POSTGRADUATE PROGRAM IN
Parametric Design with Visual Programming in BIM
Dynamo, Grasshopper and Python
This program has been designed for engineers, BIM managers, architects virtually anyone within the AECO sector who is interested in automating workflows to increase their proficiency in visual and textual programming resources applied to BIM (Building Information Modeling).
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12 Weeks (16 ECTS)
With live virtual classes
Registration Period Open
Starting Date: October 2021
Data-driven BIM can reduce construction project costs, speed up the design process, and contribute to minimizing waste from the early stage.
Construction-labor productivity has, in many cases, not kept up with the pace of other industries and turning to BIM and the customized BIM interfaces can transform the operations and bring the needed efficiency to the tasks.
The main objective to be reached within the 12-week timeframe is to develop new skills related to BIM-based programming, to improve BIM modeling workflows, ease design exploration and analysis, automate time-consuming tasks and promote information exchange.
This will be achieved with the support of visual programming languages (Grasshopper and Dynamo) and enhanced with textual programming in Python, a friendly language for beginners.
The program will also explore the benefits of combining parametric design with BIM. It is an approach based on algorithmic schemes, where the design requirements are answered by expressing parameters, their values and the rules that define them.
Why you should choose this High Performance program
Become fluent in technology.
Learning to speak the language of the machines that are redefining your profession will help you to understand and manage technology in the best possible way, giving you an edge on the industry 4.0 market for construction.
Add another layer to your BIM skills.
Having coding skills will differentiate you from other professionals in the sector and might be the decisive criterion to get a client to choose you for a certain project.
Develop data analysis skills – an added value to BIM.
Developing programming skills comes with valuable insights into data and capabilities for their analysis, which are necessary for establishing next-generation BIM workflows. Data-driven BIM can reduce risks, uncertainties and construction project costs, speed up the design process, and contribute to minimizing waste from the early stage.
Increase efficiency in your projects.
You’ll have the agility to manage many different kinds of processes and to understand where you can automate processes, a know-how that will present you with increased efficiency and help you to create designs that can be adjusted in seconds, rather than days.
Obtain greater accuracy and consistency for your models.
Carrying out more tailored tasks in Dynamo or Grasshopper will save you time and increase greatly the accuracy and consistency of your models. Combining your BIM models with analytical tools (such as solar) will provide precious insight about the designs, which can be automatically adapted to fit the best scenario.
Enhance creative freedom and take advantage of all functionalities.
The demand for Python skills is on the rise as it has also become one of the preferred languages in Data Science and Machine Learning. You can use Python to access the API of the main program, allowing you to make it work for your specific need, when there’s no functionality available. You will be free to explore the functionalities of a library and work them in your advantage. In this course, the Python features that will be covered are to support visual programming.
Module 1 - Introduction to Programming
This module introduces the student to programming logic and computational thinking, both considered valuable skills for 21st century learning. Understanding the logic of computer programming and computational thinking are the initial steps for everyone interested in venturing into this field. Programming language subjects will be addressed to facilitate the knowledge acquisition of concepts and best practices for using variables, abstraction, problem decomposition, recognizing patterns and building efficient algorithms. With the knowledge acquired in this module, the student will develop skills to advance in the study of parametric design with Visual Programming.
Module 2 - Parametric BIM with Visual Programming in Grasshopper
This module introduces visual programming for CAD and BIM using Grasshopper, through which participants will take their first steps in the field of parametric design. In this module, they will learn how to build algorithms as fluxes of data (variables) that will be transformed by components (functions) in order to create dynamic BIM models, adjustable via parameters (inputs). Taking advantage of the Archicad Live Connection, the learners will explore how to automate BIM workflows and how to exploit Grasshopper’s vast ecosystem of plugins to complement algorithmic design with analytics. In the end, they will also look at alternative solutions for BIM interoperability using Grasshopper, namely the Rhino, inside Revit system.
Module 3 - Visual Programming with Dynamo
This module introduces Dynamo Visual Programming of Autodesk, which can be used to extract, manipulate and transfer data directly from the components of Autodesk Revit and connect to other applications. Beyond these functionalities, Dynamo makes it possible to automate documentation processes and validate information. At the end, some resources related to Generative Design and optimization processes will be explored.
Module 4 - Programming OpenBIM with Python
In this module, the student will learn about object-oriented data modeling and use Python language to analyze and edit files in the IFC (Industry Foundation Classes) standard, in addition to knowing the benefits and fundamentals of OpenBIM.
Python is an easy-to-learn language and follows the philosophy of Programming for all. It is one of the most widely used programming languages in the world. In the “Programming OpenBIM with Python” module, the student will have the opportunity to use BIM file visualization tools in the IFC standard, Jupyter notebook and the ifcopenshell package to analyze and generate reports on the models.
Architect and urbanist. PhD student at the University of Lisbon (PT). Master in Architecture from FAU – UFRJ. Member of the research group Design and Computation Group (DCG) at ULisboa where he develops research in the area of Generative Systems based on BIM. University professor since 2001, where for the past 10 years he has worked in academic management on several fronts. Created and coordinated the first BIM graduate program in Brazil. He is the owner of RLIMA Arquitetura e Consultoria, where he develops BIM projects and BIM implementation consultancies in public and private institutions.
Rui de Klerk
Architect specialized in Design and Computation and researcher at the Design and Computation Group of the Faculty of Architecture, University of Lisbon. working with Generative Design Systems, Semantic Web Technologies, City Information Modelling (CIM), Parametric Urban Planning, with experience in AR / VR, visual and textual programming.
Professor of the Master Internacional in BIM Management of Zigurat.
Adjunct professor at the Federal University of Cariri in the Computer Programming study sector. Ph.D. in Education in the specialty ICT in Education by the Education Institute of the University of Lisbon. Master in Computer Science from the Computer Center of the Federal University of Pernambuco (UFPE). MBA in Project Management. Specialist in Higher Education Teaching. Collaborating researcher at the Digital Learning Environments Group and the Design Computation Group (http://drle.ie.ulisboa.pt). Leader of the Computer and Design Research Group – CoDe / UFCA / CNPq (http://code.ufca.edu.br).
Dion Moult has worked in software development, architecture, and the construction industry, and is the primary developer behind the BlenderBIM Add-on. He has been involved in a wide range of open-source projects for over a decade. These projects include the Gentoo Linux distribution, KDE project for desktop environments, Blender for 3D content creation, FreeCAD for parametric solid modelling, Radiance for light simulation, OpenStreetMaps / OpenStreetCam for GIS and computer vision datasets, and IfcOpenShell for BIM and open-data tools for the built environment.
Cuando te gradúes, te unirás a una de las redes profesionales más grandes del sector en el mundo: la comunidad de Zigurat Alumni con más de 65.000 estudiantes de más de 70 países. Aquí tienes algunas de las valoraciones de nuestros Alumni:
He sido alumna del Máster BIM Management en Infraestructuras y GIS y estoy más que satisfecha tanto con el nivel del profesorado como del sistema de aprendizaje que aplican. Las prácticas concretamente son el punto fuerte de este máster puesto que funcionan como un verdadero simulacro del trabajo colaborativo real en la metodología BIM.¡100% recomendable!
Definitivamente un centro de educación que esta a la vanguardia en los temas que tratan y enseñan. Sus Master muy bien enfocados hacia las nuevas tecnologías con docentes de un gran nivel y junto al staff de soporte hacen de un buena experiencia de aprendizaje.
Cristina Palomar Lozano
Muy recomendable. La metodología online que utilizan te permite compaginar el máster elegido con el trabajo. Me ha gustado mucho el enfoque 100% práctico ya que es la mejor forma de aprender, y el apoyo tanto de profesores como del equipo académico en los foros es muy bueno.