_Design - Ms Church's Class

Week 1 Week 2	Introduction to Design Review Fire Drill Procedures	Fire Drill Map Click for Map
	Design vs. Experience	What is design? Good design solves a problem. Boat Ramp - Don't get your feet wet Self-Cleaning Hair Brush Design Process Matrix Which materials to use?
	Suprella Commercial ---The problem	Good design solves a problem. Food Huggers
	CW ~ Balance 11 Nails Food Huggers	Good design solves a problem. Toothpaste
	CW ~ Balance 11 Nails Food Huggers	Good design solves a problem. Beard King
Good Design Bad Design Slides have been shared within your Google Drive

Week 1 Week 2	3D Images	Graph paper
		Graph paper

Week 2	Watch the Measuring Tutorial Videos
	1. Customary
	2. Metric
	3. Dial Caliper
	4. Unit Conversion

Week 3 Isometric Drawings	1. CW ~ Draw the blocks in the 4 Videos Click for the papers Draw each block once on the dot paper and once on the diamond paper.
	Example Video 1- dot paper - Checkmark - Stacking blocks	"Dot Grid"
	Example Video 2- dot paper - Tower with Flat box	Small "Diamond Grid"
	Example Video 3 - dot paper - 2 letter J's
	Example Video 4 - dot & diamond paper - 3 Towers
Picture of an Orthographic Sketch

Isometic Alphabet	2. HW - Isometric Drawing ~ Draw your initials.		"Dot Grid" Paper
A to Z Video	Video 3 - dot paper - 2 letter J's	A to Z	Small "Diamond Grid"

3. HW ~ Isometric Drawings ~ Draw each piece

Paper with 2 half sheets

Paper 1 on a Full sheet
Paper 1 on a half sheet

3. HW - Draw Orthographic Sketches of the Happy Cube

Video 1 of Letter A. Isometric and Top

Video 2 of letter A. Front and Right

CW - Orthographic Drawing

Orthographic = Multiview

Click for the Happy Cube paper.

Click for the
classwork paper.

Print Isometric Paper
"Dot Grid"	"Diamond Grid"
	Small "Diamond Grid"

	4. HW ~ Happy Cube ~ Mnemonic story, sentrnce, rhyme, or poem a..Create a story that will help you remember how to put the Happy Cube back together. Use the color of the piece and the shape of the piece to help you develop the characters of your story. b. Depending on the color, shape, position and character will determine how you create the story that will help you remember how to put the cube back together. c. This is known as a mnemonic device which will help with your memory. For Example: "My very educated mother just served us nine pickles" is a way to memorize the planets in order: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune and Pluto.	Pictures of the cube

HW - Matching and Drawing Packet

Click for the paper.

Teach Teach Teach	Picture of an Orthographic Sketch	Teach Teach Teach
Multi-view Demo Video	Language of Sketching PowerPoint # 1	Sketching Techniques PowerPoint # 2

Week 4----Teach Teach Teach	Picture of an Orthographic Sketch Video of the MultiView Sketch	Teach Teach Teach
Multi-view Demo Video	Language of Sketching PowerPoint # 1	Sketching Techniques PowerPoint # 2

Teach Teach Teach

Click for the Assignment

Orthographic

Week 5

Puzzle Cube

Watch This Before You Get Started with SketchUp

Introduction (00:00)
        1         Start in 2D (01:01)
        2         Use the Right Mouse (02:40)
        3         Draw the Right Way (03:41)
        4         Understand Stickiness (05:28)
        5         Group (Almost) Everything (06:05)
        6         Master the Move Tool (06:49)
        7         Navigate Like a Pro (09:58)
Next Steps (13:37)

1. Addtive Method SketchUp

Save as
Last_First_Name_Add

Create and Draw an
Interlocking Plastic Puzzle Cube

Click for the Paper

Week 6	Dimensioning	6. Power Point 1
Paper
		7. Power Point 2
	After drawing the Plastic Cube peices you will need to add the dimensions. Review the 2 PowerPoints.

Week 7-8	Create a BOX with locking device.	Template 1
		Template 2
		Template 3

1. Addtive Method SketchUp

Save as
Last_First_Name_Add

Watch the movie an follow along.

2. Subtractive SketchUp for Schools

Save as
Last_First_Name_Sub

To start make a rectangle that measures 2.25" x 2.25" x 1.5"

In Sketchup choose the Rectangle tool and click once and stretch then type 2.25, 2.25

Then select the Push Pull tool
and type 1.5

Start the video at 2:28 minutes.

3. 5 Puzzle Cubes on 1 Sketchup file.

The most surface area needs to touch the land. Place each peice next to the to each other but do not overlap.

Save as
Last_First_Name_Cubes

1 snap cube = .25"
2 snap cubes = .50"

Name Tag Tutorial

Save as
Last_First_Tag

1. Mug Intermediate Tutorial

Save as
Last_First_Mug1

2. Mug Basic Tutorial

Save as
Last_First_Mug2

Dog House, Dream House & Mars Rover

Save As -
Last_First_Name_Rover

Click to Research

N.A.S.A. Curiosity Rover - Click on the picture titles for the definitions of the features.

11 Amazing Things NASA's Huge Mars Rover Can Do

...below this point. Don't Print.

Week 9	- SketchUp 01 2:50 min Start by launching SketchUp, choosing a template, knowing toolsets, and navigating within your model.
Save As - Last_First_Name_Dog Click here first.	- SketchUp 02 6:45 min Start by modeling a simple dog house, applying materials, and importing components.
	- SketchUp 03 10:25 min Start by modeling a simple dog house, applying materials, and importing components.
	- SketchUp 04 9:44 min
	- SketchUp 05 6:28 min Start by drawing in 2D, understanding inferencing, and move into 3D modeling basic shapes.
	- SketchUp 06 9:44 min
	- SketchUp 07 14:08 min
	- SketchUp 08 6:41 min	Drop

Save As -

Last_First_Name_House

1.    Use the first template when your start this project. Feet and Inches with Green Background
2.    Create a new document and save it as Last Name_Final Home Project

3.    Create a home that is 2,500 square feet or less. Remember Length X Width=Square Feet
4.    Place a compass on the ground showing the cardinal directions.

5.    6 inch walls for exterior (Use the offset tool)
6.    4 or 6 inch walls for interior

7.    2 and not more than 4 bedrooms
8.    2 or more bathrooms

9.    Kitchen
10.  Exterior doors are 36" Wide by 78" Tall

11.  Interior doors are 36" Wide by 78" Tall
12.  Hallways will be 48" Wide

13.  Ceilings will be between 8 feet or 9 feet from floor.
14.  Exterior must have fewer windows on North Side of home for energy efficiency.

15.  You may use no more than 15 objects from the SketchUp 3D Warehouse.


Click the title for each subject's assignments.

Blocks	Isometric Drawings
	Isometic Drawing Examples			.	Isometric Paper
	Image 1	Image 2	Image 3		"Dot Grid"	"Triangle Grid"
						Small "Triangle Grid"

HW ~ Isometric Drawings ~ Using the grid of your choice, draw your initials. Due Friday.

	Design Process of an an Ankle Foot Orthosis		Click for the Step by Step Reflection Table
Requirements	Make sure your design meets the following requirements: •It attaches to the patient’s foot and lower leg. •It allows upward movement at the ankle, where the foot or toes move in an upward direction toward the shin or front of the leg. •It places the foot flat on the floor when standing. •It prevents the patient from pointing or rising up onto their toes. •It supports the foot and ankle, including the heel and arch of the foot. •It is comfortable for the patient to wear. Pay special attention to areas where bones may stick out. Too much or too little padding can create pressure points, which can create wounds. •It is removable.
Create a	Design Matrix	Reflection Table	Presentation

Link to Document
Part 1 Draw the Main Body of the Skimmer in mm.	Draw the Paper Skimmer in inches.

Part 2 Draw the Skimmer AirScoop Fins in mm.	Skimmer Fins


	Skimmer Hook
	Brad - Teaching the Skimmer 3:16
	Teaching the Skimmer Assembly 4:55
	Skimmer Assembly
Click the link for an example of last year's race. If not then go snoop in the Resource Folder > Church Resources > Design >Activities >

Design Challenge - 6" Away

1=E 2=H 3=L 4= J

5=C 6=D 7=G 8=I

9=K 10=A 11=B 12=F

Week 6-7	Dimensioning		Due
	Power Point 1	Power Point 2
	Multi-View Sketches Dimensioning & Dial Caliper Measurements

Create a box with locking device. Example	Template 1
	Template 2
	Template 3

Link to Document
Part 1 Draw the Main Body of the Skimmer in mm.	Draw the Paper Skimmer in inches.

Part 2 Draw the Skimmer AirScoop Fins in mm.	Skimmer Fins


	Skimmer Hook
	Brad - Teaching the Skimmer 3:16
	Teaching the Skimmer Assembly 4:55
	Skimmer Assembly
Click the link for an example of last year's race. If not then go snoop in the Resource Folder > Church Resources > Design >Activities >

Link to Document
Part 1 Draw the Main Body of the Skimmer in mm.	Draw the Paper Skimmer in inches.

Part 2 Draw the Skimmer AirScoop Fins in mm.	Skimmer Fins


	Skimmer Hook
	Brad - Teaching the Skimmer 3:16
	Teaching the Skimmer Assembly 4:55
	Skimmer Assembly
Click the link for an example of last year's race. If not then go snoop in the Resource Folder > Church Resources > Design >Activities >

Wed-Fri	3D Images	Graph paper
		Graph paper

3D Images

Graph paper

3. HW - Orthographic = Multiview Redraw the Isometric 3D images below and then draw the TOP-FRONT & RIGHT VIEWS Use the 3 images below finish the ORTHOGRAPHIC DRAWINGS. CLICK FOR THE PAPER			.
Image 1	Image 2	Image 3

Puzzle Cube
Open Chrome Click 'Apps' link in the top left of Chrome window Or go to chrome://apps Click 'sign in' on the top right of the Apps page Enter firstname.lastname@g.kpbsd.org for Google login page Enter studnetnumber@kpbsd.k12.ak.us and windows password for Microsoft login page Click continue Click X on pop-up window Search for "gsuite marketplace" and click first link or go to gsuite.google.com/marketplace/ Search for "Sketchup" Click 'Sketchup for Schools' Click 'Install' Re-enter firstname.lastname@g.kpbsd.org Click continue Click array of 9 dots in top right of G Suite Marketplace page Scroll down to and click 'Sketchup for Schools' Click 'Sign in with Google' Select user account Click 'Start modeling'


Week 1	Week 2	Week 3	Week 4	Week 5	Week 6	Week 7	Week 8	Week 9	Week 10

Log into your KPBSD Gmail
	School Email
	firstnamedotlastname@gdotkpbsddotorg mickey.mouse@g.kpbsd.org