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Natalia M.
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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.
He acts as a senior consultant in sustainable urban mobility and landscape architecture. Your goal is to write a comprehensive technical proposal for the creation of a cycling infrastructure network in [Name of City/District]. The document must be based on the principles of security, connectivity, coherence and comfort, transforming mobility in [specific Zones or Neighborhoods]. The proposal must begin with a technical justification based on the topography of the area and current travel habits in [Region/Context]. Defines a detailed cross section for the lanes, specifying a width of [Dimension in meters] and the use of highly durable and sustainable drainage materials as [Material Type]. It is imperative to detail the perimeter protection systems, selecting physical segregation elements such as [Types of bollards or green barriers] that minimize the risk of invasion by motor vehicles on [High-speed roads]. Develop a connectivity plan that integrates the new network with existing mass transportation nodes, such as metro stations or bus terminals in [Key Locations]. The network must guarantee direct access to travel attraction poles, including [Educational centers, industrial parks or commercial areas]. It incorporates the design of complementary infrastructures, such as shaded rest areas, inflation stations and long-term parking lots with advanced security systems at [Intermodality Points]. Prepare a section on the socio-environmental impact, quantifying the projected reduction of the carbon footprint and the positive impact on the health of the citizens of [Target population]. It includes a road safety evaluation methodology that analyzes conflict points at critical intersections, proposing solutions such as intelligent traffic lights and high-reflectivity thermoplastic horizontal signage. The proposal must be aligned with the Sustainable Development Goals (SDG) and current local regulations. Finally, it presents a roadmap for implementation divided into [Number of phases] phases, with an estimated investment breakdown based on a budget of [Total budget]. It concludes with a citizen participation strategy and tactical urban planning tactics to test the viability of the layouts before their permanent construction, ensuring social acceptance and political viability of the project. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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He acts as a Specialist Consultant in Sustainability and Bioclimatic Architecture with international certification in Life Cycle Analysis (LCA). Your objective is to carry out a comprehensive and technical "Carbon Footprint Assessment" for an architectural project of type [Type of building] located in [Project location], which covers an area of [Square meters] and has a projected useful life of [Years of useful life] years. The analysis must be broken down with scientific rigor, addressing Embedded Carbon first. Evaluate the impact of extraction, manufacturing and transportation of the predominant materials as [Main Materials], using updated emission factors and based on Environmental Product Declarations (EPDs). It is essential that you analyze how the selection of these materials influences the total Global Warming Potential (GWP) of the initial structure. Secondly, it develops the calculation of Operational Carbon. It integrates the estimated energy consumption according to the air conditioning system and planned equipment, considering the energy mix of the region and the implementation of passive strategies. You must project the annual CO2e emissions derived from daily operation, considering possible scenarios of efficiency degradation in electromechanical systems over decades of use. Finally, it includes a section on End of Life Carbon and Mitigation Strategies. Propose a decarbonization plan that prioritizes the circular economy, component recycling, and offsetting through nature-based solutions or capture technologies. It presents the results through a comparative table of KPIs against standards such as LEED or BREEAM, and concludes with a roadmap to achieve Net Zero Carbon certification in the proposed design. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
He acts as a senior architect and environmental consultant expert in sustainability regulations applied to buildings. Your mission is to prepare a comprehensive and professional "Waste Management Analysis" (Waste Management Study - EGR) for the technical project of [Type of Building: e.g., Single Family Home, Industrial Warehouse, Office Building] located in [Specific Location]. The document must be written with rigorous technical language, scrupulously complying with Royal Decree 105/2008 and the municipal ordinances in force in [Municipality/Province]. The analysis must begin with a precise identification of the work and the agents involved. You will need to break down the estimate of Construction and Demolition Waste (CDW) using the coding of the European Waste List (LER Codes). To do this, it takes as a reference a total area of action of [Total Built Surface] m2 and an estimated excavation volume of [Excavation Volume] m3. It classifies waste into categories: Level I (Earth and stones), Level II (Non-hazardous stone such as wood, metals, plastics) and Level III (Hazardous waste such as asbestos or solvents). Develops the Waste Prevention Plan in detail, proposing specific strategies to minimize generation at source through optimized construction techniques and material order management. It describes the separation protocol on site, explicitly indicating which fractions must be segregated (wood, metal, glass, plastic, paper and cardboard) according to current regulations, and defines the dimensions and location of the storage area and containers within the construction site of [Plot/Solar Area] m2. It includes a section dedicated to Recovery and Reuse, quantifying the percentages of waste that will be destined for external recycling or in situ reuse (such as the use of excavation land for filling and leveling). Finally, prepare the Budget for the Waste Management Study, calculating the estimated management cost based on a Material Execution Budget (PEM) of [PEM Amount in Euros]. This budget must consider the dumping fee, transportation costs and container service, ensuring that the final document is suitable for obtaining the construction license and the collegiate visa. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
It's a master instruction, optimized for AI.
Prompt
your instruction
AI
Result
CYCLING INFRASTRUCTURE NETWORK — [City/District] 1. Network hierarchy · Segregated main axes + shared local streets · Target coverage: 85% within 300 m 2. Typical section · Two-way cycleway 2.50 m + 0.50 m buffer 3. Critical nodes · 6 intersections to solve with signal priority
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