Services

Computational Design, Parametric Workflows, Automation Tools & Visualization

What I Offer

I provide computational design services, including parametric workflows, Python-based automation, and 3D modeling and visualization, to help teams work more efficiently, reduce manual effort, and explore design options with confidence. My work integrates design logic, data-driven methods, and real-time technologies to support architecture, urban design, planning, and simulation workflows.

Service Areas

1: Parametric & Computational Design

Developing performance-driven systems and custom geometry logic using Grasshopper and Python.

• Parametric workflows for design exploration
• Automation of repetitive tasks
• Tool development for analysis and simulation

2: Automation Tools & Custom Pipelines

Building tools that increase productivity and streamline studio workflows.

• Python scripting in Rhino
• Automated export pipelines (2D/3D)
• Database-driven file management tools

3: 3D Modeling & Digital Twins

Creating accurate, watertight 3D models for architectural, urban, and simulation-based workflows.

• High-detail and optimized low-poly models
• Digital twins & VR-ready assets
• Urban massing, master planning, and environment modeling
• Model preparation for CFD, PLW, and shadow studies

4. Visualization & Real-Time Rendering

Professional-quality visuals for competitions, presentations, and design reviews.

• Architectural visualization & concept renders
• Real-time scenes in Unreal Engine
• Shadow, sun, and environmental studies
• VR walkthroughs & immersive environments

Industries Served

I collaborate with teams across design, research, and production workflows, including:

• Architecture & Urban Design
• Planning & Transportation Research
• Real Estate Development
• Digital Fabrication & CNC Teams
• Simulation & Engineering Teams
• Universities & Research Labs

Let’s Collaborate

If you’d like to discuss a project, streamline your workflow, or explore custom tools, feel free to reach out.