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Building Information Modeling in Architecture

ProgramTeacherCreditDuration

Building

Wei Yan,Guo Juanli

4

64

Course name:Building Information Modeling in Architecture

Course Code: S2293187

Semester:5

Credit:4

Professional:Building

Module:Discipline foundation

Course directorWei Yan

Guo Juanli

E-mail:wyan@tamu.edu

guojuanli@tju.edu.cn

Department:Tianjin International Engineering Institute

Teaching time(45 minutes for 1 hours)

Practice hour

Lecture hour

Experiment

hour

Group project

Internship

(day)

Individual work

16

16

0

16

0

16

Course introduction

Building Information Modeling in Architecture. (3-0). Credit 3. Building Information Modeling (BIM); principles, methods and applications in the building lifecycle with a focus on the design process; includes computer-aided design, parametric modeling, databases, web technologies, design performance simulation and visualization. Prerequisites: Graduate classification or instructor approval.

Preparatory knowledge

Mathematic, parametric modeling in design

Teaching target:

At the end of the course students should gain knowledge of architectural computing methods centered at Building Information Modeling that they can apply in design studios, thesis work, research, and professional practice. Students should gain knowledge of basic and advanced Building Information Modeling technologies that can be used to model and retrieve building information in the building lifecycle from design to facility management.

The objectives of this course will be pursued by means of theoretical lectures, readings, practical exercises that address a given set of instructional targets, and projects.

Course content

The course will include the following components:

  • Computer-Aided Design (CAD)

  • Building Information Modeling

  • Parametric modeling

  • Information retrieval using databases and API

  • Web-based applications and networking

  • Simulation and visualization

  • Applications

Week

Topic

Required Reading

1

Course Introduction

Getting Started, CAD and BIM

Categories, Families, Types, and Instances

Lecture notes

2

More on Categories, Families, Types, and Instances Domain Knowledge in BIM

Families and Parameters

Lecture notes

3

Parametric BIM: Parameters Equations and Modeling

Parametric BIM: Sample Explained; Passing Parameters

Lecture notes

4

Parametric BIM: Conceptual Design Modeling

Parametric BIM: Formula Syntax, Conditional Statements, and Parameters

Lecture notes

5

Building Mass Modeling; Geometry Transformations

Constraints; Passing Parameters

Lecture notes

6

Passing Parameters; Building Envelope Modeling

Project 1 Assignment, Homework Q&A

Lecture notes

7

Parametric Modeling Proposal; Homework Review; Project Techniques

Connecting the Dots: BIM, Calculus, Physics Engine, Recursive Algorithm

Lecture notes

8

Computer Programming for BIM

Visual Programming for BIM: Parametric Project and Editing Geometry

Visual Programming for BIM: Three Methods for Editing Materials

Lecture notes

9

Midterm Project Presentation (1)

Visual Programming for BIM: Assignment

Midterm Project Presentation (2)

Lecture notes

10

Visual Programming for BIM: Advanced Samples

Final Project Assignment

Visual Programming for BIM: Workflow and Diagram

Sample: Finding Normal

Lecture notes

11

Visual Programming for BIM: Review Multi-Objective Optimization

Visual Programming for BIM: Scripting Final Project Work Session, Q&A

Lecture notes

12

Web-based BIM for Final Project

Visual Programming for BIM: Sample for Final Project

After ARCH653

Lecture notes

13

Final Project Work Session, Q&A

Lecture notes

14

Final Presentation

Lecture notes

Teaching materials and reference materials:

Research papers on BIM in Journal of Building Information Modeling, CAAD Futures, ACADIA, eCAADe, CAADRIA, etc. (Selected papers' source will be provided)

Building Product Models: Computer Environments, Supporting Design and Construction, by Charles M Eastman, CRC; 1 edition (July 29, 1999), ISBN-13: 978-0849302596 (Optional)

BIM Handbook: A Guide to Building Information Modeling for Owners, Managers, Designers, Engineers and Contractors, by Chuck Eastman, Paul Teicholz, Rafael Sacks, and Kathleen Liston. Wiley (March 3, 2008). ISBN-10: 0470185287 (Optional)

Architecture's New Media: Principles, Theories, and Methods of Computer-Aided Design, Yehuda, E. Kalay. The MIT Press. ISBN: 0-262-11284-1. (Optional)

Elements of Parametric Design, by Robert Woodbury, 1st ed. Routledge, 2010. ISBN: 978-0415779876

Ability target

CT1: Have a brief concept about BIM modeling. Be able to construct a building information model using Revit.

CT2:skilled in the construction of the model. Grasp the method of controlling the geometry by parameters. Ability to study by oneself.

CT3:Grasp the method of building optimization on the BIM platform using related software.

Master level requirements:

  • Grasp the parametric modeling centered at BIM. M

  • Apply in design studios, thesis work, research, and professional practice. N

  • Grasp the concept of parameters, and apply it to different building designs. M

  • Make and use common families. N

  • Use visual programming for BIM to assist designing. M

  • Know the general concept and method of building optimization. A

Teaching object:Here to fill in the professional and grade, not sure to fill