5th March 2026
On the construction site of a public center in Vancouver, Washington, an installation crew lifts a wooden coffered beam to the ceiling. For the engineer on site, this is a structural element with calculated load and a clearly defined fastening scheme. For the architect, it is a visual accent that sets the rhythm of the entire hall. For the manufacturer, it is a file that arrived directly at the machine without additional redrawing. Three different views of the same object, and it is precisely at the point of their intersection that Ukrainian designer Andrii Burda has been working for several years.
The beam on the Vancouver ceiling is only one of many elements in which decorative and structural functions merge into a single solution. Each such element requires the author to simultaneously master design language, engineering logic, understanding of material behavior, and compatibility with modern production equipment. In the practice that Andrii consistently develops, this integration has become a working principle that defines his professional profile.
Why Has Integration Become the New Standard?
The market for individual and commercial construction in the USA has noticeably become more complex in recent years. The client expects individual solutions, design detailing is a competitive advantage, and regulatory requirements for fire safety, energy efficiency, and acoustics have become stricter. In these conditions, projects win in which every decorative element simultaneously performs an engineering function, which reduces the overall cost of structures, decreases the weight of the building, and simplifies operation. But for this, a specialist is needed who thinks both visually and constructively at the same time.
Industry practice until recently provided for a phased transfer of the project: the architect determines the load-bearing system, the designer is responsible for the “overlay” layer of decor, the engineer checks for stability, and the contractor performs the work. At each transition, part of the integrity of the concept was lost, and decor was perceived as an element that is “hung” on an already finished structure. The modern approach that Andrii Burda applies is to design decorative and structural logic that are designed simultaneously, in a shared 3D model, taking into account their mutual influence.
Multifunctional Center in Vancouver: The Role in a Large-Scale Project
The most illustrative case of this approach today is the project of the multifunctional public and religious center of the Slavic Baptist Church “Grace” in Vancouver, Washington. This is a large-scale facility with a total area of 41,830 square feet, featuring a main hall for over 1,500 seats, a separate hall for events for about 300 visitors, a café, a library, classrooms, and service premises. The estimated project budget at the final stage is about 20 million dollars. This will be the first modern multifunctional facility of such scale in Vancouver, designed to relieve the chronic shortage of large venues for weddings and mass events in the city.
In the project, Andrii Burda acts as the chief interior designer and 3D visualization specialist. He participates in shaping key architectural decisions regarding the external appearance and the adjacent territory, develops concepts for the interior of the main premises, creates highly detailed 3D models that serve as working tools for the chief architect and construction teams, and designs individual decorative elements that are simultaneously structural. Cooperation with the project’s chief architect Lisa Slater, a specialist with experience in designing large religious and public facilities, is built on the principle of parallel work on the architectural and design layers, without a gap in time or concept between them.
«Andrii Burda’s work combines architectural thinking, interior design sensitivity, and advanced 3D modeling in a way that few professionals on the market are able to deliver simultaneously, — notes Lisa Slater. — His 3D models on the project serve as essential working tools that help define the architectural character, support communication between stakeholders, and guide critical decisions before construction begins».
The practical effect of such a combination of roles is noticeable at the level of project management. Combining the functions of interior designer and 3D visualizer in one specialist reduces the development time of the design part by more than 50% compared to the standard scheme in which these roles are distributed between two specialists. Coordination cycles shorten and spatial or technical conflicts surface earlier. For a project with a budget of $20 million and tight deadlines, this translates into hundreds of thousands of dollars in savings.
Coffered Ceilings, Fireplaces, Panels: How an Element Becomes an Integrated System
In parallel with the public center, Andrii Burda continues his cooperation with the woodworking company Crown Carpentry LLC, which serves projects of leading North American developers Cascade West Development and Pacific Lifestyle Homes. Over several years of cooperation, he has completed about 200 projects of various levels, from standard residential installations to completely individual residences. Through this work, more than 100 individual coffered (box) beams of varying complexity have been designed, dozens of custom fireplace surrounds, numerous custom cabinet systems, wall claddings, and decorative panels.
The key feature of each of these elements is the simultaneous performance of decorative, structural, and operational functions. A coffered beam forms the character of the ceiling while distributing; a fireplace surround is the architectural center of the room and meets fire safety standards; a wall panel sets the rhythm of the room and at the same time solves the task of sound insulation or hiding engineering communications. This integrated approach has become a recognizable signature of his project work.
Why This Matters for the U.S. Construction Market
Andrii Burda’s working model has practical significance, as his comprehensive approach offers a solution to a number of structural problems currently facing the residential and small-scale commercial construction sector in the United States.
The first is the cost of in-house design departments. For most small and mid-sized American builders, maintaining a full internal design team, covering interior design, 3D visualization, and production-ready CAD modeling as separate functions — is economically prohibitive. The annual cost of three specialists, software licenses, and coordination overhead runs into hundreds of thousands of dollars, which most regional builders cannot absorb without raising end prices. Burda’s model, in which all three functions are consolidated within one specialist working with a contractor like Crown Carpentry, allows local builders to deliver custom-grade design quality without scaling their internal staff. This is one of the few practical paths through which mid-tier U.S. developers can compete on design quality with major national builders without proportionally increasing their corporate overhead.
The second factor is the construction timeline. The American residential construction market has been under sustained pressure from extended project cycles, driven by labor shortages and supply chain disruptions.The average completion time for a single-family home in the U.S. has grown by several months over the past five years. Burda’s approach where a single 3D model serves simultaneously as client presentation, engineering documentation, and CNC input file — directly compresses two of the most time-consuming stages: design coordination and pre-production redrawing. On Crown Carpentry projects, this has translated into a reduction of more than 40% in the time from approved design to finished product, freeing capacity that builders can redirect toward additional project starts.
The third dimension is regulatory compliance. American building codes (particularly in the Pacific Northwest, where seismic requirements, energy efficiency standards, and fire safety regulations apply simultaneously) make custom decorative elements technically demanding. Each coffered beam, fireplace surround, or built-in cabinet system has to satisfy structural calculations, fire ratings, and material specifications that vary by jurisdiction. Burda’s models, designed from the outset with manufacturing tolerances and material thicknesses aligned with U.S. industry standards, reduce the risk of late-stage compliance issues.
Fourth is the impact on local employment. Because Burda’s models integrate directly into the workflow of local manufacturing partners, the value generated by his design work stays within the U.S. economy. Each custom residence completed through this chain involves carpenters, finishers, installers, painters, and material suppliers operating within the regional economy. In this sense, Burda’s role functions less as an outsourced design service and more as a catalyst that enables American small and mid-sized builders to deliver higher-end products through the existing local labor base.
Responsibility for the Final Result
The key difference between Andrii Burda’s role and the role of a regular interior designer lies in the scope of responsibility for the actual result on the construction site. Usually, a designer hands over renders and drawings, and then his participation in the project ends. In the approach applied by Andrii, the 3D model is simultaneously presentational, technical, and production-oriented, so the author bears direct responsibility for how the designed element behaves in production, during installation, and during operation. This shifts the role profile toward what is referred to in the industry as “design lead” — a specialist whose decisions directly determine implementation.
At the process level, this means that in projects his models are transferred directly to production without a separate stage of engineering redrawing, reducing the time from approved design to the finished product by more than 40%.
Anastasia Andreieva is an accomplished Architectural Projects Editor at Arch2O, bringing a unique blend of linguistic expertise and design enthusiasm to the team. Born and raised in Ukraine, she holds a Master’s degree in Languages from Taras Shevchenko National University of Kyiv. Her deep passion for architecture and visual storytelling led her to transition from translation and editorial roles into the world of design media. With a keen eye for conceptual clarity and narrative structure, Anastasia curates and presents global architectural projects with precision and flair. She is particularly drawn to parametric and digital design, cultural context, and emerging voices in architecture. When I’m not analyzing the latest architectural trends, you’ll probably find me searching for hidden gems in cityscapes or appreciating the beauty of well-crafted spaces. After all, great design—like great connections—can be found in the most unexpected places. Speaking of connections, because architecture isn’t the only thing that brings people together.