DesignMorphine's webinar Plotter Paths V1.0 teaches a complete Grasshopperworkflow for computational pen plotting, from generative geometry to physical output.
Instead of focusing only on design algorithms, the session follows the full making pipeline:
Setting up a paper and machine workspace physically and digitally
Creating a simple plotter art algorithm
Cleaning and validating geometry
Optimizing drawing order to reduce travel and cycle time
Converting curves into a plottable format
Visualizing drawn and travel moves, and creating basic G-code
Participants will learn to think of plotter drawing as machine-aware toolpaths rather than just images or curves.
The session covers practical production details such as:
Margins and bounds checks
Plottability warnings and errors
Safe return moves
Setup commands
Paper alignment checks
Multi-layer registration techniques
By the end, participants will understand how to build a reusable Grasshopper pipeline for turning computational drawings into cleaner, faster, and more reliable pen plotter outputs.
In this session, Dr. Milad Showkatbakhsh, Director of AA EmTech, turns a seemingly contradictory idea on its head: To truly master any tool, you must first be free of attachment to it.
Dr. Showkatbakhsh argues that architects are no longer sculptors of form; they are editors of data. He shows how platforms like Grasshopper become truly powerful not when you learn their menus, but when you've already learned to think computationally: breaking complex design challenges into modular, solvable processes the way nature has always done.
If you teach design, practice it, or wonder where architecture is heading, this is a must-watch.
This edition took place in Alp, a mountain town in the Catalan Pyrenees, where students and faculty fully designed, engineered, and built a new sports pavilion as a lightweight public structure for the local community.
Developed in just four months, the project combined computational design in Grasshopper, structural analysis with Karamba3D, and digital fabrication via Cadwork to create an efficient segmented timber shell. The structure is formed by planar n-gon modules shaped as an antifunicular ribbed system, with optimized joints and a fabrication process that balanced precision, structural performance, and manufacturability. Components were produced with CNC machining at Tallfusta and LaserPenta, and pre-assembled before transport.
The final construction in Alp took place over one intensive week, during which students and faculty installed the foundation, assembled the prefabricated elements, and placed the protective membrane. Beyond the pavilion itself, the project offered a full-scale learning experience that connected advanced parametric design with real construction, leaving behind a sustainable and meaningful space for the town.
Credits
Collaborator institution: Alp Municipality
Students: Khalid Abbood, Bilgenur Balkiz, Mihir Bhamare, Agustina Couzier, Arvind Das, Rahel Degu, Helly Desai, Youssef Essam, Davis Gan, Sara Guessous, Pravin Kandasamy, Maciej Król, Dana Mneimneh, Jaume Monclús, Nathaly Osorio, Tomás Pérez, Sayed Sanobar, Sena Sezer, Damla Şişman, Anna Solà, Maria Tzavida, Martin Uquillas, Mehad Yasser.
Faculty: Gerard Bertomeu, Quim Escoda, Enrique Soriano, Pep Tornabell, Rafael Hellín, Bruno García.
Guest Professors: Almudena Majano, Antonio Lara, Matthew Tam, Simon Vorhammer
Over ten successful editions, MPDA has trained new generations of computational designers from around the world, many of whom now work at leading international design and engineering offices.
MPDA is a 60 ECTS one-year program, 4 months online and 5 months in person. During the program, you will learn advanced computational design tools and apply them to the design and construction of a numerically optimized, digitally fabricated building.
The books document a wide range of historic windows and doors from Graz, reconstructed through detailed 3D models and analytical drawings. The elements are carefully modeled to reveal their construction logic and components—from window frames and shutters to door panels, handles, hinges, locks, and opening mechanisms.
The atlases combine 3D visualizations, exploded views, typological comparisons, and construction details, offering a useful reference for architects, educators, and students interested in precise architectural modeling.
The books are available as free e-books, and printed editions can also be ordered.
In this mouth-watering session, architect and Authorized Rhino Trainer Jose Antonio Carrillo reveals how he fuses architecture, gastronomy, and digital fabrication with Rhino 8 and Grasshopper to make computational design instantly tangible and engaging for students.
He walks us through his first food-inspired architecture project, the touching story of how the Ribbon Chapel shaped one of his designs, and how these inspirations evolved into chef collaborations, award-winning student outcomes, a demo that both teaches and inspires you to design your own cakes, and his latest cross-disciplinary research.
If you’re seeking fresh teaching strategies, new ways to engage students, or love seeing computation meet cuisine, this recording is a must-watch.
How do you make computational design instantly tangible and unforgettable for students? In this Educator's Lab webinar, architect and Authorized Rhino Trainer Jose Carrillo (American University in Dubai) reveals a classroom-proven framework that fuses architecture and gastronomy to teach Rhino 8 + Grasshopper with clarity, high engagement, and chef-industry collaborations. Jose shares concise teaching methods, standout student outcomes, awards, an edible Grasshopper live demo, and case studies you can adapt tomorrow. He also opens his research and professional pipelines, demonstrating how computational design connects architecture, gastronomy, AI, and art to produce fabricable, edible, and publishable results.
About the speaker:
Jose Carrillo is an architect, educator, and Ph.D. researcher in computational food design. He explores how AI, biomaterials, and digital fabrication can redefine our perception of sight, taste, and construction. An Authorized Rhino Trainer and associate professor at AUD since 2015, he founded @archEatable to teach Rhino + Grasshopper across architecture, art, and culinary practice. Jose coaches architects, artists, and chefs on computational workflows that move from screen to fabrication and plates. His work has been exhibited at the Venice Architecture Biennale, Art Dubai, and the Sikka Art & Design Festival.
This commitment to supporting the next generation of landscape thinkers and makers provides students with a hands-on way to explore terrain modeling, planting strategies, and site planning workflows in Rhino and Grasshopper.
If you’re part of an academic institution and have permission to administer software to students, request your Lab License and join a growing community of educators exploring the future of computational landscape design.
Washington Industry Recognized Certification (IRC) State Approved Industry Recognized Credentials List #139 Rhino Certified Level 1 and 2 Specialist Manufacturing Skilled & Technical Sciences
Once the student has earned their certification, the teacher reports it to the CTE Director, who then informs the OSPI.
Perkins Funds may be available to your school for each certification. Ask your CTE Director for details.
See the complete list of Washington State IRC Software here.
Congratulations to the Rhinoceros community and all users in industries that recommended Rhinoceros be added to the State of Washington IRC software list.
The Fluidic Expressions V2.0 webinar by DesignMorphine explores advanced architectural design using Rhino, with a focus on the SubD modeling technique.
Fluidic Expressions V2.0 explores the synthesis of dynamic geometries into spatial narratives that immerse an environment in the highest realms of technical expertise and emotional connection. The session aims to teach participants how to create futuristic, fluid, and organic architectural forms by mastering the control of edges and surfaces in complex digital models.
This DesignMorphine webinar covers tangible design strategies as well as cutting-edge methodologies, designed to further expand your creative power, sharpen your architectural sense, and transport your expression to higher planes of clarity and flexibility.
GSS25 proposes a unique blend of onsite and online workshops, offering both hands-on experiences at IAAC in Barcelona and digital accessibility through an agile online format. GSS25 students can tailor their learning journey, opting for a two-week onsite workshop in Barcelona or selecting one or more online modules offered throughout July 2025.
Over the years, IAAC has promoted meaningful knowledge and expertise sharing among architects, engineers, designers, and innovators worldwide. The GSS brings together students from diverse backgrounds to engage with IAAC's network of experts and renowned lecturers.
After four years, IAAC is glad to open its Global Nodes Network, strategic cities worldwide, boosting innovation through onsite GSS workshops led by IAAC alumni in diverse geographic locations. Applicants can therefore choose to join GSS in their preferred node - city - county!
All GSS25 courses include exclusive access to Global Lectures, weekly online gatherings featuring experts from the Architecture, Engineering, and Construction (AEC) industry, as well as connecting participants of IAAC nodes located worldwide. These sessions are designed to complement the workshop themes and provide participants with valuable insights and perspectives.
The application deadline with the early bird fees deadline is May 31.
Are you curious about the future of design, engineering, and construction? The ITECH MSc Program is accepting applications from students across diverse disciplines until February 15th, 2025 (23:50 MEZ/CET).
The Integrative Technologies and Architectural Design Research (ITECH) MSc Program is known for its interdisciplinary, research-oriented, experiment-based education shaped around contemporary aspects of the built environment and practice.
The international program spans two years, featuring a group design research project in the first year and a Master's thesis project in the second year. Additional seminar modules provide a strong foundation and exploration of individual interests while encouraging teamwork and collaboration.
In all its phases, ITECH integrates intensive, critical, and analytical approaches with cutting-edge computational techniques, structural and climate engineering, and advanced fabrication and construction technologies in the architectural design process.
The program invites applications from a broad spectrum of fields, including architecture or architectural science, civil/structural engineering, urban planning, biology or biomimetics, material science, computer science, environmental engineering, mechanical engineering, and related engineering and natural science fields.
For more detailed information, please visit the ITECH website
The course focused on getting knowledge in 3D modeling with Rhinoceros and Parametric Design with Grasshopper, obtaining real results by constructing a large-scale prototype as a final project thanks to digital fabrication tools.
Students not only learn how to 3D model but also implement various strategies to obtain structures of complex models, analyze, calculate, interact with the physical environment, etc., with the chance of manufacturing different models with CNC technology, like cutting lasers, milling machines, and 3D printers. The final goal is to create, design, and 3D model a cool object, prototype, or sculpture using Rhino and Grasshopper and make it real with the digital machines we have.
This X edition will be a hybrid format: Part I full online sessions. Part II (optional) can be followed online or onsite.
A four-day course introducing a methodology on teaching the fundamentals of algorithmic design and data structures for computational design using Grasshopper.
The course is for professional trainers and educators interested in developing curriculums and training materials to teach algorithmic design to students and professionals across various disciplines. It is based on Rajaa Issa's guide, Essential Algorithms and Data Structures for Grasshopper.
Learning Objectives: After the completion of this course, participants will be able to:
Learn strategies to teach how to build algorithms from scratch
Develop an in-depth understanding of Grasshopper data structures
Learn how to teach complex parametric designs in Grasshopper
Day 1 - Algorithms and Data
An introduction to teaching Grasshopper and existing resources
How to work with the guide, course exercises
Introduction to algorithmic design
Designing algorithms from scratch using the 4-step process
Data types and data processing in Grasshopper
Pitfalls of algorithmic design
Tutorial session
Day 2 - Introduction to Data Structures
Overview of data structures
Lists, list operations, list matching
Design algorithms with list data structures
Tutorial session
Day 3 - Advanced Data Structures
Intro to data trees
Basic data tree operations
Advanced data tree operations
Tutorial session
Day 4 - Advanced Data Structures
Advanced data tree operations
Tutorial session
Discussion: what are good teaching practices for Grasshopper
Online course fees: The course is free. We will confirm your seat after your registration has cleared.
Course requirements: A motivational statement including information about the applicant, their teaching experience, and motivation to take this specific class. The course is for teachers with an intermediate knowledge of Rhino and basic knowledge of Grasshopper.
Maximum number of participants: 25.
Course language: English
Apply now with a short motivational statement (max 150 words) by contacting Verena!
The Congress of the Spanish Chapter of the European Society of Biomechanics (ESB) was created on July 6, 2011, as the Spanish representation of the European Society of Biomechanics. Its aim is to bring together professionals and researchers in Biomechanics, promote collaboration between universities, clinics, and the business sector, and promote the dissemination of scientific research in Biomechanics in Spain.
For the first time, the congress is coming to Navarra and will be held October 28-29 in Pamplona.
The objectives of the congress are to:
Present the lines of work of the different Spanish groups in Biomechanics.
Promote the Spanish Chapter and the European Society of Biomechanics within other Spanish groups whose research is in the context of Biomechanics (design, simulation, experiments in Biomechanics).
Encourage collaboration between the different groups working in Biomechanics in Spain.
Serve as a meeting point for clinicians, doctors, and professionals interested in Biomechanics.
Present the advances and new initiatives from the Executive Committee and to gather the opinions of the Chapter members to establish the roadmap for the following year.
Rhino and Grasshopper users are invited to share their research projects and to participate in the congress.
The Institute for Advanced Architecture of Catalonia (IAAC) in Barcelona just introduced a new edition of the Global Summer School (GSS), marking another milestone in fostering global collaboration and innovation in architecture and design.
For over 14 years, IAAC has been facilitating knowledge exchange and expertise sharing among architects, engineers, designers, and innovators worldwide. The GSS brings together students from diverse backgrounds to engage with IAAC's network of experts and renowned lecturers.
This July, IAAC introduces a new edition of GSS, offering a unique blend of onsite and online workshops. The modular workshop model aims to provide participants with hands-on experiences at IAAC Barcelona while ensuring digital accessibility through an agile online format.
GSS24 presents an exciting lineup of four workshops covering various topics, including the exploration of bamboo architecture and fabrication, advanced computation, urban analytics for participatory design, and artificial intelligence. These workshops, led by IAAC Faculty and Alumni, promise immersive workflows and individual project exploration and development.
Participants in the GSS program will have the flexibility to tailor their learning journey according to their preferences. Whether opting for a two-week onsite workshop in Barcelona at IAAC or selecting one or more online modules offered throughout July 2024, students can expect a dynamic and enriching educational experience.
One of the highlights of GSS24 is the exclusive access to Global Lectures and weekly online gatherings featuring experts from the Architecture, Engineering, and Construction (AEC) industry. These sessions complement the workshop themes and provide participants with valuable insights and perspectives.
The workshop will explore the convergence of parametric tools, digital fabrication, and prototyping within the environment of IAAC Barcelona and Valldaura Labs. It welcomes creatives from architecture, urban planning, digital fabrication, and design seeking a multidisciplinary experience in an international setting.
Dates: 1-12 July 2024 Venue: IAAC Barcelona (Spain)
During the workshop, participants will explore the convergence of advanced computational design, machine learning, and environmental analysis in architecture powered by Python. Students will unlock the potential of data-centric models and Python-based algorithms to revolutionize architectural practice, prioritizing sustainability and environmental considerations.
The workshop will explore the integration of public participation with digital innovation in urban design, develop urban analytics for participatory design, collect and map citizen inputs for data-driven design of public spaces, and equip students with the skills to engage communities and apply technology in co-designing inclusive urban spaces.
In the workshop, students will use cutting-edge AI tools including infrared.city for real-time microclimate simulations, multi-modal large language models, stable diffusion models, and advanced computer vision models to develop innovative design workflows for sustainable architectural solutions.
Dates: 15-19 July Venue: Online
The deadline for applications with the early bird fees is May 31st.
If you’re an architect or designer and you’ve always wanted to learn Rhino, Grasshopper, or Rhino.Inside.Revit from scratch in a systematic step-by-step way, How to Rhino is hosting a free workshop for architects from May 27 to June 6.
The workshop will be hosted by Dusan and Lazar, Servian architects and founders of the How to Rhino platform, which helps architects learn how to use Rhino and Grasshopper for architecture. How to Rhino is an authorized Rhino Training Center and all of the workshop participants will receive a certificate of attendance at the end.
Topics that will be covered and answered during the workshop:
Rhinoceros
I don't know where to start?
The interface looks so scary and confusing!?
There are no specific Rhino tutorials just for architects that are exactly to the point
I need a professional next to me to ask questions
I want to start making organic designs that you can't achieve with other programs
Grasshopper
What's the logic behind Grasshopper?
Grasshopper interface is way too complex
Beginner-friendly step-by-step approach
Creating Grasshopper scripts from scratch
I've never used Grasshopper, I don't know how to start?
How to use parametric modeling for architecture with Grasshopper
Rhino.Inside.Revit
What is Rhino.Inside.Revit?
Connection between Grasshopper and Revit
How to do parametric designs in Revit
Dynamo vs. Grasshopper
Full BIM workflow from Rhino and Grasshopper
During these ten days (May 27 to June 6), there will be four in-depth lectures, four live events, and some surprise guests. The sessions will be recorded if you can’t attend live events, but the content won’t be available after June 6th.
The event is entirely free, but there are limited seats available, so make sure to register and secure your spot as soon as possible.
On Wednesday, March 6th, 2024, Simply Rhino held the Grasshopper UK User Group Meeting at The Architectural Association School of Architecture in London. This free event was kindly hosted by the AA [EMTECH} team and delivered to a busy room at their London base.
We have made a full meeting report and invite you to view it below. We hope this is useful for those who were not able to attend and those who joined us but would enjoy a reminder of the presentations. Our thanks to Luca Biselli for his help with the write-up of this meeting.
DesignMorphine has created a bespoke, accredited, and worldwide recognized 9-month online Master of Science program. It is crafted to be accessible from all corners of the world, and it aims to fulfill the demands of those who seek to exceed and lead in multidisciplinary, advanced, and computational design. The Master of Science Degree is accredited by the University of Architecture, Civil Engineering, and Geodesy (UACEG), founded in 1942 in Sofia, Bulgaria. The program also partners with The Microsoft Garage in New York, Logitech and Pininfarina, hubs for talent and community growth, driving innovation and inspiration. Some students are placed in diverse leading design companies, while others choose to follow a career in academia or create their design firms.
DesignMorphine is an international educational institution that acts as a catalyst for progress. By expanding profusely its diverse multidisciplinary design family, it creates a unique collaborative experience. Technological advancements in advanced and computational design have led to exciting new opportunities that blur the lines and norms of conventional design education and its application. DesignMorphine's mission is to democratize these innovative design practices and allow all fields of design to blend. Today, more than ever, all architects, engineers, and designers (metaverse, interior, vehicle, industrial, animation, fashion, etc.) should be exposed to this mindset and techniques to be on the frontier of the inevitable rapid technological advancement. Over the past ten years, DesignMorphine has had the opportunity to meet and teach thousands of specialists from 84 countries and nurtured their progress and success in some of the biggest companies in the world. The classes are taught by our team of fearless design innovators who have experience in teaching and practice from the best practices worldwide.
Please visit the Masters Open Day page to view a recording explaining the program and to hear from current students.
Founded in 1980, McNeel is a privately-held, employee-owned company with sales and support offices and affiliates in Seattle, Boston, Miami, Buenos Aires, Barcelona, Rome, Tokyo, Taipei, Seoul, Kuala Lumpur, and Shanghai with more than 700 resellers, distributors, OEMs, and training centers around the world.
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