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Natalia M.
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100 professional prompts ready to copy and paste into ChatGPT, Claude or Gemini.
This collection represents the gold standard for modern architects looking to integrate artificial intelligence into their technical and creative workflow. Designed by instructional design experts, each tool allows you to transform hours of manual work into high-precision automated processes, from writing technical reports to creating cutting-edge photorealistic visualizations. Optimize communication with clients and authorities through impeccable urban planning reports and validated sustainability strategies. By implementing these prompts, your studio will achieve higher levels of productivity, ensuring regulatory coherence, aesthetic excellence and an undisputed competitive advantage in the contemporary construction industry.
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An instruction. The basis of every AI result.
Prompt
your instruction
AI
100 resources included
Acts as a consulting architect expert in sustainability and high-performance facades. Your objective is to design and detail a sun protection system using louvers for a [Building Type] project located in [Location/Climate]. The design must prioritize both energy efficiency by reducing thermal gain and the contemporary architectural expression of the building. Analyze the orientation of the façade [North/South/East/West] and propose a lattice morphology that responds to the specific solar incidence of the area. Defines whether the system will be fixed or dynamic (mobile), using materials such as [Material: Wood of certified origin, Extruded ceramic, Anodized aluminum, GRC concrete] and specifies the 'opening percentage' (void ratio) necessary to balance natural lighting with glare control. Consider the integration of the lattice as a 'second skin' that allows natural cross ventilation between the screen and the interior enclosure. Delve into the tectonics of the system: describe the anchors, structural modulation, and visual pattern [Pattern: Rectilinear Geometric, Algorithmic/Parametric, Vernacular Inspiration]. The design must generate a dynamic play of light and shadow inside the space, improving the quality of the inhabited environment without compromising the views to the outside. Explains how the chosen materiality responds to the criteria of durability, natural aging and low long-term maintenance in the specific climatic conditions of the region. Finally, it presents a technical justification that includes the expected impact on energy savings for air conditioning (reduction of cooling loads) and how the implementation of these louvers contributes to obtaining credits in international certifications such as [Certification: LEED, BREEAM, Passivhaus]. The result should be an exhaustive technical description that serves as a basis for development in the executive project phase or for the writing of an advanced architectural descriptive report. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Result
He acts as an expert architect in restoration of historical heritage and conservation of stone materials. Your task is to write a comprehensive technical proposal for the intervention on the walls of the building [Name of the Building or Monument], which presents a construction typology of [Type of Rigging: ashlar, masonry, etc.] and dates from the period [Century/Epoque]. The proposal must strictly follow the principles of minimal intervention, reversibility and material compatibility, basing each decision on previous scientific studies and current regulations for the conservation of assets of cultural interest. In the first block, an analytical study of the stone factory is developed. You must identify the geological origin of the original stone (quarry of origin if known) and describe its macroscopic and microscopic characteristics. It analyzes the historical evolution of the façade, identifying possible previous reforms, spurious additions or substitutions of pieces that have altered the aesthetic and structural unity of the complex. It includes a detailed methodology for carrying out prospecting coves and humidity maps to understand the hygrothermal behavior of the wall so that the movement of salts inside the support can be predicted. The second block will focus on the pathologies and technical diagnosis. It uses the standardized ICOMOS technical terminology to describe phenomena such as exfoliation, peeling, formation of sulfation crusts (black scabs), presence of soluble salts (nitrates, chlorides) and the impact of biological agents such as lichens or bryophytes. For each injury identified in [Specific Areas of the Facade/Orientation], establishes a cause-effect relationship linked to environmental factors, storm drainage defects or inappropriate past interventions with Portland cement mortars that have blocked the natural breathability of the wall. In the third block, it defines the operational action protocol detailing each phase of the work. It details the cleaning processes, grading the intensity according to the fragility of the support: from cleaning with water mist and manual brushing to controlled micro-abrasion systems or laser cleaning in areas of high sculptural value. Explains the consolidation process of weathered stone, specifying the use of [Suggested Consolidating Product, e.g. ethyl silicate] and the application technique by impregnation or transfusion. Finally, it exhaustively describes the treatment of the joints: elimination of degraded mortar with manual means, choice of the granulometry of the sand and the type of lime (CL-90 or NHL 3.5) for the new grouting mortar, ensuring that the color and texture harmonize with the historical patina of the original stone. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering. Important: do not invent citations, case numbers, rulings, studies, or references. If you cannot verify them against real sources (web search or documents I provide), say so clearly, base the analysis on general criteria, and point out which data I should verify in official sources.
He acts as a consulting architect specialized in high-performance construction technologies. Your task is to write a comprehensive technical and conceptual report for the [Composite Panel Cladding] system that will be applied in the envelope of a [Building Use: Hospital/Office/Residential] project located in [Location and Climate]. The document must serve as the basis for the technical specifications, ensuring that the proposed solution combines avant-garde aesthetics with exceptional durability against atmospheric agents. Establishes the logic of the architectural breakdown using panels of [Core material: Polyethylene/FR Mineral/A2 Non-combustible] with outer skins of [Finish material: Aluminum/Zinc/Copper]. Defines a modulation of panels of [Suggested dimensions] mm that responds to the supporting structure, describing the rhythm of the joints and their depth of [Joint measurement] mm. The objective is to project an image of technological precision, emphasizing the absolute flatness of the surface and the integration of singular elements in the façade. Detail the necessary substructure system, specifying extruded aluminum alloy profiles and anchoring brackets with thermal break if necessary. Explains the fixing method selected, whether using [System: Hanging Trays/Exposed Riveting/Hidden Fixing], and how this system allows for thermal expansion of the material without compromising the structural integrity. It describes with technical rigor the behavior of the ventilated air chamber to optimize the thermal gradient between the exterior and the interior envelope of the building. Finally, it prescribes the surface finish specifications under quality standards [Certification: ECCA/Qualicoat], mentioning the type of coating [Type of paint: 2 or 3-layer PVDF / FEVE] and its resistance to ultraviolet radiation. It includes a section on the management of critical points: resolution of corners using panels formed in the workshop, meetings with aluminum carpentry and crowning finishes that guarantee the evacuation of rainwater, avoiding stains due to runoff on the surface of the coating. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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