Based on the agreed brief, we develop the initial architectural concept and refine it through a series of iterations. Regular meetings or calls allow us to review the current proposal together, discuss feedback, and make the necessary adjustments as the project develops.

Throughout this stage, we also stay in touch via your preferred messaging platform to address questions between meetings.

Once the initial concept is approved, we develop the spatial organisation of the house and its position on the site.

We consider the relationships between rooms, circulation, access, views, and everyday routines — from the location of the main entrance to the way you move between the car, kitchen, living areas, and private spaces. These practical scenarios help shape a layout that works naturally in daily life.

The next stage is the development of the house in 3D. The model allows us to refine key architectural decisions, including the building proportions, window placement, faсade composition, and overall form.

At the same time, we use moodboards, references, and material selections to develop the exterior palette and define the architectural character of the house in greater detail.

At this stage, the internal planning is developed in greater detail. We refine room dimensions, furniture placement, circulation, openings, storage, and the relationship between interior and exterior spaces.

The layout is coordinated with the architectural structure and everyday requirements of the client, ensuring that the spatial concept is both functional and ready for further technical development.

Once the architectural model is sufficiently developed, we create photorealistic visualizations of the house within its actual site context, including the surrounding landscape, orientation, and selected materials.

The images allow us to evaluate the proportions, façades, materials, and overall appearance of the building before construction begins. At this stage, we also refine façade solutions, review implementation options and costs, and coordinate with relevant suppliers and contractors.

The completed design is brought together into a comprehensive project package, providing a clear overview of the architecture, layouts, façades, materials, and key design decisions.

We also prepare a preliminary construction cost overview based on information received from contractors and suppliers. This makes it possible to understand the financial implications of the proposed solutions early enough to adjust materials or technical decisions if the project begins to exceed the intended budget.

This section is developed by a structural engineer, who calculates the building loads and designs all primary load-bearing elements, including the foundations, columns, slabs, beams, walls, and other structural components.

The aim is to ensure the safety, stability, and durability of the building while keeping the structural system aligned with the architectural concept and project budget.

Geotechnical information about the site is required at this stage. You may arrange the survey independently through a specialist company, or we can coordinate it for you as an additional service. Based on soil conditions, groundwater levels, and other site data, the structural engineer determines the appropriate foundation system, load distribution, and structural strategy for the house.

The engineer also calculates the main quantities of structural materials, including concrete, reinforcement, and other key components, and develops the technical details required for construction.

In parallel, the architect develops the approved concept into a detailed set of construction documents.

This includes drawings, schedules, specifications, and technical details that define how the architectural design should be implemented. The documentation covers window locations and opening types, façade systems, insulation, exterior finishes, materials, architectural details, and other elements that affect both the appearance and technical performance of the building.

The final package includes the architectural drawings, key material schedules, and specifications required by contractors. This provides a clear understanding of the materials and quantities involved and gives the construction team precise instructions for implementing the approved design.

The engineering design process begins with a detailed assessment of the conditions that will affect the future house and its connection to external utilities.

We review the available infrastructure and connection requirements for electricity, water, gas, drainage, and other services, together with the building’s structure, layout, technical limitations, and expected loads. This information forms the basis for selecting the most appropriate engineering solutions.

More than five specialised engineers may be involved in this stage, each responsible for a specific system. Their work is then coordinated as one integrated package to ensure that all systems function together and remain compatible with the architecture and construction.

This approach helps identify the most suitable solutions early, avoid conflicts between different engineering sections, and develop a coordinated technical strategy tailored to the specific house.

All proposed engineering systems are integrated into a coordinated BIM model of the house. The model is then reviewed by the architect to ensure that solutions developed by different specialists work together without conflicts, clashes, or inconsistencies.

This coordination stage allows potential issues between engineering systems and the architectural design to be identified and resolved before construction begins.

As a result, you receive a complete engineering package for the house, including coordinated drawings, diagrams, technical notes, and implementation guidelines.

The electrical layout is developed separately as part of the interior design stage, once furniture, lighting, and everyday use of the spaces have been defined. This is when we determine the exact locations of sockets and switches, lighting types, fixture quantities, and other details that depend directly on how each space will be used.

At this stage, you meet with our lead designer to discuss your lifestyle, priorities, visual preferences, and expectations for the future interior.

If we were not involved in the architectural design of the property, we also collect the key project information, including its location, floor area, existing layout, and technical conditions. We then carry out site measurements to create an accurate base for the next stages of the interior design process.

After the meeting and analysis of your wishes, we prepare a commercial proposal. It is based on the project discussion or a completed brief — a detailed questionnaire with questions that help us define the tasks, scope of work, and main requirements for the future interior. After the commercial proposal is approved, we sign an agreement that specifies the scope of work, timeline, cost, and communication process. Once the agreement is signed, we begin the design work.

At this stage, we combine your wishes, visual preferences, and ideas with the initial data of the property. We develop layout solutions, if they were not previously created by us as part of the architectural project, define the interior color palette, select the main finishing materials, and choose furniture, lighting, décor, and interior elements for each room. The result of this stage is a set of 3D schemes for each room. They allow you to see the overall composition of the space, understand the forms, color combinations, furniture placement, and the main visual content of the future interior.

After the detailed concept and source materials have been approved, we move on to the visualization stage. Based on these materials, photorealistic images of the future interior are created, allowing you to see the space as close as possible to its final look — with the selected materials, furniture, lighting, color palette, and decorative elements. At this same stage, we further clarify the finishing materials, technical solutions, and their cost, as well as determine the contractors who will be able to carry out the required work in accordance with the project.

At the final stage, we compile all the completed work into a single project album. It gives a complete understanding of the future interior: its visual concept, layout solutions, materials, furniture, lighting, décor, and overall content. We also include a preliminary estimate for the interior implementation. It is prepared based on the information we clarify with our partners and contractors. This way, you receive not only the visual and project documentation, but also an understanding of the approximate cost of the proposed solutions. If during the process it becomes clear that the selected solutions go beyond the desired budget, we can optimize the project in time, adjust materials or individual items, and bring it to the required cost.

We carry out the construction of country houses and turnkey interior implementation — from preparatory and rough construction works to finishing, furnishing, and final handover of the property. As part of the construction process, we cover all main stages of work: dismantling, structural works, engineering systems, finishing, equipment installation, furniture installation, and the production of custom elements through trusted contractors. Our goal is to bring the project to life so that the completed property fully corresponds to the approved architecture, interior design project, selected materials, and technical solutions.

At the first stage, the visualizer receives and studies the technical brief from the architect, designer, or client. The brief usually includes: floor plans; wall elevations; furniture drawings; materials schedule; links to furniture, lighting, and décor; style references; preferred camera angles; deadlines and delivery format. At this stage, it is important to clarify exactly what needs to be done: interior, exterior, product visualization, the number of images, level of detail, deadlines, and number of revisions.

Next, the visualizer checks whether there is enough information to begin the work. For example, the following materials may be required: DWG plans; PDF drawings; dimensions; collages from the designer; 3D models of furniture; links to materials; photos of the site; mood references. If any information is missing, the visualizer asks the necessary questions before starting the modeling stage.

Next, the visualizer checks whether there is enough information to begin the work. For example, the following materials may be required: DWG plans; PDF drawings; dimensions; collages from the designer; 3D models of furniture; links to materials; photos of the site; mood references. If any information is missing, the visualizer asks the necessary questions before starting the modeling stage.

At the first stage, the visualizer receives and studies the technical brief from the architect, designer, or client. The brief usually includes: floor plans; wall elevations; furniture drawings; materials schedule; links to furniture, lighting, and décor; style references; preferred camera angles; deadlines and delivery format. At this stage, it is important to clarify exactly what needs to be done: interior, exterior, product visualization, the number of images, level of detail, deadlines, and number of revisions.

Next, the visualizer checks whether there is enough information to begin the work. For example, the following materials may be required: DWG plans; PDF drawings; dimensions; collages from the designer; 3D models of furniture; links to materials; photos of the site; mood references. If any information is missing, the visualizer asks the necessary questions before starting the modeling stage.

The next stage is usually the creation of the basic room shell in specialized software such as 3ds Max, Blender, SketchUp, Cinema 4D, and others. At this stage, the following elements are created: walls; floor; ceiling; windows; doors; main niches; staircases, if any; large architectural elements of the space. This is not yet the final polished image, but the technical foundation of the scene.

The next stage is usually the creation of the basic room shell in specialized software such as 3ds Max, Blender, SketchUp, Cinema 4D, and others. At this stage, the following elements are created: walls; floor; ceiling; windows; doors; main niches; staircases, if any; large architectural elements of the space. This is not yet the final polished image, but the technical foundation of the scene.

The approval of camera angles is an important stage of the visualization process. Usually, the visualizer sets up the cameras and sends draft views to the client or designer. These may be simple screenshots or renders in grey material. At this stage, the following is approved: which points the space should be shown from; what should be included in the frame; camera height; viewing angle; composition; number of final images. It is better to approve the camera angles before detailed material setup, because if the camera changes significantly later, part of the completed work may become unnecessary.

The approval of camera angles is an important stage of the visualization process. Usually, the visualizer sets up the cameras and sends draft views to the client or designer. These may be simple screenshots or renders in grey material. At this stage, the following is approved: which points the space should be shown from; what should be included in the frame; camera height; viewing angle; composition; number of final images. It is better to approve the camera angles before detailed material setup, because if the camera changes significantly later, part of the completed work may become unnecessary.

After the clay render, the designer or architect provides the first round of revisions. For example: move furniture; change the camera angle; adjust the camera height; add or remove an object; correct the geometry; change dimensions; adjust the layout; replace a furniture model. This is a normal part of the process. Revisions are almost always needed.

After the geometry and camera angles have been approved, the visualizer moves on to the visual part of the work. At this stage, the following are adjusted: wall materials; floor finishes; wood; stone; fabric; metal; glass; lighting; daytime or evening mood; reflections; textures; color temperature. At this stage, the image begins to look much closer to the final visualization.

After the materials are set up, the visualizer sends draft color renders. At this stage, the following is checked: colors; textures; lighting; overall atmosphere; compliance with the design project; furniture and décor; realism of the image. This is not the final result yet, but the image is already close to completion.

After the color drafts, there is usually another round of revisions. For example: make the lighting warmer or cooler; replace the wood texture; change the wall shade; increase contrast; change the décor; adjust the curtains; add details; remove unnecessary items; make the image look more “luxurious” or “softer.” Important: at this stage, revisions should preferably be limited to visual details. If the client decides to change the entire layout at the color render stage, this is already considered a major rework.

Once everything has been approved, the visualizer starts the final high-quality renders. Usually, the final images are prepared: in high resolution; with proper lighting settings; without noise; with high-quality materials; with the final composition.

After rendering, the image is often refined in Photoshop or another editing software. Post-production may include: color correction; contrast adjustment; lighting accents; sharpness; atmosphere; people outside the window; sky; background; minor corrections.

At the final stage, the visualizer delivers the completed images. Usually, this includes: JPG or PNG files; sometimes TIFF files; images in the required resolution; the project archive, if agreed in advance; source files, if included in the agreement. Original 3D files are usually not provided by default, unless this has been agreed in advance.

At the first stage, we study the property, the business objectives, and the specific features of the future space. It is important for us to understand not only the area and layout of the premises, but also the format of the venue, its target audience, and the behavior scenarios of both guests and staff. We analyze the space, take measurements, document the existing condition, and study engineering limitations, the entrance area, circulation routes, seating layout, kitchen, bar, storage, and restroom zones. For HoReCa projects, it is especially important to plan flows in advance: how guests enter the venue, how staff move through the space, where food is served, where inventory is stored, and how cleaning and service processes are organized. Based on this information, we prepare the technical brief. It becomes the foundation of the entire project and helps avoid random or disconnected decisions at the following stages. Stage result: measurement plan, photo documentation, space analysis, functional objectives, technical brief, and a clear understanding of the project limitations.

At the first stage, we study the property, the business objectives, and the specific features of the future space. It is important for us to understand not only the area and layout of the premises, but also the format of the venue, its target audience, and the behavior scenarios of both guests and staff. We analyze the space, take measurements, document the existing condition, and study engineering limitations, the entrance area, circulation routes, seating layout, kitchen, bar, storage, and restroom zones. For HoReCa projects, it is especially important to plan flows in advance: how guests enter the venue, how staff move through the space, where food is served, where inventory is stored, and how cleaning and service processes are organized. Based on this information, we prepare the technical brief. It becomes the foundation of the entire project and helps avoid random or disconnected decisions at the following stages. Stage result: measurement plan, photo documentation, space analysis, functional objectives, technical brief, and a clear understanding of the project limitations.

At the first stage, we study the property, the business objectives, and the specific features of the future space. It is important for us to understand not only the area and layout of the premises, but also the format of the venue, its target audience, and the behavior scenarios of both guests and staff. We analyze the space, take measurements, document the existing condition, and study engineering limitations, the entrance area, circulation routes, seating layout, kitchen, bar, storage, and restroom zones. For HoReCa projects, it is especially important to plan flows in advance: how guests enter the venue, how staff move through the space, where food is served, where inventory is stored, and how cleaning and service processes are organized. Based on this information, we prepare the technical brief. It becomes the foundation of the entire project and helps avoid random or disconnected decisions at the following stages. Stage result: measurement plan, photo documentation, space analysis, functional objectives, technical brief, and a clear understanding of the project limitations.

At the first stage, we study the property, the business objectives, and the specific features of the future space. It is important for us to understand not only the area and layout of the premises, but also the format of the venue, its target audience, and the behavior scenarios of both guests and staff. We analyze the space, take measurements, document the existing condition, and study engineering limitations, the entrance area, circulation routes, seating layout, kitchen, bar, storage, and restroom zones. For HoReCa projects, it is especially important to plan flows in advance: how guests enter the venue, how staff move through the space, where food is served, where inventory is stored, and how cleaning and service processes are organized. Based on this information, we prepare the technical brief. It becomes the foundation of the entire project and helps avoid random or disconnected decisions at the following stages. Stage result: measurement plan, photo documentation, space analysis, functional objectives, technical brief, and a clear understanding of the project limitations.