Reza M.

I'm a Building Engineering and Architecture graduate (MSc, Politecnico di Milano) specializing in parametric design, BIM modeling, and architecturally accurate 3D visualization. My background combines production BIM experience with computational design research — including a thesis project building a Grasshopper-based tool that predicts facade daylight performance (sDA, ASE, solar radiation) using real climate simulation data and machine learning.

What sets my visualization work apart is genuine solar and environmental accuracy:
I work regularly with Climate Studio, Ladybug, and Honeybee to model true sun position, shadow studies, and daylight behavior for a specific site and date — not just a rough visual approximation. This matters for site development visualizations, shadow studies,
and any project where a client needs to trust that what they're seeing reflects reality.

Core capabilities:
- BIM modeling and documentation (Revit) — 3+ years production experience on residential and mixed-use projects
- Parametric and computational design (Rhino + Grasshopper, including custom Python scripting)
- Site, terrain, and topography modeling from civil/conceptual plans
- Photorealistic and real-time visualization (Lumion, Twinmotion) including animated walkthroughs
- Climate-accurate solar, shadow, and daylight analysis (Climate Studio, Ladybug/Honeybee)

I also co-founded a computational design startup during my studies (PEEL, developed through Politecnico di Milano's TEF Ignition program) and worked as a Teaching Assistant for an Energy + Form design studio — so I'm comfortable both executing
technical work independently and communicating clearly with clients throughout a project.

Based in Italy, available remote, comfortable working across time zones.