CV | Portfolio

Arman Khalilbeigi Khameneh

+1​​ 587-575-2080​​ | +98 935-977-2080
[email protected] • https://khalilbeigi.ir/
Calgary, Alberta, T3L 1M9

 

 

PROFESSIONAL SUMMARY

Arman Khalilbeigi is a digital​​ designer and educator​​ specializing in Design Computation, Robotics, and the​​ Integration of advanced fabrication technologies into design processes. His work bridges computer science, digital fabrication, and material systems. He provides international design and fabrication solutions commercially;​​ His work centers on data-driven design, with a strong passion for working with algorithms, data, and machines. He has presented​​ at​​ various​​ leading international conferences on computational design. His works have been exhibited​​ at venues from​​ Germany​​ to​​ Italy, and he is a published author in​​ Europe.​​ Since 2015, he has directed digital design courses from Canada to east Asia. He recently completed his PhD at the University of Calgary, with a dissertation titled: “Gamified Design Configurator: A Performance-Aware, Data-Driven Framework for Enabling Informed Decision-Making by Non-Experts in Early-Stage Design.”

 

WORK EXPERIENCE

Co-Founder & Lead Computational Designer 2015 - Present

Paragen Creative Studio

Research-based studio offering custom algorithmic and fabrication tools for AEC industries.
-​​ KiaCam™ Toolkit (2019): End-to-end digital tool for woodworking design to G-Code.

-​​ ImageWall™ Toolkit​​ (2019): Custom algorithmic paneling and fabrication pipeline for architectural firms.
Note:​​ 4+​​ project are omitted due to confidentiality agreements. Further information can be provided upon request and NDA.

 

Instructor 2015 - Present

Vary

Advanced Computational Applications in Digital Architecture
Tehran University, Pars University​​ • 2016 – 2017, 2025​​ ​​ Present

Structural Systems for Architects
University of Calgary, • 2023 – 2025

Machining Agencies
University of Calgary*, • 2022 – 2024​​ 
Printing Paste
University of Calgary*, • 2023 – 2024

Introduction to Robotics
University of Calgary* • 2021 – 2023

Introduction to Computational Design
University of Calgary*​​ • 2021 – 2023

Structural Systems for Architects
Tehran University​​ • 2017 – 2020
CAAD Studio​​ (Computer-Aided Architectural Design)
Tehran University​​ • 2014 – 2017
Intro to Computational Design & Digital Fabrication
Pars University​​ • 2015 – 2017
Computational Design​​ Basics
Tehran University​​ • 2016
Architecture-Geometry Winter School
AmirKabir University of Technology​​ • 2016
Digital Fabrication Boot-Camps
Tehran University • 2017-2019
Tehran CRAFT
Tehran University​​ • 2016
Emergent Prototyping Workshop
Independent​​ • 2015

 

Guest Lecturer / Jury

  • IAAC Global Summer School • 2017​​ &​​ 2025

  • IAAC MAA02 Jury Panel • 2021

  • ArchiMath Keynote Speaker • 2017

  • ArchiTech Startup Weekend Mentor • 2017

  • Algorithmic Urbanism • 2015

 

 

EDUCATION

PhD, Environmental design/architecture Sep 2021 - Jul 2025

University of Calgary • Calgary

 

Master’s, Architectural technology (Computational Design) Sep 2013 - Jul 2015

University of Tehran • Tehran

 

BSc, Architectural engineering Sep 2009 - Jul 2013

University of Tabriz

 

 

SKILLS

 

  • Programming & Technical:

  • Python [Advanced], Processing [Intermediate], Scripting (Grasshopper [Expert], Rhino [Advanced])

  • AI/ML Training [Intermediate],​​ 

  • Arduino, Raspberry Pi

 

  • Digital​​ Fabrication & Robotics:

  • ABB (IRB 2600x), KUKA (KR125x), UR (UR10/20)

  • Vention​​ Robot Tracks, Robotiq Grippers, Various 3D Printers

  • Custom CNC’s

 

 

 

 

 

PUBLIC-PRIVATE COLLABORATIONS

 

  • City of Calgary & LID​​ – Lab for Integrative Design: Projects in Concrete 3D Printing and Gamified Decision-Making (Canada)​​ • 2022 – 2025​​ 

  • Collaborations with: Zaha Hadid Code (ZHA), Circular Factory, Fast + EPP, DIALOG Design (Canada)​​ • 2022 – 2025​​ 

 

 

PUBLICATIONS

  • Paper: Khalilbeigi Khameneh, A., Mostafavi, A., & Nahmad Vazquez, A. (2025). Gamified Informed Decision-Making for Performance-Aware Design by Non-Experts: An exoskeleton design case study. IASS2025.​​ 

  • Paper: Khalilbeigi Khameneh, A., & Nahmad Vazquez, A. (2024, November). Integrating Game Engines for Data-Driven, Performance-Aware Architectural Design: A Gamified Framework for Non-Expert Decision-Making. ACADIA 2024.​​ Link

  • Paper: Khalilbeigi Khameneh, A., & Nahmad Vazquez, A. (2023, May 23). Game Engines as A Performance-Aware Participatory and Interactive Design Platform: A Prototypical Workflow. 2023 Annual Modeling And Simulation Conference. Link

  • Book Section: Esmaeil Mottaghi, Arman Khalilbeigi Khameneh. 2022. “Parakeet3D: Algorithmic Re-Envisioning of Geometrical Pattern Morphogenesis.” In Space Tessellations: Experimenting with Parquet Deformations, by Christian Kern, Eva Sommeregger Werner Van Hoeydonck, 163-173. Vienna: Birkhäuser, 2022.​​ Link,​​ Link

  • Paper: A Computational Framework for the Design and Fabrication of Spatial Structures with Mycelium-based Composites, Proceeding of IASS 2020/21 – Surrey 7 | LinkLink

  • Paper: A Geometrical Approach to Mitigate High-tech Machinery Requirement for Construction of Irregular Concrete Structures, ACADIA 2020 | Link

  • Paper: Low-tech Geometry-based Node Design for Spatial Structures, The 54th International Conference of the Architectural Science Association (ANZAScA) 2020 | Link

  • Paper: A computational design method for architectural plans based on constructability and space connectivity optimization, 5th Civil engineering, Architecture and Urban Development Symposium 2018

  • Paper: A Computational method for optimization of tall buildings based on evacuation simulations, 3rd International Conference on Tall Building 2017

  • Paper: A Computational method for optimization of tall buildings with modular constructability, 3rd International Conference on Tall Building 2017

 

INDEPENDENT RESEARCH

Co-author, Developer 2018 - Present

Parakeet3D Plugin

Partially released​​ in​​ 2018, Parakeet is a collection of algorithmic design tools developed on algorithmic functional pattern generation. Some components are publicly available via​​ food4rhino, where the plugin has surpassed 110,000 users. Parakeet is used globally in both professional design practices and academic curricula.

 

 

Notes:

*: Role varied across these teaching engagements.

‡: Details under NDA and/or UofC Copyright: available upon request