Raza Muhammad

With 5 years of experience as an Architectural Designer, I specialize in architectural and parametric design, utilizing computational tools to optimize workflows and enhance design efficiency. My expertise includes Computer-Aided Design (CAD), 3D Visualization, and Parametric Modeling, with a strong command of Grasshopper for Rhino 3D. I am a collaborative and adaptable professional skilled in translating complex design concepts into efficient and scalable solutions. I have a proven track record in handling client requests, design modifications, and vendor coordination while consistently maintaining high-quality standards. Thriving in fast-paced environments, I excel at effectively managing multiple projects and meeting tight deadlines.

My research focuses on the intersection of computational design, parametric modeling, and automation in architecture, particularly in optimizing workflows for mass customization and digital fabrication. I explore how Grasshopper for Rhino 3D and other advanced tools can streamline design-to-production pipelines, reducing manual effort while maintaining precision and adaptability.

Additionally, I have a deep interest in biomimicry and material efficiency, studying how nature-inspired forms and responsive geometries can enhance architectural performance. My research extends to wayfinding systems and spatial analysis, improving user navigation through algorithm-driven design strategies.

I stay engaged with emerging trends in architectural technology, regularly exploring advancements in AI-driven design, generative systems, and sustainable fabrication methods.