Parametric Design with Visual Programming in BIM Course
POSTGRADUATE CERTIFICATE
Language
English
Duration
4 months
Starts in
October 2026
Credits
16 ECTS
Methodology
Live Online
Learn more about our Parametric Design Course
What will you learn in our Parametric Design with Visual Programming in BIM Course?
This live online parametric design course teaches you how to design, optimise and automate digital models using visual programming and BIM programming. You will work with powerful tools such as Rhino, Grasshopper, Revit, Archicad, Blender, Dynamo and Python, learning how to create efficient, consistent and scalable data-driven solutions.
You will explore computational design, algorithmic modelling, parametric systems, geometry processing, and OpenBIM workflows (IFC) to improve modelling speed, interoperability and team coordination. Through hands-on exercises and industry-led workshops, you will develop BIM workflows that automate repetitive tasks, enhance modelling accuracy and support better decision making.
By the end of the course, you will be ready to build advanced scripts, automate BIM processes, and deliver high-value parametric solutions used by leading architectural and engineering firms worldwide.
Course Content: Parametric Design with Visual Programming in BIM
16 ECTS
MODULE 0: Start your transformation as a Parametric Designer
MODULE 1: Introduction to Programming
MODULE 2: Parametric BIM with Visual Programming in Grasshopper
MODULE 3: Visual Programming with Dynamo
MODULE 4: Programming OpenBIM with Python
Final Course Project in Parametric Design with Visual Programming in BIM
A hands-on final project designed to prove your expertise in Parametric Design
The Final Course Project brings together everything you have learned in Grasshopper, Dynamo, Python, IFC and visual programming. You will develop a complete parametric workflow that automates BIM tasks, improves model accuracy and enhances design exploration.
The project simulates a real professional environment where you integrate data, scripts and BIM models to produce an optimised, automated solution. You will present your workflow, receive feedback and demonstrate your ability to create advanced computational design strategies ready for industry implementation.
Examples of Final Course Projects
Our faculty and experts for the Parametric Design with Visual Programming in BIM Course
Rui de Klerk
Lead Computational Designer at factorymaker
Rogério Lima
Founding Partner and Consultant at AECOTECH
Elias Magalhães
Engineering and Technology Researcher at Fundação CERTI
Jorge Beneitez
Managing Director at enzyme APD
Fábio Sato
BIM manager at Filippon Engenharia, MEP Consulting at The BIM Team
-default-233x174.png)
Renato Ramos de Lima Santos
Engineering and Technology Researcher + CERTI Foundation
Student testimonials for the Parametric Design with Visual Programming in BIM Course
Ednée Gómez
BIM Coordinator at The BIM Engineers
Alumni ed Kashif Ali Shah
Project Engineer at Bauer International FZE
Alumni Tarek Mallak
BIM Manager at Urban Dimensions ME
The ZIGURAT methodology
Active & Social Learning
Training based on participation and collaboration
Studying at ZIGURAT means expanding your professional network and having the unique opportunity to participate in selective working groups, decided on through the expertise of our professors: leaders in technological innovation and construction.
Lifelong Support
A holistic view of the professional profile
From the initial orientation to post-Master's advice, we guide you to have a critical and 360º vision of your future as an expert in the sector.
Online Experience
Interactive and flexible digital experiences
Through live sessions with industry leaders and high-quality materials on global case studies, our learning approach adapts well to the hybrid pace of today's professionals.
FAQs: Parametric Design with Visual Programming in BIM Course
What is parametric design and how does it improve BIM programming, computational design and visual programming workflows?
Parametric design uses parameters, algorithms and data to generate intelligent, adaptable models that improve BIM programming, computational design and visual programming workflows. It enhances modelling accuracy, increases efficiency and supports rapid design iteration.
How is parametric design used in architecture, engineering and BIM modelling with tools like Grasshopper, Dynamo and Python?
Parametric design allows architects and engineers to automate tasks, explore design alternatives, optimise structures, analyse performance and develop algorithmic design strategies using tools such as Grasshopper, Dynamo and Python.
What will I learn in this parametric design and BIM programming course using Grasshopper, Dynamo, Python and visual programming?
You will learn Grasshopper, Dynamo, Python, IFC, OpenBIM and advanced visual programming. You will develop skills in algorithmic modelling, BIM automation, data extraction, geometry manipulation and interoperability across BIM platforms.
Is this parametric design and visual programming course suitable for architects, engineers and computational designers?
Yes. The course is ideal for architects, civil and structural engineers, MEP engineers, BIM specialists and computational designers who want to improve modelling, automation and data-driven design processes.
Do I need previous experience with Grasshopper, Dynamo, Python or visual programming to join this parametric design course?
No. The course starts from the basics and gradually builds your skills in visual programming, Python, Grasshopper, Dynamo and OpenBIM workflows, supported by practical exercises and instructor-led workshops.
Which software tools will I learn in this parametric design and BIM programming course, including Rhino, Revit, Dynamo, Archicad, Blender, Python and Google Colab?
You will work with Rhino, Grasshopper, Revit, Dynamo, Archicad, Blender (including Bonsai), Python, Google Colab, ifcopenshell and OpenBIM IFC workflows, gaining full control over data, geometry, automation and interoperability.
What professional roles can I pursue after completing this parametric design course?
You will be prepared for roles such as:
Computational Designer
Parametric Design Specialist
BIM Automation Specialist
BIM Developer
Grasshopper Developer
Dynamo Developer
Python for BIM Programmer
BIM Coordinator with computational expertise
Algorithmic Design Consultant
Digital Design Technologist
These positions are increasingly in demand across architecture, engineering and construction sectors.
How does this parametric design course integrate OpenBIM, IFC data workflows and Python automation for BIM?
You will learn how to manipulate IFC data, automate BIM coordination tasks and ensure interoperability using ifcopenshell, Python and visual programming tools, enabling cross-platform integration for digital projects.
What makes this Parametric Design with Visual Programming in BIM Course different from other computational design courses?
This course uniquely combines parametric design, Grasshopper, Dynamo, Python, OpenBIM, IFC, BIM programming, computational design and automation into a single programme. You will work on real case studies and build end-to-end parametric workflows ready for professional implementation.
What knowledge and skills will I gain from the Parametric Design with Visual Programming in BIM Course?
You will learn how to:
Develop parametric design solutions for architecture and engineering projects
Apply computational design principles to optimise BIM workflows
Create visual programming workflows for BIM automation
Automate modelling, data processing and repetitive design tasks
Develop interoperable BIM workflows based on OpenBIM principles
Design data-driven digital models for analysis and design exploration
Implement scalable computational workflows to improve design efficiency and collaboration
What qualification will I receive after completing the course?
Upon successful completion of the Parametric Design with Visual Programming in BIM Course, you will receive a Postgraduate Certificate from ZIGURAT Institute of Technology.
Your Step-by-Step Journey to Starting the Parametric Design with Visual Programming in BIM Course
Application for admission
Send us your application, your CV and a short presentation.
Personal interview
Our admissions team will arrange an interview with you.
Submission of documentation
Send us the necessary documentation to assess your application.
Admissions Committee
Our committee will evaluate your application.
Admission decision
If you meet the requirements, you will get your place.
Enrolment
Follow the enrolment steps indicated by the advisor.