TIJ1O_Summative

include component="page" wikiName="jmcintyre" page="course_tabs_header" =Summative=

Overview:
Devising a solution for a problem, modeling that solution using CAD programs, then creating a physical model is a very valuable skill set that many professions, from architect to machinist, use to great effect. The complete arc of problem-solving-for-design will be evaluated in this summative project.

__Option 1:__
You are to design, then build an "orange-crate" keep-all box. The criteria are that:

1) it must be 9" (l) x 6" (w) x 5" (h), must include handles cut through to carry it, and have restraining wood on all sides. Gaps are allowed if you use slats of wood. Search the internet for ideas! 2) you will be using 1/2 thick cedar supplied in class 3) you will sketch out your idea. Include a bill of materials (a list of all materials you'll need). Drawings and plans MUST be ok'd before construction begins. Project will not be considered complete if no "ok" has been given. 4) you will use Sketchup to virtually build your keep-all 5) you will then go into AutoCAD and draw ALL PARTS either as orthographic views (front, top, side views), or if you want a challenge as an exploded view (below). Include title block. 6) you will draft a hand-copy of the AutoCAD file 7) you will then build your keep-all out of the supplied cedar 8) you will turn in:
 * 1) the sketches + bill of materials
 * 2) the sketchup file in your folder
 * 3) the autocad file in your folder
 * 4) the hand-drafted version of the keep-all
 * 5) the keep-all iteself





__Option 2__:
Having learned the basics of drafting, sketching, 2D (AutoCAD ) and 3D (Sketchup) modeling, you are to practically apply this knowledge in the creation of a bungalow (max. 1400 sq. ft.) designed for an elderly couple. It will be 1 storey and included within the bungalow is an exact reconstruction of your bedroom. You will do the following: 1) sketch your bungalow floor-plan on paper, include room names as well as their square footage. Get my go-ahead to proceed to #2. 2) head into Sketchup to layout what the house will look like in 3D (including wall-thicknesses etc…). 3) you will then reconstruct the basic floor plan in AutoCAD, including title block 4) from that, you will draw, to scale (for example 1 inch = 2 feet), the first floor plan of your home using your drafting skills, include title block 5) finally, you will build a detailed scale model made out of foam-core of **your bedroom**.

Specification:
Because you are to make an exact model of your bedroom in the bungalow house, you must use a tape measure and measure your real-life bedroom dimensions thoroughly. From these rough measurements, enter all of your bedroom details (2D for Autocad, 3D for Sketchup) into the modeling programs to ensure your bedroom will fit properly into your bungalow design.

Once you’re finished and printed off, you will manufacture a scale model of your bedroom that is as close to a perfect replica as possible. Do not include a ceiling on the model.

Materials:
Any and all materials are available to use to model your bedroom, most work MUST take place in class so make sure that your materials brought in can fit into your locker for safe storage. I would recommend poster board (waxy white coating on foam-core) – it is rigid, cheap, found at Dollarama etc… and approximates drywall nicely. Cutting foam-core is simple if you do repeated passes with a sharp x-acto knife (you'll need to bring your own as I can't guarantee ours will be sharp).

New terminology/Resources:
1. A useful introductory visual tutorial in case you've forgotten. http://www.youtube.com/watch?v=FhcILzESEfQ 2. In the handout folder on the server there are reminder tutorials on how to use AutoCAD. For help using Sketchup - Google has a variety to great tutorials on their site.

__Option 3__: Marble Drop[[image:http://images.amazon.com/images/G/01/toys/detail-page/2011/B007YACWZ0-2.jpg width="299" height="299" align="right"]]

 * Situation**: You are to build a structure that is no more than 30 cm by 30 cm by 30cm. The structure may be made out of any materials you choose to use (as long as they are not purposefully designed for something akin to a marble drop already). The winner of the competition is that person that has the longest ‘fall’ in their marble drop (based on time).


 * Research**: Look at existing marble drops both on-line and in store. Board games like Mousetrap and PC games like MarbleDrop can provide great ideas.


 * Materials**: No materials are provided thus (though we have scrap wood you may use), any materials you choose must be supplied.


 * Evaluation**: You will be evaluated on the following criteria:


 * 1) Length of time in air: competitors will get a mark reflective how how long (measured in seconds) their marble remains 'airborne' - as long as the marble is in CONTINUOUS motion.

=What you will submit:= 1) You will submit a **quick sketch** of your project (on paper) - for the "go-ahead". 2) **A 3D model** of your object. The model must include all relevant details and dimensioning. If you choose **option 1** then don't worry about painting textures etc..., just the pieces of wood "stuck" together in Sketchup. If you choose **option 2** then you are to ensure that all major furnishings are present (couches as blocks, tables as blocks, beds as blocks - **NOT sandbox Internet-downloaded items or I won't mark it**). If you choose option 3 you will model the tracks/features the best you can. I'm more interested in option 3 about the visualization of how the marble will drop. 3) On a **titleblock piece of paper** you will submit a good copy of either your orthographics (if you are doing option 1), or the floorplan (option 2), or the "floorplan" (top view) for option 3. 4) An **AutoCAD drawing** of the object from the front/top/side (i.e. a blueprint). It will be an exact copy of the object you drew in step 3. The drawing must indicate the scale and include all relevant dimensioning. (electronic copy). 5) You will submit a **physical model**
 * of your box to a 1:1 scale
 * **of your bedroom** only after your CAD drawing has been submitted and reviewed. (physical model)
 * of your marble drop

Relevant dimensions, building code and detailed house information

**Evaluation:**
/5 /5 /5 || /5 /5 ||
 * ===**Sketch diagrams (ideas )**=== ||  ||
 * Appropriate orthographic views present || /3 ||
 * Care/precision of lines/line-weights || /3 ||
 * ===**Sketchup 3D Model of object**=== ||  ||
 * * all aspects of practical connections present || /6 ||
 * * design congruous with sketches || /4 ||
 * * dimensioning of major features || /4 ||
 * * object/room labels - sizes indicated || /4 ||
 * * textures / finishing || /4 ||
 * ===**Hand drawings (good copy plans in titleblock)**=== ||  ||
 * Drawing detail
 * Line thicknesses
 * Edge details
 * Dimensions
 * Layout (i.e. scale, functionality, flow) || /5
 * ===**CAD drawing**=== ||  ||
 * Neat title block including scale/name || /3 ||
 * Drawing detail
 * Lines (straight)
 * Edges/connections
 * Detail (edges/faces of objects - bevels, furniture) || /5
 * Dimensioning (Make sure to dimension relevant walls/entries etc…) || /7 ||
 * ===**Physical Model:**=== ||  ||
 * Scale is compatible with drawing || /5 ||
 * Model is an exact replica of the drawing || /20 ||
 * Class time spent appropriately || /5 ||