archgist.com

Theme Singapore’s Food Security Model Key Lesson for African Cities Overall Approach Focuses on resilience rather than complete food self-sufficiency. Build resilient and diversified food systems suited to local conditions. Import Diversification Imports food from over 170 countries and regions to reduce supply risks. Source food from multiple regions and strengthen regional trade networks. Urban Agriculture Uses vertical farms, rooftop gardens, and high-tech greenhouses. Promote affordable urban farming such as rooftop gardens, community gardens, hydroponics, and peri-urban agriculture. Technology & Innovation Invests in precision farming, aquaculture, and alternative proteins. Adopt cost-effective technologies like drip irrigation, improved seeds, solar irrigation, and digital farming tools. Food Storage & Supply Chains Maintains strategic…

Rank City Country Temperature 1 Alicante Spain 37°C 2 Benidorm Spain 37°C 3 Nantes France 37°C 4 Diyarbakır Türkiye 37°C 5 Bordeaux France 36°C 6 Granada Spain 36°C 7 Jaén Spain 36°C 8 Pamplona Spain 36°C 9 Madrid Spain 35°C 10 Rome Italy 35°C 11 Toulouse France 35°C 12 Nicosia Cyprus 35°C 13 North Nicosia Cyprus 35°C 14 Kyrenia Cyprus 35°C 15 Vatican City Vatican City 35°C 16 Assisi Italy 34°C 17 Barcelona Spain 34°C 18 Ávila Spain 34°C 19 Palma Spain 34°C 20 Poitiers France 34°C References: https://www.timeanddate.com/weather/?continent=europe Top 100 Hottest Cities in the World Right Now Summary

Shipping container architecture has evolved from a niche architectural concept into a commercially viable solution for residential homes, offices, cafés, retail spaces, emergency shelters, and modular commercial buildings. The primary appeal lies in speed of construction, modularity, structural durability, and material reuse. However, recent academic research suggests that container buildings are not universally cheaper than traditional construction once insulation, structural modifications, transportation, utilities, and code compliance are included. Parameter Shipping Container Architecture Insight Construction Time 1–3 months Approximately 30–50% faster than conventional construction due to off-site prefabrication. Raw Container Cost Prices vary by country, container condition, age. The ranges above indicate typical prices for used to new containers.e.g. India US$500–800…

AI companies aren’t hiring architects to design office layouts as their core business. However, they do hire professionals with architectural thinking for roles such as: For example, OpenAI is actively hiring roles related to Datacenter Design, including 3P Architect, focused on designing large-scale AI infrastructure rather than buildings. OpenAI’s careers page lists these positions: https://openai.com/careers/search/ Even more interesting, OpenAI has expanded its design capabilities by working with legendary designer Jony Ive to shape the next generation of AI products, showing that design is becoming increasingly strategic in AI companies. So where does that Careers at OpenAI or Anthropic leave architects? The opportunity is shifting from designing spaces to designing intelligent…

Artificial Intelligence (AI) is fundamentally reshaping the Architecture, Engineering, and Construction (AEC) industry. Rather than replacing architectural designers, AI is transforming their responsibilities from manual drafting to data-driven design strategy, computational decision-making, Building Information Modeling (BIM), and AI-assisted design optimization. Industry research indicates that organizations adopting AI are increasing demand for professionals capable of combining architectural expertise with machine learning workflows, automation, and digital collaboration. Category Summary Industry Trend AI is augmenting architectural design through automation, BIM, generative design, and digital twins, while increasing demand for designers with digital expertise. Primary Role Bridge architectural design principles with AI-powered workflows to improve design quality, efficiency, sustainability, and collaboration. Key Job Positions…

Open-source software for Architects has become a powerful alternative to expensive proprietary tools, giving architects access to professional-grade design, modeling, visualization, GIS, and project management solutions—without licensing costs. Whether you’re a student, freelancer, or part of a large practice, these tools can help streamline your workflow. Category Software Primary Use Official Download Drafting (2D CAD) FreeCAD 2D & 3D CAD drafting https://www.freecad.org/downloads.php LibreCAD 2D technical drawings https://librecad.org/downloads/ 3D Modeling & Visualization Blender 3D modeling, rendering & animation https://www.blender.org/download/ BRL-CAD Advanced solid modeling https://brlcad.org/downloads/ OpenSCAD Parametric 3D modeling https://openscad.org/downloads.html BIM (Building Information Modeling) FreeCAD (Arch/BIM Workbench) Open-source BIM authoring https://www.freecad.org/downloads.php BlenderBIM IFC-based BIM workflow https://blenderbim.org/ IfcOpenShell IFC toolkit & BIM automation…

Some of the architecture programs on edX cover design, sustainability, urban planning, AI, history, and construction. Some are self-paced courses, while others are certificate or degree programs. edX’s architecture catalog also includes related topics such as sustainable construction, real estate, and urban design. # Course University Best For 1 The Architectural Imagination Harvard University Architectural theory, history, and design fundamentals 2 AI in Architectural Design: Introduction Delft University of Technology (TU Delft) AI-assisted architectural design 3 Building with Timber (Sustainable Timber Construction) TU Delft Sustainable building systems 4 Groundscape Architecture Design Lab: Re-thinking Cities Underground EPFL (Switzerland) Urban and infrastructure design 5 Four Facets of Contemporary Japanese Architecture The University…

Energy-efficient buildings rely heavily on passive design strategies that reduce heating, cooling, and lighting demand before mechanical systems are introduced. According to multiple building performance studies, integrating passive measures during the design stage can significantly reduce operational energy consumption while improving occupant comfort and lowering lifecycle costs. Research from the Engineering Science & Technology Journal, NZEB Knowledge Centre, and recent simulation-based studies consistently identifies the following passive strategies as the highest-impact solutions. Passive Strategy How It Improves Energy Efficiency Primary Benefit Building Orientation Aligns the building to maximize daylight and seasonal solar gain while reducing heat exposure. Lower heating and cooling demand High-Performance Insulation Minimizes heat transfer through walls, roofs,…

Buildings are among the world’s largest consumers of energy, accounting for nearly 30% of global final energy consumption and approximately 26% of global energy-related CO₂ emissions from operations, according to the International Energy Agency (IEA). With urbanization accelerating and energy costs continuing to fluctuate, improving building energy performance has become a strategic priority for architects, developers, engineers, facility managers, and policymakers. Modern energy-efficient buildings no longer rely on a single technology. Instead, they combine high-performance architectural design, advanced mechanical systems, intelligent controls, renewable energy, and continuous performance monitoring to reduce operational costs while maintaining occupant comfort. This guide examines the most effective strategies used across residential, commercial, institutional, and industrial…

Material selection determines 40–80% of a building’s embodied carbon, depending on project type, structural system, and lifecycle assumptions. Low-Impact Construction require optimizing materials through measurable environmental indicators instead of cost-only decision making. The following framework focuses on quantifiable parameters used by sustainable construction professionals. Optimization Area Primary Objective Key Metrics Recommended Action Expected Sustainability Impact Embodied Carbon Minimize lifecycle greenhouse gas emissions Global Warming Potential (kg CO₂e), Embodied Carbon Select materials with lower verified embodied carbon values using EPDs Significant reduction in overall project carbon footprint Environmental Product Declarations (EPDs) Enable data-driven material comparison Third-party verified EPD, Lifecycle Assessment Prioritize products with independently verified EPDs Improved transparency and evidence-based material…