AI Computational Architecture | Parametric Design | BIM Modeling

Shahbaz Hassan Shah — Architect specializing in Rhino, Revit and AI-driven design systems, delivering intelligent, performance-based and future-oriented architectural solutions.

About me

Shahbaz Hassan Shah is a AI Computational Architect and BIM Modeler specializing in Rhino , Revit, and AI-driven design systems. With over 7 years of experience in architectural design, he delivers intelligent, performance-based, and future-oriented solutions across concept, parametric development, and BIM coordination.

 

His work integrates computational workflows with BIM methodologies to create efficient, data-driven, and technically precise architectural systems.

01-Thesis Project

GWADAR INTERNATIONAL AIRPORT.

This thesis project explores the integration of nature, sustainability, and contemporary airport design to create a passenger experience that is both functional and emotionally engaging. The concept of Indoor Nature guided the entire design process, introducing natural light, greenery, open spaces, and visual connections to the landscape throughout the terminal.

The architecture is designed to reduce environmental impact while enhancing user comfort through passive design strategies, energy-efficient systems, and sustainable material selection. Large transparent façades maximize daylight, while the flowing roof form provides shading and creates a distinctive architectural identity inspired by natural movement.

02-Computational Form Exploration

Rhino | Grasshopper | AI Visualization

This conceptual study explores the integration of computational modeling in Rhino with AI-driven motion simulation.

The project investigates how parametric surfaces and NURBS geometries can evolve dynamically beyond static representation.

By combining algorithmic design workflows with AI-assisted visualization, the study demonstrates how architecture can be simulated, animated, and spatially experienced.

 

Project Information


Project Type: Conceptual / Research Study

Role: Computational Architect

Software: Rhino, AI Visualization Tools

Focus: Parametric surface development, algorithmic facade systems

Year: 2026

03-Design Research and Built Exploration

A curated selection of architectural explorations, computational experiments, and spatial design studies.

Each project investigates form generation, material articulation, and algorithm-driven workflows.

 

Project Information

Type: Concept Proposal

Role: Computational Architect.

Tools: Rhino |  AI Visualization

Year: 2026

04-Parametric Wave Pavilion 

A vision of architecture shaped by motion, light, and nature.

This concept explores organic form, spatial rhythm,flow, harmony contrast and immersive public experience through parametric design.

 

Project Information

Type: Concept Proposal

Role: Computational Architect.

Tools: Rhino |  AI Visualization

Year: 2026

05-Computational Architecture — Where Algorithm Meets Emotion

This conceptual project explores advanced parametric design through fluid geometries and sculptural spatial systems.

Developed using Rhino and the design integrates AI-assisted workflows to enhance form generation, façade articulation, and spatial performance.

The project aims to redefine contemporary cultural architecture through light, movement, and structural elegance.

Project Information

Type: Concept Proposal

Role: Computational Architect.

Tools: Rhino |  AI Visualization

Year: 2026

Contact

Dubai, United Arab Emirates

 

📩 arshahbazhassanshah@gmail.com

📱 +971 556173139