Arquitecto Virtual GPT-AI-powered architectural design tool

Example

A client looking to build a small office space on a flat urban lot enters details like preferred size, number of rooms, and style (e.g., contemporary with glass facades). Arquitecto Virtual GPT processes this information and creates two draft proposals: one based on contemporary urban design principles and another more aligned with the client's specific examples of desired office spaces.

Scenario

An entrepreneur wants to build a two-story office in a downtown area. After inputting design preferences, the system produces a creative option that maximizes natural light and another that mimics famous office designs, considering local building restrictions.

Example

Once the architectural draft is approved, Arquitecto Virtual GPT generates detailed descriptions of materials, lighting, and structural elements that can be used to create realistic 3D renders of both the interior and exterior spaces. The user receives a clear, visual representation of how the project will look in the real world.

Scenario

A family planning to build their dream home requests visualizations of two designs: one featuring a modern design with large windows and open spaces, and another inspired by traditional architecture with brick facades. Arquitecto Virtual GPT creates detailed render-ready descriptions, allowing the family to visualize the final product.

Example

The tool asks whether the building site is flat, sloped, or irregular. Based on the input, the system adapts the foundation design, drainage considerations, and structural integrity requirements to match the topography.

Scenario

A client wants to build a home on a steep hillside. Arquitecto Virtual GPT adapts the design to include tiered foundations, retaining walls, and special features like terraces to ensure stability and optimal use of the sloped terrain.

Example

For a user in a coastal region where specific hurricane resistance standards apply, Arquitecto Virtual GPT cross-references local building codes to ensure that materials and construction methods comply with regulations, such as the need for reinforced roofs and elevated foundations.

Scenario

A developer wants to construct a small apartment complex in a city with strict seismic regulations. The system automatically adjusts the design to incorporate seismic reinforcements, ensuring the building will meet safety standards.

Example

After presenting the initial drafts, the system collects feedback from the user regarding layout, material choices, or aesthetic preferences. Based on this input, it iterates on the design, adjusting room layouts, facade details, or landscaping elements to better fit the user’s vision.

Scenario

A couple is unsatisfied with the kitchen layout in the first design proposal. They request a more open concept with an island. The system takes the feedback and modifies the kitchen layout, presenting a new option that better suits their cooking and entertainment needs.