Profile

Personal Details

Full Name: Hossein Nazari Date of Birth: October 12, 1991 Nationality: Iranian Languages: Persian (Native), English (Conversational)

Professional Summary

I am a computational designer and tool developer driven by a deep curiosity for how data, computation, and AI can transform architectural design. My work sits at the intersection of design and technology, with a strong focus on sustainability, energy analysis, human-centered design, and agent-based modeling.

I craft custom tools and workflows that empower designers to make smarter, data-informed decisions—leveraging digital twins, simulation, and optimization to push design boundaries. To me, design is a constant exploration, a space where challenges fuel innovation, and every problem is an opportunity to build something better.



Interests & Hobbies

🧠 Mind Explorer
🎨 Digital Art
📚 Sci-Fi Literature
🌱 Urban Gardening
🏔️ Hiking
😋 Experimental Cooking
🎧 Music Connoisseur
🗺️ Digital Exploration
🔧 DIY Tinkering
🍴 Post-Hike Feasting


Email
LinkedIn
GitHub
Telegram

Education & Professional Development

Academic Education

2019 - 2022

M.A. in Sustainable Architecture

Iran University of Science and Technology (IUST)

Thesis: Impact of Buildings Alignment on Energy Efficiency - Design A Residential Complex as case study in Tehran.

Supervisor: Dr. Mohsen Faizi - Dr. Abbas Tarkashvand

2013 - 2016

B.A. in Architecture

Soore University

Thesis: Designing a Respiratory Rehabilitation Hotel-Hospital. Design A Sample in Urmia, Iran

Supervisor: Eng. Daryoush Kasraei



Courses & Workshops

Advanced Grasshopper

Certificate
Iranian Architecture Center
  • Parametric Modeling
  • Algorithmic Thinking
  • Computational Geometry

AI in Architecture and Urban Design

Certificate
Iranian Architecture Center
  • Python for Design
  • Data Analysis
  • Machine Learning
  • Best Project Award

Optimization and Machine Learning for Architecture

Dr. Morteza Rahbar
  • Python for Design
  • Data Analysis
  • Machine Learning
  • Metaheuristic Algorithms

Python

Certificate
Harvard CS50
  • Basics of Python
  • Algorithm Design
  • Computational Thinking

Web Development

Certificate
Harvard CS50
  • HTML
  • CSS
  • JavaScript

Advanced Daylighting

Dr. Peyman Pilechiha
  • Daylighting Simulation
  • Daylighting Handbook Methods
  • Reinhart’s Method for Daylighting

Mastering Computational Geometry Algorithms with C++

Kasun Liyanage
  • Computational Geometry
  • Vector Algebra
  • Mathematics

Plugin Development for Grasshopper

University of Stuttgart
  • Computational Geometry
  • C# Coding
  • Algorithm Design

Experience

2021-Present

Founder & Computational Designer

NexoNest
  • Developing Design Tools to Assist Designers in the Path to Sustainability
  • Educational Initiatives and Knowledge Sharing
  • Developed a suite of Grasshopper Plugins for Rhino...
  • These tools enable designers to optimize their designs...
  • The primary goal is to bridge the gap between research...
  • Conducted comprehensive training programs...
  • Developed and delivered specialized courses...
  • Established an annual Sustainable Development webinar series...
2023-Present

Python Developer

Morphotect
  • Developing Agent-Based Models for Social Digital Twin
  • Automation Integration for BIM Data Flow
  • Data Analysis Framework for Simulation Results
  • Created Agent-Based Models (ABMs) to simulate human-environment interactions within a Social Digital Twin framework, enabling the study of dynamic social behaviors and environmental impact.
  • Utilized Python for model development, integrating complex behavioral algorithms to simulate realistic interactions between users and their environments in a digital replica.
  • Focused on improving decision-making processes and understanding the influence of human activities on spatial environments and vice versa.
  • Designed and implemented a system for automating the BIM data extraction from Revit and importing geometry into Unity, optimizing workflows for architectural visualization and simulation.
  • The automation system significantly reduced manual data entry time, enabling faster and more efficient visual representation of architectural designs.
  • Facilitated real-time data synchronization, ensuring that updates in BIM models were accurately reflected in Unity, improving project iteration speed.
  • Developed a comprehensive Data Analysis Framework using Python, designed to process and analyze simulation data from various sources, including agent-based models and BIM models.
  • The framework included tools for generating reports and visualizations, providing stakeholders with actionable insights to inform design optimization and decision-making processes.
  • Enabled data-driven decision-making, allowing for the identification of performance gaps, improvement opportunities, and design efficiencies in architectural projects.
2022-Present

Research Assistant & Teaching Assistant

Iran University of Science and Technology
  • Research on Sustainable Architecture and Computational Design
  • Teaching Assistant in Design Studio and Computational Sustainability
  • Conducted research on Energy Efficiency, Daylighting, and Prefabrication using computational design methodologies to optimize architectural performance and sustainability.
  • Designed and executed detailed research plans, leveraging computational tools like Rhino, Grasshopper, and Python to address complex architectural challenges.
  • Developed Python-based codes and prototypes for generative design and design optimization, contributing to innovative solutions in the field of sustainable architecture.
  • Published findings in research papers, advancing knowledge and practices in the areas of computational design and sustainable architecture.
  • Assisted in teaching Design Studio 1, mentoring students in conceptualizing and developing architectural projects.
  • Delivered lectures and workshops on Computational Sustainability, focusing on the basics of sustainability in the built environment.
  • Taught Generative Form-Finding techniques, emphasizing early-stage design and utilizing computational tools like Rhino, Grasshopper, and Python.
  • Guided students in applying computational design methods to real-world architectural challenges, fostering critical thinking and innovation.
2024

Agent-Based Modeling Bootcamp

Collaboration between IUST and Morphotect
  • Agent-Based Modeling Bootcamp for Architecture and Urban Design
  • Spearheaded the planning and execution of the Agent-Based Modeling Bootcamp, a collaboration between IUST and Morphotect, focused on architecture and urban design.
  • Designed the curriculum to introduce participants to agent-based modeling concepts, Python programming, and their applications in architecture and urban design.
  • Taught participants how to develop and implement agent-based models using Python, integrating them into real-world design workflows for architectural and urban projects.
  • Managed all aspects of the bootcamp, including logistics, participant engagement, and collaboration with stakeholders from IUST and Morphotect.
  • Trained 42 participants, guiding them through the process of defining problems, writing code, interpreting results, and creating animations for their projects.
  • Supervised 6 mentors to support participants throughout the bootcamp, ensuring high-quality learning and guidance.
2019-2022

Architectural Designer

  • Feasibility Studies & Conceptual Design
  • Design Team Management
  • Conducted detailed feasibility studies analyzing zoning regulations, site conditions, and economic factors.
  • Developed multiple conceptual alternatives for client review with cost estimates and phasing strategies.
  • Created schematic design packages including space programs, massing studies, and circulation diagrams.
  • Facilitated client workshops and brainstorming sessions to define project goals and design parameters.
  • Presented design concepts to municipal authorities for preliminary approvals.
  • Managed design teams of 3-5 architects through all project phases from concept to construction documents.
  • Conducted weekly design reviews and coordination meetings to ensure project milestones.
  • Implemented BIM workflows and quality control procedures for design documentation.
  • Mentored junior staff in design development, detailing, and presentation techniques.
  • Coordinated with external consultants including landscape architects and lighting designers.

Skills

Technical Skills

Python
C#
HTML/CSS/JS
.NET
Git/GitHub

Software & Tools

Rhino & Grasshopper
Revit & BIM
Rhino Inside
Ladybug Tools
Climate Studio

Hardware & IoT

Arduino
Raspberry Pi

Areas of Expertise

Computational Design & Development
  • Designed and implemented plugins for Rhino, Grasshopper, and Revit to streamline workflows.
  • Developed algorithms for geometric analysis, optimization, and generative design.
  • Created simulations for human-environment interactions and urban design.
Data & Optimization
  • Built data analysis frameworks to process and visualize simulation data for decision-making.
  • Applied optimization techniques (e.g., genetic algorithms, machine learning) to solve design challenges.
Software Development Practices
  • Proficient in Git/GitHub for collaborative software development.
  • Experience working in Agile teams using Scrum or Kanban methodologies.
  • Skilled in code reviews, documentation, and debugging.

Soft Skills

Analytical & Problem Solving
  • Computational Thinking & Problem-Solving: Ability to break down complex problems into logical, solvable components and identify root causes to develop innovative, practical solutions using technical and analytical skills.
Teamwork & Collaboration
  • Collaboration & Mentorship: Experienced in working within interdisciplinary teams to foster open communication and shared goals, while also guiding and supporting students and team members to promote knowledge sharing and skill development.
Adaptability & Learning
  • Adaptability & Resilience: Quick to learn new tools, technologies, and methodologies to meet evolving project demands while maintaining focus and productivity in dynamic, high-pressure environments.
  • Rigidity (when needed): When flexibility is overrated, I can be as rigid as a well-structured algorithm. Sometimes, a little inflexibility is the key to success!

Projects

OctoMass Plugin

A parametric massing tool for architectural design that enables rapid generation of complex building forms based on algorithmic rules.

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Urban Flow Analysis

Algorithmic approach to analyze and visualize pedestrian movement patterns in urban environments using agent-based modeling.

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Computational Geometry Course

Developed a comprehensive educational program teaching computational geometry concepts to designers and architects.

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