1. Introduction to Model Building

2. Why a Model? Development tool Presentation tool

3. 2-dimensional representation Plans, Sections and Elevations Axonometrics Perspectives Means

4. 3-dimensional representation –Computer Models Able to be presented in 2D format Scalable Reworkable Photo realism possible – visual representation of actual materials Ability to tour Readily reproduced for distribution

5. Means 3-dimensional representation –Physical Models Generally abstract Limited workability Tactile Precious quality Sometimes more easily understood

6. 3-dimensional representation –Computer-Generated Physical Models Easily reproducible Fixed scale Precious Means

7. A means of investigation Reasons An aid in communication A leave-behind

8. Model Basics Components –Base –Object –Entourage

9. Model Basics Scale and Detail –Level of detail or abstraction –Size for portability

10. Model Basics Tools –Scissors –Knives –Saws –Foam cutters –Straight Edges –Cutting Board –Sandpaper …

11. Model Basics MaterialsMaterials –Chipboard –Museum Board –Foam Core –Styrofoam –Basswood –Plexi …

12. Model Basics MaterialsMaterials –Wire screen –Stranded wire –Toothpicks –Sheet metal –Fabric –Clay …

13. Model Basics Construction –Joints Butt Miter Lap Rabbet …

14. Model Basics Construction –Binding Elmer’s Tacky Glue Rubber Cement Gap Stop Dry joints …