Generative Design 101 for Architecture, Engineering & Construction by Jad Dellel and Emily Bisaga Dunne
Report
Share
•10 likes•2,398 views
Generative Design 101 for Architecture, Engineering & Construction by Jad Dellel and Emily Bisaga Dunne
•10 likes•2,398 views
Report
Share
Download to read offline
A presentation about Generative Design 101 for Architecture, Engineering & Construction by Jad Dellel and Emily Bisaga Dunne.
Recommended
More Related Content
What's hot
What's hot(20)
Viewers also liked
Viewers also liked(6)
Similar to Generative Design 101 for Architecture, Engineering & Construction by Jad Dellel and Emily Bisaga Dunne
Similar to Generative Design 101 for Architecture, Engineering & Construction by Jad Dellel and Emily Bisaga Dunne(20)
Recently uploaded
Recently uploaded(20)
Generative Design 101 for Architecture, Engineering & Construction by Jad Dellel and Emily Bisaga Dunne
- 1. © 2017 Autodesk Generative Design 101 for Architecture, Engineering & Construction The 7 Habits of Highly Connected BIM People Jad Dellel Industry Lead, Architecture- Engineering & Construction
- 2. Welcome and introductions Jad Dellel AEC Industry Lead @AutodeskEP @AutodeskEP @JadAutodesk Emily Bisaga Dunne Generative Design & BIM @ AutodeskEP Guest Speaker Host
- 4. What You Should Take Away
- 5. Joining the Audio Your connection will be muted to reduce background noise Webinar basics Speaking Raise your hand, should you want to ask or share something and we’ll unmute your audio Asking or Sharing Type your questions or comments in the Questions window Type here and click send
- 6. Bookmark the Enterprise Customer Hub http://enterprisehub.autodesk.com
- 7. Poll 1
- 8. © 2017 Autodesk Generative Design 101 for Architecture, Engineering & Construction The 7 Habits of Highly Connected BIM People Emily Bisaga Dunne Premium Support Specialist, Generative Design / BIM
- 9. © 2017 Autodesk Defining Generative Design
- 10. What is Generative Design? Generative Design is an algorithmic modeling process for optimization of design elements
- 12. Generative Design Solutions by Autodesk
- 13. © 2017 Autodesk Trends Driving Generative Design
- 14. Rapidly Evolving Production Methods
- 16. Cloud Computing
- 17. Manual 2D 3D Cloud Collaboration AI Computers Algorithms Paper Technology Revolution Rapid AEC Industry Transformation Thousands of years 1982 2004 2017 Generative Design
- 18. © 2017 Autodesk Generative Design Examples
- 20. Under Armour Performance Training Shoe
- 22. Hack Rod
- 23. Arup Tensile Structure Joints
- 24. Autodesk MaRs Office Building Toronto
- 25. Autodesk MaRs Office Building Toronto
- 26. Autodesk MaRs Office Building Toronto
- 27. Autodesk MaRs Office Building Toronto Geometry Performance Algorithm (MOGA) Analysis Generative Design Process by The Living MOGA = multi-objective genetic algorithm Pre-design Post-design
- 28. Autodesk MaRs Office Building Toronto to create a dynamic + highly functional new office space for Autodesk in Toronto. Vision Statement
- 29. Autodesk MaRs Office Building Toronto Constraints
- 30. Autodesk MaRs Office Building Toronto Surveys and Dialogues with Office Teams
- 31. Autodesk MaRs Office Building Toronto Design Goals
- 32. Autodesk MaRs Office Building Toronto Study Types for Algorithmic Processing Adjacenc y Work Style Buzz Productivi ty Daylight Views
- 33. Autodesk MaRs Office Building Toronto MOGA Search Algorithm Gen 1 Design Gen 2 Design Gen 3 Design Best Options “Cross-breeding” Random Sample High Performers Random Mix of Two High Performing Designs “Elitism” Modified Parameters “Mutation” Repeated over Multiple generations “Survival of the Fittest” Based on input parameters Aka ”Genome”
- 34. Autodesk MaRs Office Building Toronto Time Plot of Design Generations
- 35. Autodesk MaRs Office Building Toronto Principal Component Analysis of Distribution
- 36. Autodesk MaRs Office Building Toronto The Human Factor
- 37. Autodesk MaRs Office Building Toronto
- 38. Humans + Machines • Autodesk has provided software to help customers exploit technological disruptions for 30 years • From 2D CAD documentation to 3D modeling and optimization • Now the Era of Connection, inspiring engineers in new ways – optimizing how things are designed, built and interconnected for use
- 39. © 2017 Autodesk Quick Start Guide
- 40. Generative Design Workflow Applications + FractalDynamo Studio Dynamo for Revit Revit Easy to use Simple upload process Simple run study process Easier than traditional scripting Clear onboarding with Dynamo Primer Usability Assessment Design-oriented workspace Integrated Revit workflow nodes
- 41. Dynamo – Gateway to Algorithms Identify Parameters Operate on Parameters Visualize Operations Study Options (one option at a time) Define Parameters + FractalDynamo Studio Dynamo for Revit Algorithms to Generative Studies Algorithms to Design Development and Construction Documentation
- 42. Learn Dynamo - Dynamo Primer http://dynamoprimer.com/e
- 43. Get Help With Dynamo – Dynamo BIM forum https://forum.dynamobim.c
- 44. Dynamo BIM Home Page http://dynamobim.org/learn/
- 45. Project Fractal – Gateway to Generative Design Run Options Analysis Export Results for Further Analysis Set final options in Dynamo script for Revit integration Send script to Fractal cloud Possible to add custom watch nodes as reporting values for analysis. Review Visualized Results Must work in Dynamo Studio and must not use custom nodes FractalDynamo Studio
- 47. How do AEC generative design tools differ from the manufacturing? Key AEC Generative Design Factors In a design space where everything matters, how do we decide what matters the most? ManufacturingAEC Overlap ▪ Fixed parameters ▪ Lightweighting ▪ Optimization ▪ Cost Analysis ▪ Any parameters ▪ Any objective
- 48. The Importance of Early Stage Definitions Your model becomes what you believe. ▪ Identify values ▪ Identify the site ▪ Model the site ▪ Identify the parcel ▪ Identify comparative data ▪ Identify parameters ▪ Identify areas of flexibility vs. constraint ▪ Identify analysis goals
- 49. Autodesk Mars Office Building Toronto Pre-Generative Design: Values Autodesk Mars Office Building Toronto Personal, Team, Corporation, Client, Contextual ▪ Personal: efficient design process with connected workflows to produce elegant multi-family development ▪ Team: honest, sustainable design with an FAR value in the 15 – 20 range and a fast-tracked design process ▪ Corporation: a multi-family development that will make the world a better place to live in and inspire the future of design. ▪ Client: a high return on investment and a managed-cost design ▪ Contextual: a flagship building that will demonstrate the Seaport as an innovation district and Boston as a world-class city.
- 50. Autodesk Mars Office Building Toronto Pre-Generative Design: Site Identification Theoretical Area for Development Identified in Boston Seaport Autodesk Boston
- 51. Autodesk Mars Office Building Toronto Pre-Generative Design: Site Model
- 52. Autodesk Mars Office Building Toronto Pre-Generative Design: Parcel Identification
- 53. Autodesk Mars Office Building Toronto Pre-Generative Design: Comparative Data Early Stage Financial Elements ▪ Floor Area Ratio defined as Gross Floor Area / Lot Area ▪ Estimated rent at $60 / SF / Month with a 4% vacancy rate estimate ▪ Construction cost estimate at $500 / SF based on 2014 real estate development article from Boston ▪ Land acquisition cost estimate of $359 million based on sale of adjacent 12.5 acre parcel in Seaport called ‘Seaport Square’. ▪ Estimated rental rate per square foot of anywhere from $50 - $100
- 54. Pre-Generative Design: Building Typology High-rise Multi-family Residential Real Estate Development ▪ Typically contains podium, tower(s) and custom highest upper level. ▪ For this example we will explore this basic rectangular form
- 55. 3. Colored blocks are referred to as groups 1. Gray blocks are referred to as nodes 2. Nodes may have inputs and outputs, and are connected by wires. Each node contains an operation. Anatomy of a High-rise Typology Dynamo Script 4. All of these nodes connected to create this basic geometry.
- 56. Autodesk Mars Office Building Toronto Color-Coding Nodes
- 57. Dynamo Studio Tower Algorithm for Fractal
- 58. File> Send to Web… Publish for Fractal!
- 59. Fractal Generative Design Study for Tower
- 61. Dynamo for Revit Tower Script
- 62. Nodes close-up to show how geometry is created in the Revit model. Creates wall geometry in Revit model.
- 63. Native Revit Geometry from Dynamo Script
- 65. Continue the discussion @AutodeskEP @JadAutodesk Emily Bisaga Dunne Jad Dellel
- 66. Bookmark the Enterprise Customer Hub http://enterprisehub.autodesk.com
- 67. Tell us what you think ▪ Please take a quick survey here: http://autode.sk/2fDw1g8
- 68. Autodesk and the Autodesk logo are registered trademarks or trademarks of Autodesk, Inc., and/or its subsidiaries and/or affiliates in the USA and/or other countries. All other brand names, product names, or trademarks belong to their respective holders. Autodesk reserves the right to alter product and services offerings, and specifications and pricing at any time without notice, and is not responsible for typographical or graphical errors that may appear in this document. © 2017 Autodesk. All rights reserved.