In our passion and curiosity to develop and explore the computational and parametric design fields, we led various types of workshops of different themes and environments, in order to enrich the theoretical discourse and provide practical tools to become a part of the computational and parametric design community.
These workshops take place at top universities faculties, Architectural offices, independent research groups, and our own studioCHIMERA.
Feel free to contact us for more information.
Hands on digital fabrication methods and techniques to realize advanced geometries from model scale to 1:1
Studying various ways to control and implement real raw data into the design through the conceptual phase to the front end
Exploring the possibilities of customized architectural details using the powerful tools of parametric design
Urban Fields Systems
Implementing advanced computational tools and data management process into Urban scale design studies
High-end modeling process that explores various parametric design tools to realize complex ideas and innovative thinking
Designing through algorithms and codes in order to implement program complexity into various planned projects
Integrating climatic data environments into complex architectural elements which can optimize and react in real time
Realizing complex environmental relationships through the means of computational data manipulations and restructuring
Experiment with advanced material and geometric analysis in order to manipulate material behavior and its physical performance
Non Linear Logics
Intensive workshop with the students from the Industrial Design Department. Where we investigate the coding and parametric design concerning the nonlinear science and design
NEW team is coming!! this time we are going deep into environmental design and parametric data simulations. Go Team!! Stay tune
In focus of designing the next Serpentine Pavilion the students were designing complex 3D patterns through algorithms and codes in order to implement program complexity into various planned projects.
While studying various envelope systems from nature to built projects, our students realized complex environmental relationships through the means of computational data manipulations and restructuring.
Using optimization and growth algorithms, our students created various projects depending on different chosen rules of human dwellings and architectural aesthetics.
From Owen Williams To Arup
We are going to present our work and discuss advanced technologies in Architecture at the TIP (The trans- disciplinary innovation program) at the Hebrew University of Jerusalem
Implementing advanced computational tools and data management process into urban scale design studies.
Through researching natural behaviors in biological environments, the students used high-end modeling process that explored various parametric design tools in order to realize complex ideas and innovative thinking.
In a new way of design and material thinking, the students explored various ways to control and implement real raw data into the design process through the conceptual phase to the front end.
In this Collaboration with UMP-RUM studio, our students researched the influence of parameters to natural forms by developing algorithms and representations of natural principles.
Data Driven Envelopes
Through exploring relationships between natural forces and built materials, the students learned to integrate climatic data environments into complex architectural elements which can optimize and react in real time.
Making environmental design knowledge and tools freely accessible
to every person, project, and design process. Those critical tools allow designers to have answers to very important environmental question