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Parametric Building Information Modeling :: PBIM 19.2

by Sven Schneider | Oct 17, 2019

Max_Liebing_Haus_R20 – Rendering – CutIn

Content

Abstract

When designing buildings, numerous elements (e.g. building shape, rooms, openings, circulation, construction) must be defined and carefully attuned. Building Information Modeling (BIM) supports this process by providing building elements that can be easily placed and modified. However, due to the large number of elements that make up a building, this process is often time-consuming and inflexible when changes are made to the design. By defining rules that describe how elements should relate to each other (parameterization), models can be generated that automatically adapt to certain parameters (e.g. building height, building width, number of rooms).

Learning objectives

In this seminar we will examine the possibilities of parameterization of building information models. The software used is Revit and PlugIn Dynamo. For students in the project module “Design by Research” this course is obligatory. The knowledge provided through online seminars will be deepened in consultations and documented in several exercises.

Requirements

No prior technical knowledge is required.

Course Content

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Theoretical Basics

Design & Computation 4 Lessons

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Module Content

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Lecture – Design & Computation – 01 – What is design?

Lecture – Design & Computation – 02 – Design Strategies

Lecture – Design & Computation – 03 – Automating Design Processes

Literature – Design & Computation

Design Models 6 Lessons

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Lecture – Design Models – 01 – Introduction to the Generation of Form

Lecture – Design Models – 02 – Computer Aided Drawing

Lecture – Design Models – 03 – 3D Modeling

Lecture – Design Models – 04 – Parametric Design Representations

Lecture – Design Models – 05 – Building Information Modeling

Literature – Design Models

Organisation

Task & Submissions 2 Lessons

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PBIM 00 – Sketched Floor Plans

Task – BIM – Model your flat!

Material & Examples 1 Lesson

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Example Files

Time Schedule

Building Information Modeling with Revit

Quick Start 2 Lessons

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Module Content

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Tutorial – Revit Quick Start – 01 – From Sketch to Floor Plan

Tutorial – Revit Quick Start – 02 – From Floor Plan to Multi Story House

Revit 101 23 Lessons

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Tutorial – Revit – 01 – Introduction to the User Interface

Tutorial – Revit – 02 – Reference Planes

Tutorial – Revit – 03 – Creating and Setting up Walls

Tutorial – Revit – 04 – Placing Doors & Windows

Tutorial – Revit – 05 – Creating a Slab & Roof

Tutorial – Revit – 06 – Creating Openings

Tutorial – Revit – 07 – Creating Column, Beam & Beam System

Tutorial – Revit – 08 – Creating Stairs & Railings

Tutorial – Revit – 09 – Toposurface

Tutorial – Revit – 10 – Placing Components

Tutorial – Revit – 11 – Mass Basic

Tutorial – Revit – 12 – Mass Advanced

Tutorial – Revit – 13 – Visibility and Graphic Overwriting

Tutorial – Revit – 14 – Schedules

Tutorial – Revit – 15 – Detailing

Tutorial – Revit – 16 – Rooms

Tutorial – Revit – 17 – Design Options

Tutorial – Revit – 18 – Creating a Family

Tutorial – Revit – 19 – Family Parameters

Tutorial – Revit – 20 – Family Advanced

Tutorial – Revit – 21 – Export DWG, IFC, and FBX

Tutorial – Revit – 22 – Export Pictures and Schedules

Tutorial – Revit – 23 – Creating and Export of Sheets

Lecturers

Olaf Kammler

Lecturer

Olaf has a Master of Science in MediaArchitecture from the Bauhaus-Universität Weimar, where he works as a lecturer since 2018. In addition, he studies Management [Construction Real Estate Infrastructure] at Bauhaus-Universität Weimar.

Sven Schneider

Lecturer

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Sven is a lecturer and researcher in the field of architectural planning support systems. He is interim professor for the chair of computer science in architecture at the Bauhaus-University Weimar and founding partner of DecodingSpaces GbR. He studied applied computer science at TU-Chemnitz and graduated in architecture at the TU-Dresden and BU-Weimar. He completed his PhD in 2016 on the topic of automated spatial layout design from a user-perspective. His main research interests lie in the development of measures for evaluating the built environment and generative methods for supporting the design process. He was and is engaged and coordinating several state-funded research projects and has published a number of articles on generative methods for spatial layout design and spatial analysis.