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Architectural design and project planning is a comprehensive process that involves planning residential, commercial, industrial, and various other types of spaces in line with functional, aesthetic, and technical requirements.
The intended use of the building, site and existing building conditions, user needs, spatial relationships, technical requirements, and implementation conditions are evaluated together to develop project-specific solutions.
Each project is addressed through stages such as needs analysis, site inspection, concept design, planning, technical drawings, detailing, and preparation of implementation projects.
Architectural design and project planning is the process of planning and designing a building or space in accordance with its intended use and transforming the design into applicable technical drawings.
Depending on the scope of the project, the following services may be provided:
Spaces are planned according to their intended use, number of users, circulation requirements, and functional relationships, enabling more efficient use of the available area.
Building dimensions, materials, layout, and technical details are defined before construction in order to help reduce on-site changes and implementation errors.
User needs and everyday usage scenarios are taken into consideration so that spaces are planned not only from a visual perspective but also in terms of functionality.
Developing plans, façades, materials, details, and spatial decisions in harmony with one another helps create a consistent architectural language throughout the building.
Designs are prepared not only according to visual expectations but also by considering the structural system, dimensions, material properties, site conditions, and constructability criteria.
Detailed project planning enables manufacturing, material procurement, site implementation, and coordination between disciplines to be managed in a more organized manner.
The overall architectural approach, spatial organization, form, façade character, and design language of the project are developed.
The main planning decisions, space distribution, floor organization, entrances, circulation areas, and key architectural relationships are defined.
Technical drawings containing the dimensions, sections, elevations, details, and material information required for on-site implementation are prepared.
Junction points, cladding details, joinery solutions, stairs, wet areas, and special architectural applications are developed in detail.
The exterior appearance of the building is developed by considering proportions, openings, materials, colors, solar control, and architectural character.
Spaces are planned according to their intended use, furniture layout, circulation, ergonomics, and user requirements.
Three-dimensional models and visualizations may be prepared to communicate design decisions more clearly.
Existing buildings can be replanned, reorganized, and architecturally improved in accordance with changing usage requirements.
Each project is evaluated individually according to its intended use, existing conditions, user requirements, and implementation needs.
The intended use of the building, user expectations, required spaces, functions, and project objectives are identified.
The dimensions of the project area, existing building conditions, environmental factors, entrances, elevations, and technical limitations are examined.
Necessary measurements are taken and the existing conditions are documented.
The overall architectural approach of the project is developed.
Spatial organization, key layout decisions, circulation areas, façade approach, and design language are defined.
Floor plans, space sizes, door and window locations, circulation areas, and relationships between functions are developed.
The selected design alternative is developed further, and plans, sections, elevations, and façade decisions are finalized.
Materials, colors, and surface finishes may also be determined.
Dimensioned plans, sections, elevations, and architectural details required for implementation are prepared.
Where required, the architectural project is coordinated with structural, mechanical, electrical, and other engineering disciplines.
Potential conflicts and implementation issues are addressed during the design stage.
Façade, flooring, wall, ceiling, joinery, staircase, cladding, and special junction details are developed.
Dimensions, spatial relationships, details, and technical drawings are reviewed before implementation.
The approved architectural project is delivered in an implementation-ready format in accordance with the agreed scope.
Over time, the use, user capacity, or operational requirements of existing buildings may change.
In such cases, instead of fully rebuilding the structure, the existing architectural layout can be revised to accommodate new requirements.
Following a technical assessment, the following works may be carried out:
In industrial buildings, architectural design is not evaluated solely in terms of spatial appearance.
Production processes, machinery layouts, personnel movement, material flow, maintenance access, storage areas, and technical spaces directly affect architectural planning decisions.
Therefore, the following factors are considered together when planning industrial facilities:
In residential projects, users’ living habits, family structure, privacy, natural light, and relationships between spaces are prioritized.
Living rooms, kitchens, bedrooms, bathrooms, storage areas, and connections to outdoor spaces are planned according to user requirements.
Building orientation and façade openings are evaluated to improve natural lighting and user comfort.
In commercial buildings, customer circulation, product or service presentation, brand identity, employee requirements, and operational processes are evaluated together.
In stores, showrooms, offices, and similar spaces, entrances, circulation routes, display areas, workspaces, and support spaces are planned to create a functional whole.
Materials used in architectural projects are selected according to the intended use of the building, environmental conditions, maintenance requirements, aesthetic expectations, and budget.
Aluminum, glass, natural stone, composite panels, plaster, paint, and various exterior façade systems may be evaluated according to project requirements.
Ceramic, natural stone, concrete, epoxy, parquet, and various industrial flooring systems can be selected according to the intended use of the area.
Paint, ceramic, natural stone, decorative panels, timber cladding, and various surface systems may be used in accordance with the design concept.
Suspended ceilings, metal ceilings, acoustic solutions, or open-ceiling applications may be planned according to the technical and aesthetic requirements of the space.
Doors, windows, and façade joinery systems are selected by considering opening dimensions, usage type, insulation requirements, and architectural design.
To accurately determine the scope of architectural design and project planning services, some basic information about the project is required.
The following information may be shared to speed up the initial evaluation process:
Yes. Since every building has different usage requirements, dimensions, user needs, and site conditions, architectural projects are developed specifically for each project.
Yes. After assessing the existing building dimensions and structural system, architectural revisions can be developed according to the new intended use.
Depending on the project scope, concept design, architectural project planning, or detailed implementation project services may be provided separately.
Yes. Three-dimensional modeling and visualization can be included in the project to communicate design decisions more clearly.
Yes. Industrial architectural projects can be developed by taking production lines, machinery layouts, personnel and vehicle circulation, storage areas, and technical requirements into account.
Yes. Architectural design and project planning can be carried out for villas, apartments, housing projects, and residential spaces of different scales.
An implementation project is a technical project set containing the dimensions, materials, sections, elevations, and details required for the building to be constructed correctly on site.
Yes. If user requirements, site conditions, or implementation decisions change, the project can be reassessed and revised accordingly.
Yes. Architectural projects can be developed in coordination with structural, mechanical, electrical, and other engineering disciplines.
Architectural design for residential, commercial, industrial, and various other types of spaces is developed by evaluating existing conditions, user requirements, and implementation needs together.
For new buildings, renovation projects, interior reorganization, and industrial facilities, a comprehensive project planning process can be carried out from needs analysis through to the implementation project.
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