About Me

I am a computational design and design technology specialist working at the intersection of urban design, architecture, and data-driven workflows. My background in Urban Planning (B.Sc.) and Construction Management (M.Eng.) gives me a strong foundation in both the spatial and technical dimensions of the built environment.

My work focuses on parametric and computational modeling, Python-based automation, and analytical workflows that support design exploration, performance evaluation, and decision-making at multiple scales. I develop custom tools and workflows to automate geometry generation, integrate spatial data, and translate complex design inputs into clear, reusable digital models.

Alongside computational design, I have extensive experience in 3D modeling and visualization as supporting tools for communication and analysis. I regularly work with real-time and immersive environments, including digital twins and VR-ready pipelines, to help design teams and stakeholders better understand spatial, urban, and infrastructural proposals.

I work primarily with Rhino and Grasshopper, Python scripting, and ArcGIS Pro, and I am experienced with a wide range of visualization and production tools including Unreal Engine, Twinmotion, Lumion, Navisworks, Maya, Enscape, and Adobe Creative Cloud. I maintain familiarity with additional platforms such as 3ds Max, Cinema4D, and AutoCAD, allowing me to adapt efficiently to diverse project pipelines and multidisciplinary teams.

Education

– B.Sc. Urban Planning, Ferdowsi University, Iran
– M.Eng. Construction Management, Concordia University, Montreal, CA

Awards & Recognition

– Awarded by RWDI Company for exceptional performance and project contributions (2022).

Publications

Marandi, R. (2021). Driving Impairment Detection Due to Sun Exposure and Contrasting Shadow of Surface Objects: An urban case study. Journal of Transportation Engineering, Part A: Systems.

Skills Overview