Our Projects
Explore our comprehensive portfolio of computational design and AI research projects
Twisted-Twice Pavilion (Large-Scale)
Computational form-finding of bending active structures based on structural and material properties. Research project at IUST, 2022-2023.
Trifinity Lighting Installation
Computational design and digital fabrication of a bending active lighting object. Research project at IUST, 2022-2023.
Synapse
Computational Design and Digital Fabrication Course project. October 2025.
Computational Design Course Outcomes · Tir 1403
Final exhibition for the MSc Architectural Technology course on computational design & digital fabrication (Tir 1403) focused on bending-active experimentation.
Computational Design Outcomes · Bahman 1403
Graduate-level bending active studies from the February 2025 cohort showcasing Grasshopper+Kangaroo workflows and fabrication-ready detailing.
Reciprocal Structures Workshop · Ordibehesht 1403
Specialist workshop exhibition documenting reciprocal assemblies taught by Dr. Rahbar with TA and mentor support.
Kinetic 1 Outcomes
Photo report from the Kinetic design & build workshop exhibition at the Faculty of Fine Arts, University of Tehran (October 2023).
Kinetic 2 Outcomes
Final works from the Kinetic Structures Workshop at the University of Tehran, February 2024.
Mazandaran University Pavilion
A pavilion designed based on minimal surfaces and active bending technology, constructed by students from Mazandaran University and IUST in February 2023.
Ferdowsi University of Mashhad (Workshop Outcomes)
Bending active workshop being held in Ferdowsi University of Mashhad.
Robotic+Architecture
Exploring the integration of robotics in architectural design and fabrication processes.
Printerra
Robotic fabrication research exploring adaptive additive manufacturing workflows documented as a flipbook.
AluXence
A suspended lighting sculpture-chandelier combining computational design, digital fabrication, and material innovation, representing the interaction between technology and art.
W-Branch
A computational design installation for concealing structural columns, inspired by tree branches. Created using form-finding and mesh segmentation techniques.