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Futurism in Architecture and Other Trends Shaping the Industry

The concept of futurism in architecture goes beyond the range or limits of the traditional boundaries of building design; it intertwines with the latest technological advancements being leveraged in other industries. 

Studies show how societal shifts and environmental factors also forecast a transformative vision in architecture. This exploration into the future of architecture delves into emerging trends and demonstrates how current techniques can lead to a futuristic outlook. 

Join Plus Render as we explore how architects and designers are not just creating structures but are scripting the narrative of future living spaces.

Is Futurism A New Idea? 

Futurism is rooted in humankind anticipating the future. This is an age-old idea that can be found in most of our endeavors. Though its specific definition might evolve with time, it has traditionally been associated with dynamism, speed, technology, and other forward-looking ideas.

In their own ways, architectural structures tell tales of the future, shaping our perceptions of it. Futuristic architecture has changed over the centuries, influenced by advancements and innovations that challenge the status quo.

“Futuristic architecture” was first suggested by Antonio Sant’Elia, a visionary Italian architect from the 1800s. Together with Mario Chiattone, Sant’Elia presented a series of sketches titled La Città Nuova, or the New City. These encapsulated his vision of futuristic architecture. Their sketches featured industrial structures, megastructures, and heavy use of steel which depicted the spirit of the machine age.

Other architectural trends—such as The Space Age, The Digital Revolution, Google Architecture, Neo-Futuristic Architecture, Sustainable Artehicture, and Parametric design—incorporate architectural futurism. They were all developed for future generations to use and enjoy.

Though previous and current trends may seem to have irrelevant architectural applications at the moment, they may prove to be foundational milestones in the future.

So, what are some promising trends that could pave the way for the future of architecture?

Use of Smart Technology 

As technology marches forward, architecture has to keep up with its innovations. Structures that incorporate smart technology boast features that use technology to enhance its environments. This may include living rooms that can be converted into office spaces, self-regulating thermostats, app-controlled lighting systems, smart doors equipped with fingerprint sensors to enhance security, and more.

Smart homes leverage IoT (Internet of Things) to automate energy and waste management, security, and comfort. Smart buildings have the capacity to adjust to their occupants, offering seamless interactions between their spaces and the people who use them. Over time, its city-wide implementation can turn entire metropolitans into smart cities.

Additionally, incorporating adaptive designs is gaining ground in urban dwellings because of the flexibility it offers. Structures can change according to how they’re used, the weather conditions, and changes in environment. This ensures their longevity and sustainability

They can also be used for non-architectural applications like public and traffic management. Ultimately, smart technology will transform how we live and design living spaces.

Green Architecture 

The number of architects who understand and are part of building efficient, technology driven, and efficient environments is growing.  The dominant trend today is green architecture. This refers to designs that highlight natural elements and use them to strengthen the connections people have with nature while promoting environmental sustainability.

Green architecture’s framework offers significant appeal aesthetically and commercially. More importantly, people are learning that it has significant advantages in improving mental health, boosting energy efficiency, and reducing our collective carbon footprint.

Instances of green architecture include the Taipei Public Library in Taipei, Taiwan; One Central park in Sydney, Australia; and the Bullitt Center in Seattle, Washington. 

Computer-Based Designs

Architects began using computers and software for their designs in the 1980s. In the last 40 years, computational design has come a long way. Today, algorithms handle code books while artificial intelligence performs human-level analysis.

Builders and designers can automate measurements that used to take a long time to calculate. Since programs can leverage project parameters, they can produces analyses and designs with the click of the mouse or the touch of a button. They’re capable of breaking down tasks into smaller steps while AI completes the design using established trends or patterns. 

Meanwhile, algorithms solve any design-related problems.


Building Information Modeling, or Building Information Management (BIM), is a highly collaborative process. It allows professionals in multiple disciplines, such as architects, engineers, real estate developers, contractors, manufacturers, and others, to collaborate in the planning, designing, and construction of a structure within one 3D model.

It allows for the management of various activities using accurate, up-to-date data so all stakeholders can make informed decisions. This is applicable even years after a building has been constructed, enabling professionals to make adjustments or conduct repairs as needed.

Extended Reality

The combination of Virtual Reality (VR) and Augmented Reality (AR) gives you Extended Reality (XR). It merges the physical and virtual worlds, so you can get an up-and-close look at buildings or an apartment as if you were actually there

While it’s still not as mainstream as AR and VR, 60% of people believe that it will become the norm in the next five years, changing the game in real estate as we know it. 

How Virtual Environments are Revolutionizing Architecture

Virtual environments allows architects and designers to simulate existing and imagined designs. They have none of the constraints of physical architecture, offering more room for creativity and innovation. 

Aspects like gravity, material limitations, and geographical boundaries mean nothing to these simulated spaces so architects and designers can freely experiment. Since no limitations exist, all designs are more interactive, flexible, and connected to digital realities. With this level of creative freedom, the best and most radical ideas can be tested and applied in real-world architecture.

Architects can designs public spaces, buildings, and entire cities. It can help them focus on improving user interaction, sustainable living, engagement, and so much more through digital augmentation

While VR/AR headsets like Meta Quest and Apple’s Vision Pro are becoming more common, they aren’t always necessary. However, they do help enhance the virtual experience by offering more immersive experiences. 

Let’s take Apple’s Vision Pro as an example. The hardware is worn around the head like ski goggles, allowing it to influence the user’s visual perception. Then, 23 million pixels are sent to two OLED displays. Plus, there are five sensors, 12 cameras, six microphones, and Apple’s proprietary R1 and M2 chips. Combined, you can imagine how realistic the overall experience can be. It’s easy to understand how such technology can redefine how we design and build real estate.

Futuristic Techniques Shaping Modern Architecture

Advancements in research, materials, science, and construction technologies have turned some architects’ most ambitious visions into reality. What was once a dream is now possible because of how far we’ve come.

Self-Healing Concrete

A fantastic example of what we can look forward to in the future is the use of self-healing concrete. The material contains bacteria that produce limestone when water (the activator) is added, filling in cracks. This increases the material’s and structure’s lifespan through easy maintenance. 

3D Printing Technology

Thanks to 3D printing technology, designers and architects are revolutionizing the construction industry. They can now create complex, customized architectural elements at a fraction of the time and cost of traditional methods. 

Professionals can try out multiple prototypes without much delay—a process that used to take several months or even years. This technique can also be very lucrative, as it promotes more creative and imaginative architectural designs. 3D printing is also highly sustainable because of its material efficiency and potential for recycling. 

Kinetic Architecture 

In the world of architecture, it’s very rare to see structures move to accommodate various needs. Well, kinetic architecture is set to change everything. This new concept introduces buildings that can change form and appearance, responding to environmental conditions or the needs of the people in and around them. 

This approach aims to enhance functionality and efficiency by introducing elements of interaction. This concept embodies the essence of futurism in architecture, paving the way to sustainable, multifunctional architecture that caters to a diverse range of people. 


Photorealistic rendering in architecture and real estate is a game-changer. It combines critical architectural and planning expertise with cutting-edge technology to deliver accurate and realistic 3D virtual tours through photographic renderings of interior spaces, exterior locations, and aerial views.

Plus Render combines innovation with motion graphics, photorealistic imagery, and drone video implementation. This ensures every project stands out from the crowd, making it a sought-after service.

So, whether designers want to show their Mediterranean oasis or the concrete jungle in NYC, they can easily do so. 


Futurism in architecture represents innovation, sustainability, and digital integration. As architects and designers continue to explore and merge trends, techniques, and technologies, the boundary between the physical and digital worlds has been blurring. 

In what we can call an architectural renaissance and various technological advancements, more imaginative and ground-breaking designs are taking over, and challenges are also at an all-time high. A commitment to research and collaboration across disciplines can help us explore many more possibilities.

Self-healing concrete, kinetic architecture, and Plus Render are excellent examples of the possibilities. If you wish to go beyond the realms of imagination, you can talk to the experts to learn more about realism. It’s safe to say that our environment will increasingly reflect the integration of innovative design practices, advanced materials, and digital technologies. 

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