Master Computational Design Course
for Real World Application

Specialised course for architects & engineers. Master advanced tools with real-world application to create efficient designs and level up your career.

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Next Cohort - 22nd April

Program Duration - 32 Weeks, online (8-10 hours/week)

For the full course structure and learning outcomes, download the syllabus.

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For the full course structure and learning outcomes, download the syllabus.

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Course highlights

Become an expert

Become a computational design specialist in just 8 months.

Learn industry workflows

Learn advanced computational workflow and its industry application.

Master computational tools

Master 6+ software and 15+ plugins used in leading industry practices.

Accelerate career

Choose your specialisation and accelerate your career growth.

Why ‘Applied’
Computational Design

Earn 50% more than the industry average

Computational designers enjoy excellent career prospects as well as a competitive advantage in the job market.

Unlock your creativity and improve productivity

Computational processes let you breeze through iterations so you can solve real-world design problems.

Use automation for design exploration

Fear machines taking over your job? With knowledge of automation, you’ll be the one commanding new-age design exploration.

How you learn

01
02
03
04
01
Learn computational design theory

to understand the application of computation in various design fields.

02
Master advanced tools and industry workflows

to build a rock-solid foundation in computational design application.

03
Build your specialisation

in high performance building analysis or computational BIM with a live industry project.

04
Graduate with a professional certification

impressive additions to your portfolio, and a world of new career opportunities.

Meet your mentors

Olga Yatsyuk
Associate, ARB, RIBA, UMA
Zaha Hadid Architects, United Kingdom
Brice Pannetier
Founder and Design Technology Specialist
Atelier Designa, Australia
Raina Lin
Architect
Henning Larsen, United Kingdom
Ami Nigam
Head of Technology
Benoy, United Kingdom
Zrinka Radic
Computational and BIM Designer
Zaha Hadid Architects, United Kingdom
Giuseppe Dotto
Architect and BIM Coordinator
UNStudio, Netherlands
Preety Anand
Architect & Computational Designer
Herzog & de Meuron, Switzerland
Sebastian Amorelli
Computational Designer
External Reference, Spain
Rahul Grover
Senior Building Physics & Sustainability Engineer
Buro Happold, United Kingdom

Course structure and outcomes

By the end of this course, you will be able to take up the following job roles in architecture, engineering and construction (AEC) firms around the world.

YOU START HERE!
Theory Studio | Computational Design Thinking
2 weeks
Week 00
Onboarding to the Oneistox platform

Before the course kicks off, get acquainted with the platform, your course mentors and peers. Learn all about how your learning journey will unfold over the next couple of months.

Week 01
Computational Design Thinking

Understand the computational and algorithmic approaches to design in general and in the fields of architecture, and industrial design through an engaging lecture series.

Weeks 02 - 03
Basic Modelling in Rhino 3D

Learn the basics of organic and fluidic modelling in Rhino. Get acquainted with the interface, geometry types, quick modelling tips, essential commands, visualisations and more.

Week 04
Introduction to Grasshopper

Learn the fundamentals of visual programming and dive head first into your first Grasshopper definition.

Weeks 05 - 09
Parametric Modelling in Grasshopper

Learn the complete process of parametric modelling from scratch using data lists, lists management, data tree structure and more to perform a complete parametric project using data.

NEW CAREER LEVEL UNLOCKED:
PARAMETRIC DESIGNER
Weeks 10 - 11
Rhino for Professional Practice

Get acquainted with advanced architectural modelling in Rhino including essential tips for accurate modelling, layering conventions, model management, visualisation and professional processes.

Weeks 11 - 12
Facade Design & Geometry Rationalisation

Learn to panelise building facades, second skin and rationalise model geometries from fabrication perspective.

Weeks 13 - 14
Form Finding - Application in Architecture

Explore the application of Kangaroo Physics Engine to generate novel architectural geometries.

Weeks 14 - 15
Generative Design Optimisation

Learn the generative approach to design exploration and goal-oriented optimisation using Evolutionary Solver.

Weeks 16 - 17
Electives
(Choose One)
Autonomous Design Systems

Learn to develop algorithms that generate cluster design ideas based on defined logic.

Stadium Design

Learn concept and parametric modelling approach for Stadium Design.

Introduction to GhPython

Get started with text-based scripting using GHPython component in Grasshopper.

NEW CAREER LEVEL UNLOCKED:
COMPUTATIONAL DESIGNER

SELECT SPECIALISATION

High Performance Building Analysis
12 weeks

This studio looks into the study of solar, thermal, wind and luminous behaviour of built environments through an integrated design workflow that allows for real-time performance analysis.

  1. Climate & Comfort Principles

  2. Urban Microclimate Simulations

  3. Solar Studies - Simulations

  4. Daylighting Studies & Simulations

  5. Building Energy Modelling

  6. Lifecycle Carbon Analysis

Computational BIM Workflow
12 weeks

This Studio looks into industry-specific knowledge of BIM and computational design technologies and their application through interoperability, data management and automation.

  1. Revit Fundamentals - Geometry + Data

  2. Programmable BIM Objects

  3. Rhino.Inside - Interoperability

  4. Speckle - Data Integration

  5. Dynamo - Visual Scripting in BIM

  6. Revit API - PyRevit

Live Industry Project
2 weeks
Live Industry Project
2 weeks
NEW CAREER LEVELS UNLOCKED!
NEW CAREER LEVELS UNLOCKED!

Building Sustainability Consultant

Computational Design Specialist

Building Performance Analyst

Design Technology Specialist

Sustainability Analyst

BIM Specialist

For a detailed course structure

Download Syllabus
Request a Callback to know how Computational Design can accelerate your career.
Syllabus
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Tools you will cover

Rhino3D

Grasshopper

Revit

Dynamo

Speckle

Enscape

Horster

Elefront

Lunchbox

Panelling Tool

Kangaroo

Weaverbird

Mesh Edit Tools

Galapagos

Anemone

Bowl Tool

Wasp

Ladybug

Honeybee

Butterfly

OneClick LCA

Rhino.Inside

pyRevit

Alumni Voices

Hear tribe members talk about their upskilling journeys

Aditya Gupta

Offered Architect role at DAR, Pune

Una

Masters Student at the Faculty of Architecture, University of Belgrade

Aditi Shukla

Offered Jr. BIM Architect role at Techture, Indore

Marvit

Architecture Student and Artist, Montreal,Canada

Jay Kapadia

Offered BIM Architect role at The BIM Engineers

Prajwal Kumar

Architect | Computation Designer

The curriculum was well structured – all the series of modules made sense as we progressed through the course. And the mentors are top notch! I couldn't have asked for a better panel of mentors for us.

Review of BIM Professional Course, Cohort 01

Aditi Shukla

BIM Architect Bhopal, India

The capstone project was my favourite part. It was a glimpse of how projects are handled in the real world. The gamification of the project and our progress made it even more interesting.

Review of BIM Professional Course, Cohort 01

Sruthi Sajeevan

Project Engineer, Absal Paul Kingdom of Bahrain

I haven't come across any other platform that has been able to accommodate so many requests and teach so much software in such a short span. Moreover, the Oneistox team has constantly followed up with me whenever I have missed my modules.

Review of BIM Professional Course, Cohort 01

Bhairavi Dave

Architect Vadodara, India

I can now see a new perspective of architecture after joining this course. After getting a wider view of the BIM industry from mentors, I realized BIM is as vast as an ocean – and definitely worth diving into!

Review of BIM Professional Course, Cohort 01

Aditya Gupta

Project Architect, Team 3 New Delhi, India

This course has been an eye opener in terms of understanding how the AEC industry has changed and how we need to be a part of this change. The enthusiasm of Oneistox team was heartwarming and to see an organization work so hard to make a difference for their students was really nice.

Review of BIM Professional Course, Cohort 01

Diya Dechamma

BIM Architect Bangalore, India

Being a last-bench student back in University, I used to bunk many theory classes and was therefore doubtful of whether or not I'll be able to sit for every session in this course. But seriously, the whole Oneistox team shaped the course in such a crisp way that I never felt like skipping a single class!

Review of BIM Professional Course, Cohort 01

Mohamed Hassan

Junior Architect, Freedom of Design Tamil Nadu, India

I would like to thank the mentors who shaped up all the modules in a beginner-friendly way. All the mentors were very knowledgeable and despite their busy day would still be super responsive to answer any doubts. The one thing I've gained is an enormous amount of confidence to go ahead in my career as BIM professional.

Review of BIM Professional Course, Cohort 01

Shreya Kejriwal

Junior Architect, Studio 17 Surat, India

The curriculum aligned really well with my work. It has made the design and construction process more efficient for me and my team at work. Would recommend others to take the course. The current role of architects is slowly becoming obsolete and BIM will definitely make things easier and efficient in the future.

Review of BIM Professional Course, Cohort 01

Ayya Permataseri

MSc in Environmental Design of Buildings, Cardiff University,United Kingdom

Oneistox literally made learning easier for me. I've been watching tutorials but nothing compares to the hands-on learning experience they’re offering.

Review of Rhino and Grasshopper 101, March Cohort'21

Faysal Khan

Practicing Architect, Pakistan

I am really thankful to Oneistox team. They have one of the well defined, well structured and to the point content. Best thing is that they teach you the concepts that can be easily recalled. This will stay with me for life-time.

Review of Rhino and Grasshopper 101, May Cohort'21

Mahaveer Bothra

Architect at Acube Architects, India

I have done 3-4 courses with Oneistox and my experience is always been great. Since learning new things from Oneistox is always eye opening.

Review of Rhino and Grasshopper 101, Feb Cohort'21

Alab Adviento

Co Founder/ Directo Aisect Architectural Visualization

It is kind of unfair for other companies as Oneistox has such a high standard of learning and it is so engaging here. Oneistox made it really easy for me to understand and learn in practical way.

Review of Rhino and Grasshopper 101, March Cohort'21

Program Tuition Fee

What does the course
fee include?

Live training, recorded material, practice files, cheat sheets and live industry projects

Guidance for building your CV and portfolio for professional growth

Career guidance

Placement Support

Lifetime community access and support to help your career flourish

Select preferred currency

BOOK YOUR SEAT WITH

$600

Early registration fee (incl. taxes)

$4800

Course Starts : 22nd April   | Limited seats only

Early bird closing Soon

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Have any questions?

Check out some frequently asked questions.
The course is designed to help you transition from basic 3D CAD modelling to parametric modelling and advanced computational workflows. In 32 weeks, we ensure a comprehensive understanding of Rhino, parametric modelling through Grasshopper, topic specialisation based on your field, and a collaborative capstone project.
Every week, you will have two live classes. In addition, you will have recorded lessons throughout the week with small activities. We expect you to put in a minimum of 8–10 hours of effort (depending on your speed) in a week to fully grasp and apply the concepts of computational design.
The medium of instruction in this course is English.
We have a 24x7 query resolution service. You will be assigned a learning coordinator whom you can contact for any query during the course.
On joining a Oneistox course you get lifetime access to a closed messaging group that includes your batchmates and learning coordinators. This means you always have a group of people with whom you can discuss ideas and troubleshoot problems.
The course equips you with a core specialisation as well as practical experience on a capstone project. These significantly enhance your job prospects. Our team also provides guidance on building your resume and portfolio for a successful career in computational design. In addition, we also run a placement drive during which Oneistox's hiring partners recruit graduates directly to their companies.
Yes, this certificate stands as proof of your skills in industry-relevant computational tools and workflows. Coupled with the new additions to your portfolio made during the course, it will suffice for jobs in AEC firms.
This course does not explore data-intensive concepts like artificial intelligence (AI) and machine learning (ML). However, the skills acquired in this course will build a strong foundation for learners to explore these concepts within the AEC context.
Learners may opt to attend only one Specialised Elective Studio as part of their curriculum.
This course is designed for both professionals and students of architecture and engineering.
Prior knowledge of computational tools and workflows is not required as the course is structured in a beginner-friendly way. However, it is expected that you would have a basic understanding of architectural/engineering principles, 3D modelling, and Revit (only for Computational BIM specialisation).
We understand that some of you might be new to the software. Our support team will be available to guide you throughout. Before the course commences, we make sure to help you install the relevant softwares and plugins and also get acquainted with them so that you're well-prepared.
The required hardware specifications are as follows
Windows System
  • 64-bit Intel or AMD processor (Not ARM)
  • 8 GB memory (RAM) minimum; 16 GB memory (RAM) recommended
  • 40 GB disk space
  • OpenGL 4.1 capable video card is recommended
  • 4 GB Video RAM or more recommended
  • A multiple-button mouse with a scroll wheel is recommended
  • Apple Intel hardware with Boot Camp optional (Boot Camp is not supported on Apple Silicon M1 Macs)
  • Operating System: Windows 10 or higher
For information on refund and cancellations, please refer to this document

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