | Jury and Popular Choice Winner, Architecture +Workspace; Jury Winner, Architecture +Wood, 12th Annual A+Awards

Which architects are associated with sustainable architecture?

The list could be longer, but here are a few distinguished names:

Kunlé Adeyami is an architect, designer and development researcher at NLÉ Works in the Netherlands, and the mastermind behind the Makoko Floating System — an adaptive, regenerative, low carbon solution to rapid population growth in coastal areas of developing countries facing the brunt of the climate crisis.

Michael Green is a Canadian architect and founder of Michael Green Architecture. In addition to authoring books on mass timber construction, he is also a vocal advocate of revolutionizing the AEC industry through material specification and design choice, drawing critical attention to the term “sustainability” itself.

Alexandra Hagen is CEO of Swedish sustainable architecture powerhouse White Arkitekter and has led on a number of iconic timber construction projects in northern Europe, a snowball’s throw from the Arctic Circle.

Mariam Kamara, founder of Atelier Masomi, considers local aesthetics, histories, societal attributes and environmental traits in every decision, informing use of materials such as glass and steel in projects across her Niger homeland and beyond — one of innumerable countries now on the frontline of climate change.

Edward Mazria has a hugely impressive portfolio of global projects and 40 years of sustainable practice behind him. In more recent years, he founded Architecture 2030, a pro-bono entity looking to transform the built environment into a net positive carbon contributor.

Pablo Sendra, in the bestselling Designing for Disorder, argues that the built environment’s liveability depends on its evolutionary qualities. Simply put, sustainable places are made to adapt and change roles as our needs evolve.

What are famous examples of sustainable architecture?

We’ve already mentioned headline-grabbing award-winners like the Makoko Floating System and Sara Kulturhus. But the Architizer archives are full of examples — hence a dedicated section of Sustainability Categories in Architizer’s A+Awards Program.

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Past winners include commercial buildings like Oslotre Arkitekter’s HasleTre, Amazon HQ2 at Metropolitan Park by ZGF Architects and Foster + Partners Ombú, cultural institutions like the Bundanon Art Museum + Bridge by Kerstin Thompson Architects and the Echo building at TU Delft by UNStudio.

Not to mention private houses such as Sumu Takushima by tono.inc, and Shore House. This is before we come to major urban interventions and transport developments. One Green Mile in Mumbai, and the Amazon Bus Station, Belém, Brazil.

The Future of Sustainable Architecture

Amazon HQ2 at Metropolitan Park by ZGF Architects, Arlington, Virginia | Popular Choice Winner, Sustainable Commercial Building, 12th Annual A+Awards

What technologies are being developed for the future of sustainable architecture?

BIM – Building Information Modeling is a powerful management framework that provides detailed insights into every aspect of a building’s construction and maintenance, boosting efficiency and cutting waste.

AI – Artificial intelligence is playing an increasingly big part in streamlining and fine-tuning building processes, ensuring the most efficient and effective solutions are deployed

Bio insulation – Insulation brings down energy use, and in doing so a building’s operational footprint. We need a lot more of it, but the materials involved are often damaging to the environment. Mycelium – the root-like structure of fungal communities – is one of many bio alternatives now available

3D printing – Accuracy counts for plenty in the sustainable age, and 3D printing is as accurate as it gets. Improving the impact again by maximising resources, it’s also possible to use recycled raw materials to produce whatever structure you’re printing, turning construction into a circular process involving pin point precision.

Energy production – In an ideal world, the future of buildings isn’t just carbon positive, it’s also energy positive. While hospitals, airports, and other key infrastructure sites have long had on-site energy production for obvious reasons, new projects are incorporating solar panels, wind turbines, and geothermal technology. The result means contributing to, rather than extracting from, over-stretched national grids.

Water conservation – Emissions, gases, carbon, and even biodiversity impact all get more air time than water, yet with population growth alone we’re running out of H20, and can’t survive without it. Rainwater harvesting, grey water recycling systems, and low-flow taps are just some examples of how architects are considering this often overlooked issue.

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Top image: Interpretation Center of Biodiversity and Pile Dwellings in the Ljubljana Marsh Nature Park by Atelje Ostan Pavlin, Ljubljana, Slovenia | Popular Choice Winner, Sustainable Cultural Building, 12th Annual A+Awards

The post Architecture 101: What Is Sustainability in Architecture and Design? appeared first on Journal.

The Extended Entry Deadline for Architizer’s 2025 A+Product Awards is Friday, February 21st. Get your brand in front of the AEC industry’s most renowned designers by submitting today.

From a young age, we’re told, “Never judge a book by its cover.” Solid advice when talking about the downstairs neighbor who notoriously never smiles, the local Dobermann everyone crosses the street to avoid, or that blackened banana that’s unexpectedly perfect when peeled. When it comes to architecture, however, not so much.

In architecture, the outside is just as important as the inside. A well-designed exterior can be so much more than a pretty face; it is a key component in realizing how a building interacts with its environment. Curb appeal is one of a building’s key selling points, attracting attention and driving interest. But a well-designed exterior can do so much more than just boost property value; it can improve energy efficiency, transform underused spaces and even enhance occupant well-being.

With that in mind, these twelve products, winners of this year’s A+Product Awards, are designed to elevate exteriors by reviving façades, illuminating lawns and increasing outdoor functionality. Whether through bold lighting designs, ingenious cladding systems or ingenious glazing solutions, each of these innovations demonstrates how considered choices can take an exterior from ok to outstanding.

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Obi

By Expormim USA LLC

Jury Winner, Outdoor Furniture, 2024 A+Product Awards

Inspired by Japanese tradition, Obi’s elastic band detail brings a bold, graphic edge to its elegant design. This seemingly simple feature adds a layer of sophistication, echoing the “obi” sash that adorns traditional kimonos. With an aluminum frame and indoor-level comfort, Obi is a modern outdoor seating collection that perfectly balances simplicity with style, making it ideal for terraces or garden spaces.

Outdoor Coral

By David Trubridge Lighting

Popular Choice Winner, Exterior Lighting, 2024 A+Product Awards

Marking 20 years of design excellence, Outdoor Coral combines geometric beauty with eco-conscious materials. Inspired by nature’s intricate forms, its Panelex construction ensures both visual and environmental longevity. Whether installed as a statement piece or in clusters, Outdoor Coral is perfect for outdoor spaces, casting intricate shadows that add texture and mood to any setting.

DesignRail Modern

By Feeney

Popular Choice Winner, Best of the Year, Residential Design, 2024 A+Product Awards

This cable railing system is engineered specifically for unobstructed views and contemporary appeal, with hidden fasteners and a minimalist aesthetic. Its modular design allows for long spans, reducing the need for additional posts and, in turn, opening up vistas. Optional features like LED-ready rails and DrinkRail enhance both practicality and evening ambiance, making it an exceptional choice for patios, balconies and other outdoor living areas.

COASTAL METAL SCULPTURE

By BELT Metal Art+Design Studio

Popular Choice Winner, Best of the Year, Architectural Design, 2024 A+Product Awards

Combining Art Deco aesthetics with cutting-edge craftsmanship, Coastal Metal Sculpture uses stainless steel and dynamic LED lighting to animate facades and railings. Each piece is meticulously designed using both traditional and innovative techniques. Its bold lines and striking mirror finish bring a sculptural element to exterior spaces, elevating them into visual landmarks.

Northport Lighting

By Landscape Forms

Jury Winner, Exterior Lighting, 2024 A+Product Awards

Northport reinvents traditional acorn street lamps with a refined, minimalist approach. Its subtle negative-space design evokes nostalgia while remaining contemporary, offering versatility for parks, promenades, and historic streetscapes. Combined with adjustable LED technology, Northport Lighting balances heritage and innovation, creating exteriors that feel timeless yet firmly rooted in the present.

CUPACLAD

By CUPA PIZARRAS S.A.

Popular Choice Winner, Building Envelopes, Cladding, & Roofing, 2024 A+Product Awards

CUPACLAD’s natural slate façade offers a durability that will last for over a century, with no maintenance required. The carbon-neutral production process reflects CUPA’s commitment to sustainability, while its versatility allows architects to experiment with both traditional and modern compositions. Whether used for residential or commercial projects, CUPACLAD exemplifies the strength and beauty of natural materials.

Redwood Timbers & Uppers

By HUMBOLDT SAWMILL COMPANY

Popular Choice Winner, Best of the Year,  Positive Impact, 2024 A+Product Awards

Harvested sustainably in FSC-certified forests, Humboldt’s redwood timbers bring natural strength and warmth to outdoor structures. Ideal for everything from exposed beams to elegant cladding, its rich tones and inherent durability make it a highly versatile choice for all exteriors. Redwood’s natural resistance to decay and pests further underscores its enduring appeal for both architects and homeowners.

VITAE

By THE CUT

Jury Winner, Cabinetry & Millwork, 2024 A+Product Awards

Outdoor kitchens seldom reach the craftsmanship of a product like Vitae, where natural stone and timber meet modular precision. Designed to adapt seamlessly to indoor or outdoor spaces, the kitchen embodies versatility with striking materials that turn a functional cooking area into a truly unique design statement.

Universal Series™ Window Wall

By Cascadia Windows & Doors

Popular Choice Winner, Glass & Glazing, 2024 A+Product Awards

Combining expansive glazing with top-tier thermal performance, the Universal Series™ Window Wall creates striking façades that improve energy efficiency. Its fiberglass frame, customizable to project specifications, offers a perfect balance of form and function.

Evo-Flex

By Evo-Doors by Renlita

Jury Winner, Best of the Year, Architectural Design, 2024 A+Product Awards

Evo-Flex transforms exterior spaces with its gas strut window system, which is ideal for pass-through bar tops and outdoor kitchens. Its sleek, self-lifting aluminum frame is designed for immense durability and ease of use, creating seamless transitions between indoor and outdoor living areas.

RE/8 Bio-circular Architectural Mesh

By Kaynemaile

Popular Choice Winner, Best of the Year, Sustainable Design, 2024 A+Product Awards
Jury Winner, Building Envelopes, Cladding, & Roofing, 2024 A+Product Awards

This 3D mesh offers an innovative approach to shading and façades, crafted from bio-based polymers that reduce carbon footprints by 80%. With its ability to provide solar reduction and airflow, RE/8 combines functionality with sustainability, making it an essential choice for environmentally conscious design.

VetraSpan-L

By Sentech Architectural Systems

Jury Winner, Glass & Glazing, 2024 A+Product Awards

VetraSpan-L delivers 50-foot spans of uninterrupted glass, creating exteriors with unparalleled transparency. Its advanced structural system eliminates vertical joints, providing a seamless connection to the surrounding landscape and elevating modern façade design to new heights.

The Extended Entry Deadline for Architizer’s 2025 A+Product Awards is Friday, February 21st. Get your brand in front of the AEC industry’s most renowned designers by submitting today.

The post Elevated Exteriors: 12 Award-Winning Products Transforming Outdoor Spaces appeared first on Journal.

Planning to upgrade your workstation for the new year? Looking to invest in a quality device that will assist in all your real-time visualizations, renderings and photo editing? We are back with our annual catalog of laptops and mobile workstations best suited for architects and designers. With work from home continuing to triumph, the necessity for a well-performing laptop remains true. But even more so for architects, who require ample storage, great processors and advanced graphic cards for their dynamic types of work. Luckily, there’s a great lineup of newly released devices to pick from, and there’s something for everyone. 

Without further ado, here are the best picks from this past year:

Architizer Journal is reader-supported. When you buy a laptop or any other product through Amazon links on our site, we may earn an affiliate commission. Learn more.

Premium Laptops for Architects

MSI Titan 18

Best High-End Upgradeable Laptop for Architects

What sets the MSI Titan 18 apart in the premium laptop category is its exceptional upgradability. Designed with future-proofing in mind, it supports up to 192GB of DDR5 RAM and additional PCIe Gen 5 storage, giving architects the flexibility to scale their hardware as project demands grow. This makes the Titan 18 not just a high-end laptop, but an investment in long-term performance.

At its core, the Intel Core i9-14900HX processor and NVIDIA RTX 4090 GPU deliver unparalleled power for demanding architectural workflows, such as rendering lifelike visuals, running complex BIM simulations or handling resource-intensive software like Revit, Rhino and 3ds Max.

Its 18-inch 4K mini LED display offers outstanding color accuracy and sharpness, making it ideal for detailed modeling and photo-realistic renderings. The 128GB DDR5 RAM and 4TB SSD in its base configuration ensure smooth multitasking and ample storage, even for massive project files. The Titan 18 also features an advanced cooling system, keeping performance consistent during long work sessions without disruptive fan noise.

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Lenovo Legion Pro 7i

Best Extreme Power Laptop for Architects

The Lenovo Legion Pro 7i is a premium choice for architects needing professional-grade performance with a focus on raw power. Equipped with an Intel i9-14900HX processor and NVIDIA RTX 4080 GPU, it excels in demanding workflows, such as rendering, 3D modeling and BIM applications, making it a reliable powerhouse for intensive architectural tasks.

Its 16-inch QHD+ display with a 240Hz refresh rate delivers sharp, fluid visuals, ideal for managing intricate designs or presenting projects with clarity. Starting with 64GB DDR5 RAM and 4TB of SSD storage, the Legion Pro 7i offers the capacity and speed to handle large-scale projects effortlessly, while its advanced cooling system ensures consistent performance during extended sessions.

For architects balancing high demands with practicality, the Legion Pro 7i is one of the most versatile premium options in Lenovo’s lineup. However, those seeking even greater power and cutting-edge features may consider the Legion 9i — a premium option tailored for elite users handling the most demanding workflows.

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Alienware m18 R2

Best Large Screen Laptop for Architects

For architects who prioritize a vast, detailed display, the Alienware M18 R2 sets a new standard. Its 18-inch QHD+ screen offers 2560 x 1600 resolution and a 165Hz refresh rate, making it ideal for reviewing detailed drawings, refining renderings or multi-tasking across software windows without any issue.

Beneath the hood, the Intel i9-14900HX processor and NVIDIA RTX 4090 GPU provide exceptional computational and graphical power, tackling tasks like large-scale BIM modeling, high-resolution rendering and real-time simulations effortlessly. With 64GB of DDR5 RAM and a 2TB SSD, this laptop ensures smooth performance and storage capacity for even the most complex projects.

Its build includes a comprehensive suite of ports—such as Thunderbolt 4 and HDMI 2.1—enabling integration with external monitors and peripherals. Designed for demanding workflows and extended use, the Alienware M18 R2 is the ultimate choice for architects seeking a screen-focused workstation that delivers both power and precision.

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Razer Blade 16

Best High-End Gaming Laptop for Architects

The Razer Blade 16 stands out among high-end gaming laptops for its balance of power and efficiency, delivering top-tier performance in a more streamlined form. Powered by a 14th Gen Intel Core i9-14900HX processor and NVIDIA RTX 4080 GPU, it’s built to handle demanding tasks like 3D modeling, rendering and complex simulations with precision and speed.

Its 16-inch OLED QHD+ 240Hz display offers breathtaking visuals, combining vibrant colors with fluid performance, making it ideal for architects perfecting their complex designs or presenting detailed projects. With 32GB of DDR5 RAM and a 1TB SSD, it’s well-prepared for intensive workflows and large file management.

The Blade 16 also incorporates advanced vapor chamber cooling to sustain peak performance during extended work sessions. For architects seeking premium power with a more refined and professional edge, the Razer Blade 16 is definitely a compelling choice.

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ASUS Zephyrus G14

Best High-End Portable Laptop for Architects

The ASUS Zephyrus G14 is a great choice for architects seeking both high-end performance and a portable, lightweight design. Powered by the AMD Ryzen 9 8945HS processor and NVIDIA RTX 4070 GPU, it delivers exceptional speed and graphical capability, perfect for 3D modeling, rendering and multitasking in software like Revit, SketchUp or Rhino.

Its 14-inch OLED 2.8K 120Hz display provides sharp visuals and vivid colors, ensuring precision when working on detailed designs or reviewing projects. Despite its premium hardware, the G14 is remarkably compact and weighs significantly less than most high-performance laptops, making it easy to carry between meetings or job sites.

With 32GB of LPDDR5X RAM and a 1TB SSD, it’s equipped to handle complex workflows and large files. The Zephyrus G14 combines power, portability and premium features, offering architects a small but mighty workstation that’s perfect for those always on the move.

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Best Laptop for Architects by Brand

Lenovo Legion Pro 5i

Best Lenovo Legion Series Laptop for Architects

The Lenovo Legion Pro 5i is a Lenovo Legion model likely to appeal to a broader range of architects, both price-wise and performance-wise. Powered by a 14th Gen Intel Core i9-14900HX processor and NVIDIA GeForce RTX 4070 GPU, it delivers reliable capabilities for 3D modeling, rendering and BIM workflows.

Its 16″ WQXGA display (2560 x 1600, 165Hz) provides sharp visuals and ample workspace for detailed design projects. Configurations start at 16GB DDR5 RAM and 512GB SSD, with upgrades available up to 64GB RAM and 4TB SSD, accommodating both moderate and intensive workloads. Features like Lenovo AI Engine+ for performance optimization and Coldfront 5.0 cooling for consistent operation make it a dependable choice.

With Windows 11 Pro, a numeric keypad and an included lifetime Office Pro license, the Legion Pro 5i offers high-end functionality at a price point suited to a wide audience of architects.

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Lenovo ThinkPad P1 Gen 6

Best Lenovo Thinkpad Series Laptop for Architects

For architects who value reliability and professional-grade performance over gaming features, the Lenovo ThinkPad P1 Gen 6 is a standout choice. Designed with professionals in mind, this workstation is equipped to handle intensive tasks like CAD modeling, rendering and large-scale BIM workflows efficiently.

Powered by Intel’s 13th Gen processors and starting at 32GB of RAM (upgradeable for heavier workloads), the ThinkPad P1 Gen 6 offers ample power for resource-intensive applications such as AutoCAD, Revit or Rhino. Its NVIDIA RTX A-series GPUs are specifically built for professional use, ensuring accurate visual performance and optimized compatibility with architectural software.

The 16-inch display, available in multiple configurations including UHD+ and OLED options, provides excellent clarity and color fidelity—critical for precise design work. Despite its high-performance specs, the P1 maintains the durability and portability ThinkPad users expect, making it an excellent choice for architects frequently working on the go or between meetings.

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ASUS Zephyrus G16

Best ASUS Laptop for Architects

From the same series as the Zephyrus G14, the ASUS Zephyrus G16 offers a larger 16-inch OLED display, providing more screen real estate for architects who need precision and clarity for their designs. Its WQXGA 240Hz display is perfect for reviewing detailed drawings, rendering complex 3D models and managing large-scale projects with sharp visuals and excellent color fidelity.

This version of the Zephyrus G16 features an AMD Ryzen AI 9 HX 370 processor, known for its efficiency and multitasking capabilities, making it an excellent choice for architects running intensive workflows in software like Revit or AutoCAD. For those who prefer Intel, the G16 is also available with Intel processors, giving professionals the flexibility to choose based on their specific performance needs or software optimization preferences.

Starting at 32GB of RAM and configurable up to 4TB SSD storage, this laptop handles resource-heavy tasks and large project files effortlessly. Its aluminum build keeps it lightweight (just 4 lbs) and the increased screen size compared to the G14 offers a more comfortable workspace for multitasking without sacrificing portability too much.

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Apple MacBook Pro 16″ M4

Best Apple Laptop (Macbook) for Architects

For architects who favor Apple’s ecosystem, the 2024 MacBook Pro with the M4 Pro chip delivers professional-grade performance. The M4 Pro’s 14-core CPU and 20-core GPU handle demanding tasks like 3D rendering, large-scale project compilation and intensive workflows with ease. For more advanced needs, the M4 Max chip offers even greater power.

Its 16.2-inch Liquid Retina XDR display provides high brightness (up to 1600 nits) and excellent color accuracy, making it well-suited for precise design work and presentations. Starting with 24GB of unified memory and 512GB SSD storage, it offers configurations for more extensive project requirements. A 14-inch option is also available, offering similar power in a more compact design for those who prioritize portability.

Optimized for macOS, this laptop integrates efficiently with design tools like Adobe Creative Cloud and Microsoft 365, while Apple Intelligence features improve productivity across devices. With all-day battery life and durable construction, the 2024 MacBook Pro is a reliable choice for architects who value performance and a connected ecosystem.

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Dell Precision 7680 16″ Mobile Workstation

Best Dell Workstation for Architects

The Dell Precision 7680 stands apart as a workstation rather than a gaming laptop, catering specifically to architects who rely on professional-grade hardware for demanding workflows. Designed with stability and precision in mind, it’s a reliable choice for running applications like AutoCAD, Revit and Rhino that benefit from certified hardware and consistent performance.

Powered by a 13th Gen Intel Core i7-13850HX processor with 20 cores, this workstation is built for heavy multitasking and computationally intensive tasks. Its NVIDIA RTX A2000 GPU (8GB) provides the graphical fidelity and optimization required for accurate rendering and simulation, ensuring smooth operation across professional software.

The 16-inch Full HD+ display (1920 x 1200) delivers sharp visuals, offering architects clarity for detailed design work. With 32GB DDR5 RAM and a 512GB SSD, the Precision 7680 is well-equipped for handling large files and resource-intensive applications.

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Dell G16

Best Dell Gaming Laptop for Architects

The Dell G16 strikes a balance between affordability and performance, making it an excellent choice for architects who need a capable workstation without the premium price tag. Powered by the 13th Gen Intel Core i9-13900HX processor and NVIDIA GeForce RTX 4070 GPU, it delivers solid performance for 3D modeling, rendering and architectural simulations in tools like Revit and Rhino.

Its 16-inch QHD+ display offers a 240Hz refresh rate and sharp resolution, providing smooth visuals and precise clarity, whether you’re navigating detailed BIM models or showcasing your work. Starting with 16GB of DDR5 RAM and a 1TB SSD, the G16 is equipped to handle moderate workloads, with options to expand for more demanding projects.

Inspired by Alienware’s thermal design, the laptop includes advanced cooling features to maintain stable performance during extended sessions. With its Metallic Nightshade finish, the Dell G16 combines practical functionality with a modern design, making it an accessible yet powerful tool for architects on a mid-range budget.

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HP ZBook Fury 16 G10

Best HP Laptop for Architects

The HP ZBook Fury 16 G10 Mobile Workstation stands out as HP’s most powerful mobile workstation, designed for architects who require maximum performance. Its Intel Core i9 processor and NVIDIA RTX graphics deliver the computational and graphical power needed for demanding workflows, such as complex 3D modeling, rendering and large-scale BIM projects.

With a 16-inch WUXGA display, this workstation ensures sharp visuals and precise color accuracy, ideal for detailed design work. Starting with up to 64GB of DDR5 RAM and 1TB SSD storage, it provides the capacity and speed necessary for multitasking and managing extensive project files.

While its robust design prioritizes performance over portability, the ZBook Fury 16 G10 is equipped with enterprise-grade security features and comprehensive connectivity options, making it a reliable choice for serious professionals seeking desktop-class performance in a mobile form.

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Best Budget Laptops for Architects

ASUS TUF A16

Best Laptop for Architects under $1000

The ASUS TUF A16 delivers exceptional value for its price, offering an AMD Ryzen 7 7735HS processor and Radeon RX 7700S GPU, making it a reliable option for architects working with 3D modeling and rendering. The 16-inch WUXGA display (1920 x 1200, 165Hz, 100% sRGB) provides sharp, accurate visuals, ideal for design work.

What sets the TUF A16 apart is its generous base configuration of 32GB DDR5 RAM and 1TB SSD, offering multitasking power and ample storage. Higher configurations—up to 64GB RAM and 2TB SSD—make this laptop a versatile choice for growing project demands. Its downside lies in its build quality, which feels less refined than premium models. However, for under $1000, the TUF A16 is a strong contender for both students and professionals on a budget.

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Lenovo LOQ 15

Best Laptop for Architects under $900

The Lenovo LOQ 15.6″ is a practical pick for architecture students or professionals seeking dependable performance without overspending. Its AMD Ryzen 7 7435HS processor and NVIDIA GeForce RTX 4050 GPU handle essential tasks like CAD, 3D modeling and rendering.

A standout feature is the 15.6-inch FHD display (1920 x 1080) with a 144Hz refresh rate, which delivers clear visuals and smooth performance for reviewing designs or creating presentations. With 16GB of RAM and 512GB SSD, it offers reliable multitasking, though it doesn’t match the ASUS TUF A16’s flexibility in higher configurations. While not as feature-rich as pricier options, the LOQ strikes a balance between affordability and capability, making it an excellent choice for students tackling medium-scale projects.

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Acer Nitro 5

Best Laptop for Architects under $800

The Acer Nitro V stands out as the most budget-friendly choice, offering respectable performance for lighter architectural tasks. With an AMD Ryzen 5 7535HS processor and NVIDIA GeForce RTX 4050 GPU, it’s capable of running tools like AutoCAD and SketchUp.

Its 15.6-inch Full HD display with a 144Hz refresh rate provides smooth visuals, though the base configuration of 8GB DDR5 RAM may require upgrades for multitasking or larger project files. The Nitro V’s dual-fan cooling system helps maintain stable performance during extended sessions and its Wi-Fi 6 support ensures reliable connectivity.

While the Nitro V lacks the RAM and storage flexibility of the ASUS TUF A16, its affordability makes it a great starting point for students or beginners with lighter workloads. Upgrades to 32GB RAM and larger storage options allow for incremental improvements as project demands increase.

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HP Victus 16

Best Laptop for Architects under $700

The HP Victus 15.6″ (2024) is a solid budget option, powered by a 13th Gen Intel Core i5-13420H processor and NVIDIA GeForce RTX 4050 GPU (6GB GDDR6). It handles essential architectural tasks, such as drafting in AutoCAD or working in SketchUp, with ease. Its 15.6-inch FHD display (144Hz) ensures smooth visuals, making it a good choice for design reviews or light rendering.

Where the Victus shines is its price-to-performance ratio. At under $700, it offers 16GB DDR4 RAM and a 512GB SSD, comparable to other budget options like the Lenovo LOQ, but at a lower price. However, its more limited RAM and storage configurations, along with its basic build quality, may be less appealing for those with growing project demands.

Compared to the ASUS TUF A16 or Lenovo LOQ 15, the HP Victus is a straightforward and affordable choice for architecture students or professionals with lighter workloads. While it may lack the expandability of the TUF A16 or the refined multitasking capability of the LOQ, its low price makes it the most accessible option for those on a tight budget.

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Top Laptops for Architects and Designers in 2024

Premium Laptops for Architects:

Best Mobile Workstation for Architects: Lenovo ThinkPad P16 Gen 2

Best Gaming Laptops for Architects: MSI 2024 Newest Katana 17 Gaming Laptop

Best Thin / Portable Laptop for Architects: Lenovo Yoga 9i 2-in-1 Intel (14″)

Best Multi-Screen Laptop for Architects: ASUS ROG Zephyrus Duo 16

Best 2-in-1 Laptop for Architects: Microsoft Surface Laptop Studio 2

Best Laptop for Architects by Brand

Best ASUS Laptop for Architects: ASUS 2023 ProArt StudioBook 16 OLED Laptop

Best Dell Laptop for Architects: Dell XPS 17 (2023)

Best Lenovo Laptop for Architects: Lenovo Legion Pro 5i Gen 8

Best HP Laptop for Architects: HP ZBook Studio G10 16″ Mobile Workstation

Best Apple Laptop (MacBook) for Architects: MacBook Pro 16 M3

Best Budget Laptops for Architects

Best Laptop for Architects Under $1100: Lenovo LOQ Gaming Laptop, 15.6″

Best Laptop for Architects under $900: Dell Inspiron 14

Best Laptop for Architects under $800: HP Victus 15

Best Laptop for Architects under $700: Acer Nitro 5

Best Laptop for Architects under $600: Acer Swift 3

Top Laptops for Architects and Designers in 2023

Premium Laptops for Architects:

Best Mobile Workstation for Architects: HP ZBook Firefly G9 Mobile Workstation

Best Gaming Laptops for Architects: Dell Alienware m15 R7 Gaming Laptop

Best Touchscreen Laptop for Architects: Lenovo IdeaPad Slim 9i 14’’ Laptop

Best Multi-Screen Laptop for Architects: ASUS ROG Zephyrus Duo 16 Gaming Laptop

Best 2-in-1 Laptop for Architects: Microsoft Surface Pro 9

Best Laptops for Architects By Brand

Best HP Laptop for Architects: HP ZBook Fury G8 Mobile Workstation

Best Dell Laptop for Architects: Dell Inspiron 15.6’’ FHD Touchscreen Laptop 

Best Lenovo Laptop for Architects: Lenovo ThinkPad P1 Gen 5 Laptop

Best MSI Laptop for Architects: MSI 2022 GE76 Raider 17.3″ 144 Hz FHD Gaming Laptop

Best Apple Laptop for Architects: Apple 2022 MacBook Pro Laptop with M2 chip

Budget Laptops for Architects and Designers:

Best Laptop for Architects Under $900: Lenovo IdeaPad Gaming 3 Laptop

Best Laptop for Architects Under $800: HP 2023 17.3″ FHD Laptop

Best Laptop for Architects Under $700: Acer 2022 Aspire 5 Slim Laptop 15.6″

Top Laptops for Architects and Designers in 2022

Premium Laptops for Architects

Best Mobile Workstation for Architects –HP ZBook Studio G8 15.6″ Mobile Workstation

Best Gaming Laptop for Architects – Razer Blade Pro 17

Best Touchscreen Laptop for Architects – Microsoft Surface Pro 8

Best Multi-Screen Laptop for Architects – ASUS ZenBook Pro Duo 15 Laptop

Best 2-in-1 Laptop for Architects – Samsung Galaxy Book Flex2 Alpha 2-in-1 Laptop

Best Laptops for Architects By Brand

Best HP Laptop for Architects – HP OMEN 15 Laptop

Best Dell Laptop for Architects – Dell Alienware 51M R2 Gaming Laptop

Best Lenovo Laptop for Architects – Lenovo ThinkPad X1 Extreme Gen 3 Business Laptop

Best MSI Laptop for Architects – MSI GE76 17.3″ 144Hz IPS FHD Premium Gaming Laptop

Best Apple Laptop for Architects – Apple MacBook Pro (16-inch)

Budget Laptops for Architects

Best Laptop for Architects Under $900 – HP Pavilion 17 Laptop

Best Laptop for Architects Under $800 – Lenovo IdeaPad 3

Best Laptop for Architects Under $700 – Dell Inspiron 3000 Laptop

Best Laptop for Architects Under $600 – ASUS VivoBook 14″ FHD Laptop

Best Laptop for Architects Under $500 – Apple Macbook Pro (13-inch)

Other Considerations

Mac vs. Windows: In terms of hardware and operating system, it all comes down to your personal preference. High-end Apple and PC laptops are well geared to handle the challenges offered by the job. Windows 10 is arguably more user friendly as it supports a wide array of software but is exposed to more viruses than Mac. The Macbook Pro in particular is well perceived by professionals as being great for graphic applications but is considered by many to be overpriced. That said, Apple makes our list this year, thanks to improvements to Parallels, which allows Windows software to be run on Mac. Andy Roehl, architect at Moonlight Design Studio, LLC, asserts that “running parallels on a current Apple laptop is no problem; [it works] much better now than 10+ years ago.”

Gaming laptops: A growing trend within the architecture and design professions is the adoption of gaming laptops, thanks to their powerful specifications. Built to handle incredibly detailed graphics and demanding streaming requirements, the processing power of gaming laptops make them ideal for BIM and architectural visualization tasks, and often cost less than top-of-the-range mobile workstations. Marsha McDonald, Principal Designer and CEO of Seacrest Designs and Decor, sums it up perfectly: “If my kids are fighting me for my system (they are gamers), then I know I am golden!”

Ports and peripherals: “For peripherals,” says Christiana Copper, Project Manager at TyE Bar, LLC, “my favorite mouse is the Logitech G602 – I program canned email responses on the programmable buttons, but you could probably do CAD macros as well. I also bought monitor arms this year, and I am really enjoying them.” Consider how many USB ports, ethernet ports and other specialist ports you might need; this will vary depending on your preference for wired or wireless peripheral such as computer mice, touch pads and external hard drives.

Useful Accessories:

Vertical / Ergonomic Mouse: Allow your hand to rest at a more natural angle on the mouse, easing your muscles.

External monitor: By displaying the screen closer to your eye level, this addition to your home office makes it easier to catch details while reducing neck and back pain.

Laptop Stand: A helpful way to keep your device from overheating, these stands also allow you to adjust your laptop screen to a comfortable height. To maximize the benefits, this stand is best when accompanied by an external keyboard that keep the keys at a convenient level for your wrists.

Portable External SSD: An external hard drive is a high power way to manage archives and keep your laptop storage neat and spacious.

Got your own view on which is the best laptop for architects and architecture students? Let us know at editorial@architizer.com.

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The post 16 Top Laptops for Architects and Designers (NEW for 2025) appeared first on Journal.

The Extended Entry Deadline for Architizer’s 2025 A+Product Awards is Friday, February 21st. Get your brand in front of the AEC industry’s most renowned designers by submitting today.

The most exciting interiors are the ones that speak to us. Not literally, of course — although who wouldn’t want a floor lamp with some spicy opinions — but in the way they resonate with us. We’re talking about the kind of spaces that spark conversation, encourage engagement and leave a lasting impression. They go way beyond ‘nice’ and they more than meet the metric of ‘functional’. What they are is often different to different people, but always they challenge, delight and, above all, make us think.

Artful interiors are about emotions. They’re spaces where the items within, be it a Tiffany lampshade or a Nakashima dining table, are part of a larger story, one that is written with the intent to make you feel. They celebrate uniqueness, not just in the end result but throughout the design process itself. They are the result of opportunities seized by designers to take risks, play with form and colour, and ultimately bring their uninhibited ideas to life.

The following products, winners of this year’s Architizer A+Product Awards, do just that, aiding the creative freedom that great designers demand. They provide the means to take risks, explore new ideas and challenge conventional thinking about interiors. Each is impeccably designed and manufactured for an industry that sees space as an opportunity to experiment and innovate, becoming part of the conversation to create environments that inspire.

Casper Collection

By LightArt

Popular Choice Winner, Decorative & Free Standing Lighting, 2024 A+Product Awards

Think of light not as a passive fixture but as a sculptural medium that can transform entire spaces. LightArt’s Casper Collection embodies this view, offering sleek, white lights that provide even illumination on all four sides. Reimagined from the inside out — LEDs, drivers, lensing and housing have all been re-engineered — Casper now achieves a 30% weight reduction and boasts a lifespan well beyond its 70k-hour rating. Designers can form continuous linear runs or intricate geometries, specifying tunable white or RGB options to craft atmospheric gradients or vibrant statements. Minimal glare, subtle uplighting, and flexible hang points ensure these fixtures are way more exciting than the usual overhead glow.

BuzziCee + BuzziPlanter

By BuzziSpace

Jury Winner, Contract Seating, 2024 A+Product Awards

Well-being, connectivity and sustainability often set the tone for modern spaces in today’s world. To that end, BuzziCee and BuzziPlanter offer designers a chance to create a holistic interior experience. BuzziCee’s acoustic seating employs recycled materials and ergonomic form to absorb ambient noise, creating comfortable pockets of calm. Alongside it, BuzziPlanter integrates lush greenery into the design, celebrating biophilia with eco-conscious construction. Together, they blend aesthetics, acoustics and nature into adaptable zones that bring human-centered values into offices, lounges, or social hubs. These pieces allow designers to use furniture not just as a functional backdrop but as an active, life-giving element of their interiors.

Seem 1 Acoustic Louver

By Focal Point

Jury Winner, Lighting, Recessed & Mounted Lighting, 2024 A+Product Awards

When ceilings take on a more valuable role, like illumination and acoustics, innovation emerges. Focal Point’s Seem 1 Acoustic Louver integrates ID+ technology into PET felt baffles, delivering deep regress louver cells that precisely channel light in broad or focused beams — all while softening sound overhead. Designers can choose bidirectional illumination, pairing direct and indirect light to shape mood and function, and mix louver finishes with a rainbow of felt colors for an elegant and customized aesthetic. By turning technical nuance — cutoff angles, beam spreads, acoustic absorption — into a palette of creative choices, Seem 1 allows designers to compose environments that engage the senses, encourage interaction, and embrace expressive risk-taking.

Arborisa

By Arktura

Jury Winner, Finishes, Acoustic, 2024 A+Product Awards

Not every acoustic solution need be linear and subdued. With Arborisa, Arktura looked to tree canopies for inspiration, conjuring large-scale, cable-hung “clouds” of PET-felt baffles that mimic the organic complexity of branches. Each of the four modules — Nest, Axil, Aura, Denza — is unique and channels natural motifs into angular lines and layered silhouettes. Specifiable in wood-inspired finishes or duo-tone Soft Sound® textures, Arborisa is ideal for designers looking to break away from standard acoustical treatments. 

Ova

By Matthew McCormick Studio

Popular Choice Winner, Pendant Lighting, 2024 A+Product Awards

Ova captures the grace of molten glass and transforms it into a modular, artisan-crafted pendant light. Over a year of experimentation refined every detail—from the spacing between glass layers to the delicate inner “spine” that masks the LED source, resulting in a luminous form that radiates warmth. Available in clear or frosted outer shells, Ova’s diffuser creates a soft glow that shifts as you move around it, breathing life into static spaces. Rather than settling for conventional lighting, Ova nudges designers to treat illumination as an art form, urging them to shape environments that wow visitors.

TRIBA

By AQForm

Jury Winner, Decorative & Free Standing Lighting, 2024 A+Product Awards

Some products prove that precision and versatility can be expressive and ornamental. TRIBA is one such light fitting. Hybrid optics, varied diameters, and multiple mounting strategies come together in a design that ensures visual comfort without sacrificing performance. Offered in LED or replaceable light source formats, TRIBA suits a host of project types, from liner suspension in residential corridors to grouped layering in commercial displays. TRIBA adapts effortlessly to scale and need.

Edge

By Sige Spa

Jury Winner, Best of the Year, Residential Design, 2024 A+Product Awards

Organization can be elegant without being fussy, and Edge proves just that. A modular wardrobe system, Edge relies on telescopic elements, soft-close runners, rubber profiles, and carefully chosen materials that dampen noise and protect garments. Enhanced by a semi-glossy warm grey finish that subtly catches the light, Edge provides functional order while maintaining a refined, contemporary look.

Admix Tables

By Allsteel

Popular Choice Winner, Contract Furniture, 2024 A+Product Awards

Furniture should invite agility and Admix Tables provide a spectrum of reconfigurable options — telescoping legs, wheelbarrow features, casters, and glides — that respond to evolving team sizes, collaborative modes and technological demands. Their open design supports integrated wire management and accessory trays, bag hooks and footrests. Rather than imposing rigid hierarchies, Admix empowers designers to craft spaces where functionality, user experience and adaptability shine.

Futurismo Collection

By GRAFF

Jury Winner, Fixtures & Fittings – Kitchen, 2024 A+Product Awards.

Paying homage to architectural Futurism, Futurismo borrows from a movement known for its embrace of modernity, dynamic lines, and innovative use of materials and layers those principles into a beautiful faucet collection. Futurismo caters to diverse needs—bar faucets, pot fillers, independent side sprays—expanding its use across commercial and residential applications. Each piece’s architectural form and advanced finish options (like Gunmetal or Polished Gold PVD) speak to designers who wish to turn a kitchen or bathroom fixture into a focal point, reaffirming that even the most common elements can carry forward vision and innovation

Obi

By Expormim

Jury Winner, Outdoor Furniture, 2024 A+Product Awards

Why should outdoor seating have the dull predictability of a plastic chair? Obi challenges that notion by taking inspiration from the kimono’s belt (obi), introducing an elastic band that wraps the sofa’s backrest cushions in a contrasting material. Backed by an aluminum injection-molded frame and extruded profiles that are 100% recyclable, Obi combines cultural storytelling with ergonomic design. It’s comfortable, weather-resistant and visually intriguing — a mix that encourages designers to blur boundaries between indoor refinement and outdoor resilience. In this, Obi demonstrates that authenticity can elevate even the most functional furnishings.

Memory Components

By Siqueira+Azul

Popular Choice Winner, Residential Furniture, 2024 A+Product Awards

Not all storage has to fade into the background. Memory Components is a collection of small timber side furniture that transforms and can be configured into multiple setups. Drawers of varying sizes, swiveling trays, and open compartments allow designers to tailor functionality, while visible joint details highlight the craftsmanship of the natural wood. Positioned side by side, these pieces form a stunning continuous sideboard. Designers who favor simplicity, honesty and sophistication will find in Memory Components a beautiful, eye-catching and adaptable piece of feature furniture.

Arktura x Pure+FreeForm Collaboration – Wall Panels

By Arktura

Popular Choice Winner, Walls & Wall Coverings, 2024 A+Product Awards

Walls need not be silent, static surfaces. With Arktura’s perforated panel systems and Pure+FreeForm’s premium metal finishes — ranging from Hollywood and Parisian Rust to refined wood grains — interior surfaces can be used to tell stories of pattern and texture. Over 30 style options in Vapor®, Trace®, and other lines let designers customize modules that balance aesthetic flexibility with technical precision. Whether embracing metallic patinas or naturalistic hues, this collaboration encourages professionals to expand their design vocabulary, step out of their comfort zone and adopt something new and expressive.

REGUPOL Upscale

By Regupol

Popular Choice Winner, Flooring, 2024 A+Product Awards.

Footwear, footsteps and the thrum of daily activity shape how we experience a space from the ground up. REGUPOL Upscale’s Luxury Rubber Tile (LRT) and Plank (LRP) harness recycled tire rubber and EPDM chips to create a flooring solution that balances comfort, slip resistance, acoustic control and easy maintenance. With various sizes, colors and edge profiles, Upscale adapts to education, corporate, retail, hospitality and healthcare environments. Its dense, customizable patterns minimize visible wear, while sustainable sourcing ensures an ethical footprint. Upscale exemplifies how floor design can be both earth-conscious and design-forward, enabling creators to explore color and pattern with ease.

Seyun Collection

By Zaha Hadid Design

Jury Winner, Residential Furniture, 2024 A+Product Awards

Heritage, craftsmanship and advanced fabrication are the basis of the ambitious Seyun Collection, which extends Zaha Hadid Design’s architectural language into elegant furniture. Chairs, armchairs, barstools and tables use sustainably sourced wood, machine precision and hand finishing to reveal striking grain patterns and powerful asymmetries. Modular dimensions allow tables to unite into unique configurations, their corner details forming interlocking, organic geometries.

In Seyun, the fusion of material honesty, digital tooling, and artisanal care is evident and stands as an example of the continuous innovation, bold decisions and the willingness to explore complexity and beauty that both Zaha Hadid Design and leading furniture manufacturer Karimoku are known for.

The Extended Entry Deadline for Architizer’s 2025 A+Product Awards is Friday, February 21st. Get your brand in front of the AEC industry’s most renowned designers by submitting today.

The post From Function to Feeling: 14 Progressive Products Transforming Interior Design appeared first on Journal.