Trends in Architecture 2025:

BIM 

Building Information Modeling is a modern 3D technology that has been around for a number of years, but has only recently gained widespread popularity in the architectural field, but still requires further development. This technology can greatly facilitate the design of any building: finds flaws and collisions of design, increases its efficiency, helps to automate all the processes of work before the start of construction.  

BIM helps to achieve amazing results in prognostics and changing conditions.  For example, Ray Prendas' house was built using BIM technology. First, the site was analyzed and a digital “twin” of the building was created. The detailed analysis allowed the architects to calculate weaknesses in the structure, organize the work of the design team, and visualize the building's restoration process. 

Computational Design

Computational design is a key tool for creating complex and irregular shapes. It generates complex results by bypassing traditional programs. Architects program unique structures that are difficult to design Beijing National Stadium has a complex lattice structure thanks specifically to computational design. 

Parametric Design

Parametrics is an approach in which forms are created using parameters and constraints set through code or specialized interfaces such as Grasshopper. It's more than just a tool: It's a design philosophy that enables the creation of adaptive, contextualized forms. The parametric approach takes real-world constraints into account, minimizing the use of standard solutions and creating an architecture that fits seamlessly into the environment.

Augmented Reality (XR)

An exciting trend in the architectural field is augmented reality (XR). It is a combination of virtual (VR), augmented (AR) and mixed reality (MR) that is changing the presentation of projects for clients. Augmented reality technology simplifies virtual fly-throughs, showing clients realistic virtual tours of a structure's design. 

Digital Form Finding

Modern computational tools allow architects to find optimal shapes for structures. Today, the form-finding method is used to create complex but effective structures that take into account both the aesthetic and structural aspects of a project.

Kinetic Architecture

Kinetic architecture is a field in which structures can change their shape and geometry in response to external conditions. These adaptive and transformable forms can respond to climatic changes, user preferences and other factors, making them a revolutionary solution.

Biophilic design 

Biophilic design is an approach in which there are components of living nature (light, green elements, etc.), they make the space more cozy and lively. The main features of the design are:  Its hallmarks are:

• natural elements in architectural design; 

• adding natural light; 

• integrating green and water elements into the design; 

• using natural and recycled materials; 

• shapes, geometry and patterns inspired by nature; 

• emphasis on texture; 

Rethinking urban spaces.

It's also called the introduction of nature emphasizing aesthetic and healthy space. Indoor parks are the centerpiece of most modern buildings. Eco-spaces are developing in urban areas. 

For example, the High Line in New York City is a real art object, causing economic growth in the surrounding neighborhoods. A former railroad line has been repurposed into a green elevated park that runs through the city. 

Marina Bay Sands in Singapore is an architectural marvel with an example of how architecture can be a multifunctional tool that enhances urban life.

And Millennium Park in Chicago is an example of public space design, blending the pace of the city with a “green quiet oasis.”

Smart materials 

The latest technologies such as ultra-thin solar panels, hydroceramics and sustainable biomaterials are setting a new trend in building design.

With lightweight yet durable materials, architects are blurring the boundaries between nature and architecture. This is evident in homes that function on natural energy sources, skyscrapers made of multifunctional materials that are redefining urban landscapes around the world.

These interactive materials respond to external changes - temperature, pressure or solar radiation - making buildings more environmentally friendly and comfortable for the user. For example, smart glass, which changes transparency to adjust sunlight, is becoming a mainstay of modern architecture.

Adaptive Reuse Architecture 

Adaptive reuse architecture allows you to breathe new life into a building that is in need of renovation. This is a real challenge for the architect, as their main task is to reimagine the space while maintaining the historical uniqueness of the building. It is also important to combine sustainability and modern functionality, which ensures the sustainable development of urban space. 

3D printing 

Already, modern 3D printing technology is becoming a standard in construction and architecture. Take Dubai's 3D Printing Strategies, where it is planned to print a quarter of all buildings by 2030. This approach is not only cost-effective, but also significantly speeds up the construction process. 3D printing has new possibilities, adjusting to the individual features of a building, compared to traditional construction methods. 

Modular and prefabricated architecture

Modular and prefabricated architecture is also gaining popularity as an economical and sustainable way to build. This method simplifies home construction, minimizes delays, and is also made of quality materials. 

Offices using multi-purpose spaces 

Modern offices are a key contemporary trend where adaptability and comfort have come to the fore: open floor plans. adaptable furniture, clear zoning of workstations for each employee.  The multifunctional space can be both an individual workplace and a collaborative area, thanks to movable partitions. Based on this, we can conclude that offices are the future of the architectural field, where a creative vein can emerge. 

Big Data 

Trends in Architecture 2025 include the use of big data. Integrating massive amounts of information about all systems allows for the creation of creating creating smart cities. Such technologies enable urban planners to create more sustainable and livable urban spaces.