Metalzinc

  Parametric design has changed the way architects think about form, performance, and constructability. Instead of drawing a single fixed shape, designers build a system of rules. When you adjust the inputs (like sunlight, ventilation targets, structural spacing, or panel size), the geometry updates automatically. This approach is especially powerful for building envelopes, where aesthetics and performance must work together. Today, parametric design is widely used for facades because the facade is where comfort, climate response, and visual identity meet. With the right material and fabrication approach, parametric thinking can move from screen to site without losing precision. That’s where advanced metal facade systems, including zinc solutions from VMZINC, become relevant for architects aiming to turn complex geometry into buildable architecture.   What parametric design really means (in simple terms) Parametric design is a method of designing by defining relationships bet...

  Over the years, I’ve worked closely with different roofing systems, and one solution consistently stands out for long-term performance and architectural flexibility: the metal roof . Whether used in residential, commercial, or complex architectural projects, metal roofing systems have proven their value through durability, weather resistance, and clean aesthetics. In this guide, I want to share practical insights based on experience. I’ll walk through what makes a metal roof a smart choice, how proper installation impacts performance, best practices I always follow, and common mistakes that should be avoided to ensure a reliable and long-lasting roof. Understanding What Makes a Metal Roof Different What Is a Metal Roof? A metal roof is a roofing system made from metal panels or sheets that are mechanically fixed or seamed together to form a continuous protective surface. Unlike traditional roofing materials, metal roofs are designed to handle extreme weather conditions while main...