Manual workload reduced by eightfold.
Standards across teams, improving efficiency and consistency.
Identification and marking of modeling errors, enhancing quality control.
MYS Architects: Leaders in Architectural Innovation.
MYS Architects is dedicated to creating meaningful, human-centric spaces that enhance quality of life. Focusing on collaboration and innovation, they push the boundaries of architectural design while prioritizing functionality, sustainability, and responsiveness to local contexts.
Committed to environmentally friendly practices, MYS integrates energy-efficient solutions into their diverse portfolio, which includes residential, commercial, public, and urban planning projects.
As Israel’s leading architecture firm, MYS faced several challenges in maintaining efficiency and consistency across their large-scale operations:
Labor-intensive monotonous tasks: The process of arranging furniture, creating floors, and organizing furniture groups was labor-intensive and time-consuming, without adding significant architectural value.
Inconsistent workflows: Different teams had their own methods for providing measurements and placing annotations.
Quality control: Architects had to carefully review plans to find and correct modeling mistakes, a process prone to human error and could lead to overlooked issues.
SWAPP’s AI technology seamlessly converted 2D drawings to 3D models, including walls, furniture and smart grouping,, dramatically reducing manual modeling time.
SWAPP’s system adapted to MYS’s unique requirements, ensuring consistency across diverse projects.
SWAPP’s automation identified and marked modeling errors on sheets, allowing for targeted corrections without compromising quality control.
The results were substantial.
MYS Architects successfully reduced their manual workload by eightfold, dramatically increasing efficiency and project capacity.
This efficiency boost has allowed MYS to focus more on developing innovative, sustainable, and human-centered designs across their diverse portfolio of residential, commercial, and public projects.
