ArchiPrint

Robotic Fabrication, Large-scale 3D Printing, Earthen Materials, Computational Design

As advancements in additive manufacturing and robotics continue to transform industries, large-scale 3D printing and robotic fabrication are providing innovative solutions in design, construction, and production. This workshop explores the integration of these technologies, focusing on their application for prefabricating architectural components in a lab setting. Participants will gain hands-on experience with the techniques and tools necessary for designing and creating architectural elements optimized for clay 3D printing.

The workshop will offer a comprehensive overview of large-scale 3D printing, including the materials and methods involved in fabricating structural components. A central theme will be the design process for 3D printing, where participants will learn how to create digital models tailored for fabrication. This includes understanding material properties, minimizing the need for support structures, and addressing common design challenges specific to additive manufacturing and robotic fabrication.

Robotic fabrication enhances 3D printing by offering increased precision and flexibility, allowing for the production of intricate and complex geometries that traditional manufacturing methods cannot achieve. This combination of robotics and 3D printing opens up new possibilities for innovative construction, design, and manufacturing, pushing the boundaries of what can be created.

By the end of the workshop, attendees will have a thorough understanding of how large-scale 3D printing and robotic fabrication are transforming the construction industry, as well as the skills needed to design architectural components that are optimized for these cutting-edge technologies.

RESULTS OF PREVIOUS EDITION

 

Computational Bamboo

STRUCTURE

IAAC Global Summer School – IRAN node, is a full-time two weeks course, 21st July – 1st August 2025, that provides both practical and theoretical knowledge. The program is led by expert tutors, combined with global lectures by renowned professionals and academics relevant to the topics to be treated during the course. The detailed schedule of the workshop will be provided closer to the workshop dates.
 
 
The workshop is organized into three sequential phases to facilitate a rigorous and immersive educational experience.
First phase: Dedicated to design development, will involve computational design methodologies, performance-driven optimization for robotic 3D printing, iterative test printing, as well as structural detailing and refinement.
Second phase: Focuses on production, during which the finalized design will be fabricated over the course of several days using robotic 3D printing techniques.
Final phase: Entails the assembly of the printed components, scheduled to take place a few days following the conclusion of the workshop. Participants will be informed of the exact date for the assembly session in advance.

TUTORS

Mehrad Mahnia

As an Architect, Designer, Geometrical Engineer and Robotic Fabricator, Mehrad has focused on integrating algorithmic approaches, geometrical rationalization and robotic fabrication strategies into the design practice and construction industry. He is founder and director of TheAlliance (since 2016) which is a design studio exploring applications of computational and algorithmic procedures in the realm of design and architecture, and co-founder and director of Tehran Fabrication Factory (since 2020), the first robotic fabrication laboratory in the country, in which he tried to practice computational approaches in a more pragmatic manner, applying robotic fabrication strategies in real world projects, and collaborating with designers, artists and constructors to find more affordable, more sustainable or faster and more precise ways of fabricating artefacts.

Armin Akbari

is an Architect focused on integrating digital and physical worlds to enhance the quality of construction and design. He holds a Master’s in Advanced Architecture from IAAC, where he explored innovative ways to merge digital data with physical fabrication. Armin is founder of Delines.io, a large-scale 3D printing company that specializes in architecture and product design. His work continues to explore how emerging technologies and advanced manufacturing techniques can transform the way we design, fabricate, and build, creating more efficient and sustainable solutions.

Ebrahim Hashemian

 

An architect and designer, Ebrahim explores the integration of digital fabrication techniques into architectural practice. As co-founder of Delines.io, a large-scale 3D printing company specializing in architecture and product design, he is focused on advancing innovation in additive manufacturing and robotic fabrication. His research investigates how computational methodologies and 3D printing can be leveraged to create innovative and functional architectural and product solutions. Ebrahim’s work is dedicated to developing new methods that bridge the gap between digital precision and material expression.

 

LECTURES

LOCATION

The workshop will take place at the Tehran Fabrication Factory, located in “Improvement of Iran Wood Industrial Town (IIWI)”, west of Tehran.

For participants traveling from other cities, there is a hotel within IIWI Industrial Town that provides convenient accommodation for students.

Location on Google Maps

REQUIREMENTS

Eligibility

IAAC GSS is open to creative and innovative people who are interested in fields such as architecture, urban planning, digital fabrication, design, etc., searching for a multidisciplinary experience in an international environment. No previous skills are required, although CAD design, programming and digital fabrication skills are welcome. The official language of the course is English.

Credits

By the end of the workshop, attendees will have a thorough understanding of how large-scale 3D printing and robotic fabrication are transforming the construction industry, as well as the skills needed to design architectural components that are optimized for these cutting-edge technologies. The last day of course participants will join a presentation of developed projects reviewed by a renown jury and will receive a Global Summer School Diploma.

Visa

Each participant is responsible to investigate which documents are required via the embassies in their country of origin. The school will provide a confirmation letter regarding the participation to the course, and will assist the visa process wherever is possible.

Fee

Fee for IRAN Node is 25 million Toman. An early bird fee of 19 million Toman is available for those who register by June 30th. The fee includes all material costs required for the course. No additional registration fees will be charged. Please note that travel expenses, accommodation, and meals are not covered by the fee and should be arranged independently by participants. Each participant is expected to bring their own laptop with the necessary software installed. Further details regarding software requirements will be provided upon acceptance into the workshop.

APPLICATIONS

GSS25_IRAN node dates: 21st July – 1st of August, 2025
Early bird application deadline: 30th June, 2025
Normal application deadline: 15th July, 2025

GSS25 is open to all enthusiastic individuals eager to explore new technologies. No CV, portfolio, or educational certificates required.

To apply:

  1. Fill out the registration form below.
  2. Wait for an email from the IRAN Node organizer for payment information.

Your spot will be confirmed once the payment is successfully received.

For more information email: [email protected]

 

REGISTRATION FORM