SMG

This is a drawing of a SMG that I made on rhino. It was very easy to make, I just traced each part and revolved the rounded parts. All of the other parts I just extruded.

Space Shuttle

WHMIS Notes

your 3 rights:
- right to know
- right to refuse work
- right to participate

what is a WHMIS label?
- to identify the product
- tells you about the risk
- gives you information about safe handling

Types:
- supplier labels
- workplace labels

Supplier labels:
- product identification
- hazard symbols
- border
- risk, phrases and precautions
- first aid, supplier information
- safe handling precautions
- reference to MSDS
- must be in 2 artificial languages

National Fire Protection Agency:
- blue indicates a health hazard
- yellow indicates reactivity
- red indicates flammability
numbers:
0- no hazard
1- slight hazard
2- moderate hazard
3- serious hazard
4- severe hazard

Class A: Compressed Gas
Class B: Flammable and combustible material
Class C: Oxidizing material
Class D1: Poisonous and infectious materials
Class D2: Poisonous and infectious materials - toxic
Class D3: Poisonous and infectious materials - biohazardous
Class E: Corrosive material
Class F: Dangerously reactive material

Sniper Rifle

Sniper rifle that I created on rhino. It took me about 1 class to complete.

Ray Gun

This is a drawing that I made of a ray gun off of call of duty. I think this is one of my best drawings if not my best. What I did was revolve the round parts and then I extruded all of the other parts.

Journal - Final Evaluation

Monday May 29- Absent

Tuesday May 30- Finished working on the body and the body design for the guitar. Also finished the curve for the neck of the guitar.

Wednesday June 1- Connected all of the parts of the guitar together and gave each part a specific colour.

Thursday June 2- Did some last minute touch ups on the guitar in rhino.

Friday June 3- Absent



Monday June 6- Created the volume knob for the guitar.

Tuesday June 7- Created the pegs for the strings of the guitar

Wednesday June 8-

Thursday June 9-

Friday June 10- Started working on a drawing of a ray gun



Monday June 13- Finished working on the ray gun and started working on a drawing of a sniper rifle in rhino

Tuesday June 14- Finshed the drawing of the sniper rifle

Guitar

For my culminating project, I will be doing a form of an electric guitar. It isn’t a specific guitar, I just created each part randomly. What I did was, I found a picture of each part on the internet, then uploaded them to rhino and I traced them. After that, I scaled them to the proper size. For the guitar body design, I used a picture of a flame. I made 4 copies of it and made them all look identical. For the strings I made small tubes, and then I made them identical as well. Then i placed them over the pickups in the proper places. For the neck I traced the outline, extruded it and then added the curve and grooves along the neck to make it look more realistic. For the pickups I found an example of one on the internet, traced it and then extruded it. Then I placed them on the body of the guitar. After that I connected all of the parts together including the body, neck and the strings.

Research:

http://www.bestguitarparts.com/guitar-part/390/Stratocaster_Swamp_Ash_Electric_Guitar_Body.htm - Link to the guitar body that i used for my project

http://www.bestguitarparts.com/ - Link to the site that i used to find all of the parts that i used

http://www.google.ca/imgres?imgurl=https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjEHRGci89noe-jNh2qn6ORwn-_-y61au2D6fpmjaBG_yTwwUKpl5GVCNX3w9pEY0OjdK0Im2hp_XBC20S8CqTI0f3oWdXYcFanZq9iLCkVDDwOzChtSBm9Ky8OKKyo5I1uo8Tvd9aPYJY/s1600/PAF-drawing_metric.jpg&imgrefurl=http://w-cotterill1013-dc.blogspot.com/2011/02/technical-guitar-drawings.html&usg=__OzQiZXxLQAqOuxozJKzi65Zu3wU=&h=529&w=756&sz=55&hl=en&start=0&zoom=1&tbnid=0RQIrhFQNqj_QM:&tbnh=128&tbnw=180&ei=eSXuTbfCIIXWtQOO99i3Aw&prev=/search%3Fq%3Dtechnical%2Bdrawing%2Bof%2Ba%2Bguitar%26hl%3Den%26biw%3D1328%26bih%3D899%26gbv%3D2%26tbm%3Disch&itbs=1&iact=rc&dur=109&page=1&ndsp=33&ved=1t:429,r:9,s:0&tx=88&ty=69 - Link to the pickups that i used

V-Block

This is a drawing of a V-block that i created on rhino. I made the shape using co-ordinates, then extruded it to make the shape.

Screwdriver

This is a drawing of a screwdriver that i created on rhino. What i did was make the outline of the top of the screwdrvier, then i used the revolve command to make it 3D.

Glass

This is a drawing of a glass that i created on rhino. Its a very simple object to make. All I did was use curve to make one half of the glass and then I revolved it as a full circle to get the shape of a glass.

Duck

This is a drawing of a duck that i created on rhino. I used one of the rhino books to help create it. It was very easy to follow for the most part.

Chair

This is a chair that i created on rhino. I used a video tutorial on youtube to help me make this. I personally think is my best drawing yet, not my favourite though. What i did was I made the outline of the chair and then made a tube around the entire outline. After that, I made the back part of the chair and then I just copied and it and moved into the necessary spot to make the seat part of the chair. Here is the link for the chair tutorial:

http://www.youtube.com/watch?v=V0uayTvIzBA

Journal - Week 12

Monday May 9- Started working on a drawing of a car in rhino

Tuesday May 10- Continued working on the car in rhino

Wednesday May 11- Absent (CPR Training)

Thursday May 12- Absent (CPR Training)

Friday May 13- Continued working on the car in rhino

Journal - Week 11

Monday May 2- Started working on a new rhino project

Tuesday May 3- Absent (Skills Canada)

Wednesday May 4- Started working on a drawing of a chair on rhino

Thursday May 5- Finished the drawing of the chair on rhino

Friday May 6- Starting searching for a new drawing subject

Journal - Week 10

Monday April 25- No school (Easter Monday)

Tuesday April 26- Continued working on the mechanical parts drawing on CAD

Wednesday April 27- Started on a different part of the mechanical parts drawing on CAD

Thursday April 28- Finished the second part of the mechanical parts drawing on CAD

Friday April 29- No school (Track and field)

Journal - Week 9

Monday April 18- Did the presentation on different sections drawings

Tuesday April 19- Continued working on the drawing of mechanical parts on CAD

Wednesday April 20- Continued working on the drawing of mechanical parts on CAD

Thursday April 21- Nothing

Friday April 22- No school (Good Friday)

Graphics Communication

CAD: Computer Aided Design CADD: Computer Aided Design & Drafting CAM: Computer Aided Manufacturing CIM: Computer Integrated Manufacturing CAE: Computer Assisted Engineering CAPP: Computer-Aided Process Planning MRP: Material Requirement Planning EDM: Enterprise Document/Data Management CAE: Computer Assisted Engineering Blue Print Reading: Interpreting drawings made by others

Journal - Week 8

Monday April 11- Did a lesson on graphics communications Tuesday April 12- Started using a new program called rhino Wednesday April 13- Continued using rhino, learned how to create basic shapes Thursday April 14- Started a new drawing of mechanical parts on CAD Friday April 15- Finished one of the mechanical parts on CAD

Journal - Week 7

Monday April 4- Wrote part 2 of the test on CAD but did not finish Tuesday April 5- Finished writing part 2 of the CAD test and continued working on the presentation about technical drawings Wednesday April 6- Finished the presentation about technical drawings Thursday April 7- Played the cargo bridge game Friday April 8- PA day

Chapter 5 - Quizzes 1-5

Quiz 1 1 A technical drawing that incorporates more than one view of an object in order to describe all aspects of the object completely is a(n) A) oblique pictorial drawing. B) multiview drawing. C) perspective view. D) axonometric drawing. 2 Views that are at right angles to each other are A) orthogonal views. B) parallel views. C) oblique views. D) perspective views. 3 Multiview drawings are created using A) normal projection. B) oblique projection. C) orthographic projection. D) isometric projection. 4 In multiview drawing, the front, right-side, and top views are often called A) standard views. B) proportional views. C) working views. D) normal views. 5 Industries in the United States use A) first-angle projection. B) second-angle projection. C) third-angle projection. D) fourth-angle projection. 6 When needed for clarity, rounded edges are sometimes represented using A) phantom lines. B) centerlines. C) hidden lines. D) section lines. 7 In multiview drawing, there are A) three principal views. B) six principal views. C) four principal views. D) five principal views. 8 Adding sizes to the various details of a drawing is A) scaling. B) measuring. C) dimensioning. D) numbering. 9 Interior features of an object are represented on the views using A) hidden lines. B) invisible lines. C) ghost lines. D) auxiliary lines. 10 The side of an object that shows the most detail is generally selected as the A) right-side view. B) front view. C) top view. D) bottom view. Quiz 2 1 To create a line in AutoCAD LT® that is infinite in both directions, use the A) LINE command. B) XLINE command. C) RAY command. D) SCALE command. 2 Construction lines in AutoCAD LT® are commonly created using A) hidden lines. B) centerlines. C) xlines. D) phantom lines. 3 In AutoCAD LT®, a ray is a line that extends A) infinitely in one direction only. B) infinitely in both directions. C) from a definite starting point to a definite endpoint. D) from a definite starting point to an endpoint specified by polar coordinates. 4 In creating a multiview drawing, xlines and rays are used to A) dimension the views. B) align the views. C) create holes in the front view. D) establish the lengths of lines in all views. 5 The Bisect option of the XLINE command creates an xline that A) bisects any 2D planar object. B) passes through the midpoint of a line segment. C) passes through the center of a circle or sphere. D) passes through an angle vertex and bisects the angle. 6 For blocking in views, rays are sometimes preferred over xlines in order to A) distinguish the top view from the front view. B) reduce file size. C) reduce confusion during view construction. D) decrease the amount of disk space needed to save the drawing. 7 To create more than one ray consecutively, place the first ray and then A) press the spacebar to re-enter the RAY command. B) press Enter to re-enter the RAY command. C) pick the Ray button on the Draw toolbar. D) place the second ray; the RAY command is still active. 8 If you need to reduce the size of a design for a new part by a third, you can do this easily using the A) REDUCE command. B) SCALE command. C) ZOOM command. D) PAN command. 9 To increase the size of an object by half, you would enter a factor of A) .50. B) .75. C) 1.50. D) 2.50. 10 To create an xline spaced exactly 2.00″ from the left side of a rectangular object, you would use the A) Bisect option of the XLINE command. B) Xline option of the OFFSET command. C) Through option of the OFFSET command. D) Offset option of the XLINE command. Quiz 3 1 A view that results from taking a slice through the interior of a part to show its interior shape is a(n) A) cross-sectional view. B) sectional view. C) auxiliary view. D) phantom view. 2 Section lining or crosshatching is also known as a A) section pattern. B) section-line pattern. C) phantom-line pattern. D) hatch pattern. 3 Sectional views are defined or located using a A) cutting-plane line. B) phantom line. C) visible line. D) phantom plane. 4 When half of the object is cut and removed on a drawing, the result is a A) half section. B) quarter section. C) full section. D) removed section. 5 When one fourth of the object is cut and removed on a drawing, the result is a A) half section. B) quarter section. C) full section. D) removed section. 6 When only a small portion of a view is removed and defined by a thick, irregular line, the result is a(n) A) removed section. B) revolved section. C) offset section. D) broken section. 7 A view generated when none of the features of the component are parallel to any of the principal planes of projection is a(n) A) oblique view. B) inclined view. C) auxiliary view. D) phantom view. 8 A surface that slopes in only one direction relative to the planes of projection results in a(n) A) inclined view. B) primary auxiliary view. C) removed view. D) secondary auxiliary view. 9 A view of an oblique surface projected from a primary auxiliary view is a(n) A) tertiary auxiliary view. B) revolved auxiliary view. C) secondary auxiliary view. D) oblique auxiliary view. 10 A view that shows only that portion of a surface that is perpendicular to the auxiliary projection plane is a(n) A) revolved auxiliary view. B) removed auxiliary view. C) broken-out auxiliary view. D) partial auxiliary view. Quiz 4 1 The drafting standard ASME Y14.2 defines two basic line thicknesses: thick and thin. Thick lines are a minimum of A) 0.3 mm thick. B) 0.2 mm thick. C) 0.6 mm thick. D) 0.8 mm thick. 2 Thin lines are a minimum of A) 0.2 mm thick. B) 0.3 mm thick. C) 0.4 mm thick. D) 0.5 mm thick. 3 Other than for dimensioning purposes, thin lines are used primarily for hidden lines, centerlines, and A) visible lines. B) short-break lines. C) cutting-plane lines. D) phantom lines. 4 When a drawing becomes confusing due to an excessive number of hidden lines, the generally accepted practice is to A) use only enough hidden lines to clarify details in the drawing. B) eliminate all hidden lines. C) make duplicate views and divide the hidden lines between them. D) use various styles of lines to represent hidden features. 5 The alternate position of a rotated part or feature is shown with A) visible lines. B) phantom lines. C) alternate-position lines. D) extension lines. 6 The same style of line is used for a cutting-plane line and a(n) A) phantom line. B) section line. C) break line. D) viewing-plane line. 7 The various types of lines used in both board drawings and CAD drawings are known as A) line techniques. B) alphabet of lines. C) linestyles. D) line symbols. 8 Lines used to represent the outside edges of objects as well as sharp transitions between two surfaces are A) visible lines. B) short-break lines. C) hidden lines. D) viewing-plane lines. 9 Lines used to mark the center of a symmetrical feature or an axis are A) extension lines. B) phantom lines. C) centerlines. D) viewing-plane lines. 10 On a sectional view, the cut surface is marked with thin, evenly spaced lines called A) cutting-plane lines. B) section lining. C) viewing-plane lines. D) section-plane lines. Quiz 5 1 To display the Layer Properties Manager, enter the A) PROPERTIES command. B) MANAGE command. C) STATUS command. D) LAYER command. 2 Layers are commonly used in AutoCAD LT® to A) scale objects. B) display or hide various components or dimensions. C) dimension objects automatically. D) change the size of the drawing area. 3 The Layer Properties Manager allows you to do all of the following except A) create and name new layers. B) delete layers. C) import layers from other drawings. D) make a specific layer current. 4 To display the Properties window, A) press the F5 key. B) pick the Properties button on the Standard toolbar. C) enter the Properties option of the LAYER command. D) pick Show All from the Properties drop-down menu. 5 The arrangement of views in a multiview drawing is known as the drawing A) layout. B) view resolution. C) scale. D) projection. 6 In AutoCAD LT®, model space is the space in which A) the drawing is scaled for plotting. B) almost all drawing work is accomplished. C) the drawing is placed on a border and title block. D) paper-space objects are edited. 7 When you use one of AutoCAD LT®'s predefined drawing templates to create a new drawing, all of the following occur except A) the drawing opens initially in paper space. B) an appropriate border and title block are shown in paper space. C) the drawing limits are changed according to paper size. D) the correct paper size is shown in paper space. 8 All of the following are common standard scales for mechanical drawings except A) 1:1. B) 1:2. C) 1:3. D) 1:4. 9 To change the scale of linetypes so that they are visible in the drawing, use the A) LTSCALE command. B) SCALE command. C) LINETYPE command. D) LINEWIDTH command. 10 When you place a viewport in paper space, AutoCAD LT® automatically sets the drawing scale to A) 1:1. B) 1:2. C) 2.1. D) an arbitrary scale so that the drawing fits on the paper.

Journal - Week 6

Monday March 28- Worked on CAD drawing 2.4 and did quizzes 1-5 from chapter 5

Tuesday March 29- Started on a drawing of a clock in Autocad and started working on a presentation about technical drawings and techniques in microsoft powerpoint

Wednesday March 30- Continued working on the presentation in microsoft powerpoint about technical drawings and techniques and started working on a technology logo in photoshop CS5

Thursday March 31- Finished the technology logo in photoshop CS5 and continued working on the presentation in microsoft power point about technical drawings and techniques

Friday April 1- Started part 1 of a test on CAD. Continued working on the presentation in microsoft power point about technical drawings and techniques

Transformer Drawing

Journal - Week 5

Monday March 21- Played a game online called cargo bridge and it helped us learn about bridges and how they work. My highscore was 3089. Tuesday March 22- Started working on a new set of drawings Wednesday March 23- (Absent) Thursday March 24- Started working on a CAD drawing of a transformer Friday March 25- Finished the CAD drawing of the transformer and started on Cad drawing 2.4

Journal - Week 4

Monday March 7- Did a multiple choice test on CAD basics and commands. Continued with drawing 2.7
Tuesday March 8- Started doing sketches for engioneering
Wednesday March 9- Did isometric and object sketches
Thursday March 10- Finished drawing 2.7 and started drawing 2.4

Orthographic Drawing

CAD basic quiz

CAD - terms and concepts
1. A
2. A
3. D
4. A
5. A
6. C
7. A
8. D
9. C
CAD - 2D commands
1. D
2. D
3. D
4. B
5. B
6. C
7. D
8. A
9. A
10. C
11. D
12. A
13. A
14. A

Journal - Week 3

Monday February 28- Started working on an orthographic drawing
Tuesday March 1- Continued with the orthographic drawing
Wednesday March 2- Did a basic test review on CAD
Thursday March 3- Did an online test on CAD
Friday March 4- Started working on a new drawing. I learned about a new command called array

Chapter 1 - Quiz 6

1
The command that displays the Drafting Settings dialog box is:
A)
DTEXT.
B)
POLAR.
C)
DSETTINGS.
D)
PDMODE.

2
The invisible grid that restricts the location of the cursor to predefined increments is called:
A)
snap.
B)
grid.
C)
object snap.
D)
polar tracking.

3
Pressing the F9 key is the equivalent of:
A)
picking the POLAR button on the status bar.
B)
entering the OSNAP command.
C)
picking the SNAP button on the status bar.
D)
entering the DSETTINGS command.

4
The regular pattern of visible dots that appears on the screen to help you estimate distances is called a(n):
A)
snap.
B)
grid.
C)
object snap.
D)
tracking feature.

5
AutoCAD LT®'s object snap feature allows you to:
A)
restrict the cursor to a user-definable snap grid.
B)
snap to certain key points on existing geometry.
C)
restrict the cursor to horizontal and vertical movement.
D)
align existing geometry along snap vectors.

6
The tool that displays temporary alignment paths defined by user-specified angles is known as:
A)
snap.
B)
grid.
C)
object snap.
D)
polar tracking.

7
To snap to the right end of an arc, you would use the:
A)
Endpoint object snap.
B)
Midpoint object snap.
C)
Center object snap.
D)
Extension object snap.

8
To snap to the center of a circle, you would use the:
A)
Midpoint object snap.
B)
Center object snap.
C)
Quadrant object snap.
D)
Node object snap.

9
One method of turning on polar tracking is to:
A)
press the F10 key.
B)
enter the POLAR command at the Command line.
C)
pick the OTRACK button in the status bar.
D)
enter the TRACK command at the Command line.

10
An object snap that works automatically as you create a drawing is called a(n):
A)
background object snap.
B)
automatic object snap.
C)
built-in object snap.
D)
running object snap.

Chapter 1 - Quiz 5

1
The acronym ASME stands for:
A)
Association for Standards in Mechanical Engineering.
B)
American Society of Mechanical Engineers.
C)
American Society of Manufacturing Engineers.
D)
Association for Standards in Manufacturing Engineerng.

2
Decimal-inch drawing sheets range in size from:
A)
A to C.
B)
A to D.
C)
A to E.
D)
A to F.

3
Metric drawing sheets range in size from:
A)
A0 to A6.
B)
A0 to A5.
C)
A0 to A4.
D)
A0 to A3.

4
An A-size drawing sheet is:
A)
8.50 × 11 inches.
B)
8.00 × 10 inches.
C)
1189 × 841 millimeters.
D)
297 × 210 millimeters.

5
The part of the drawing sheet that lists drawing changes is the:
A)
correction block.
B)
revision block.
C)
change block.
D)
title block.

6
ECO stands for:
A)
Error Change Order.
B)
Engineering Correction Order.
C)
Error Correction Order.
D)
Engineering Change Order.

7
ECN stands for:
A)
Engineering Change Notice.
B)
Engineering Correction Notification.
C)
Engineering Notification of Correction.
D)
Engineering Notification of Change.

8
U.S. customary (decimal inch) drafting standards are developed and distributed by:
A)
AWS.
B)
ASME.
C)
SAE.
D)
ISO.

9
A drafter who uses traditional drafting methods is often called a:
A)
designer.
B)
tracer.
C)
board drafter.
D)
planner.

10
The part of the drawing sheet that includes the drawing scale is the:
A)
materials list.
B)
revision block.
C)
drawing specification block.
D)
title block.

Chapter 1 - Quiz 1

1
The acronym CADD stands for:
A)
computer-assisted drawing and design.
B)
computer-aided drafting and design.
C)
computer-aided design and drafting.
D)
computer-assisted design and drafting.

2
The acronym CAD stands for:
A)
computer-aided design.
B)
computer-assisted design.
C)
computer-assisted drafting.
D)
computer-aided design and drafting.

3
Release 1.0 (Release 1) of AutoCAD LT® was developed and released in:
A)
1988
B)
1991
C)
1993
D)
1996

4
The minimum amount of RAM recommended by Autodesk to run the most recent version of AutoCAD LT® is:
A)
200 MB.
B)
256 MB.
C)
236 MB.
D)
300 MB.

5
The text Hands-On AutoCAD LT® is based specifically on AutoCAD LT® Version:
A)
2000
B)
2000i.
C)
2002
D)
2004

6
AutoCAD Mechanical® was designed and developed for:
A)
2D mechanical engineering, design, and drafting.
B)
the mechanical and electrical design of industrial machinery.
C)
the engineering design of subdivision, site, road, sewer, and drainage projects.
D)
the creation and maintenance of maps.

7
Autodesk Inventor® was designed and developed for:
A)
2D mechanical engineering, design, and drafting.
B)
the mechanical and electrical design of industrial machinery.
C)
the engineering design of subdivision, site, road, sewer, and drainage projects.
D)
the creation and maintenance of maps.

8
Drafting dates back to pictorial images etched into:
A)
concrete slabs.
B)
cast iron pads.
C)
stone tablets.
D)
ceramic plates.

9
Early pictorial drawings later evolved into more highly detailed images called:
A)
technical drawings.
B)
blueprints.
C)
whiteprints.
D)
technical sketches.

10
Technical drawings are:
A)
generally pictorial in nature.
B)
usually freehand sketches.
C)
used for design purposes only.
D)
drawn to an exact set of rules using specific techniques.

Journal - Week 2

Monday February 21- No school ( Family Day )
Tuesday Febraury 22- Worked on more CAD drawings
Wednesday Febraury 23- Worked on more CAD drawings
Thursday February 24- Absent (skills/trades trip)
Friday Febraury 25- Did online tests numbers 1,5, and 6 from chapter 1

CAD Drawing 2.1

CAD Drawing 1.7

Views of my house

All 3 views are of the outside of the house. The first view is of the back, the second view is of the top and the third one is of the front

Journal - Week 1

Monday February 14- Worked on the interior and exterior of the house project
Tuesday February 15- Finished the house and posted pictures of it on blog
Wednesday February 16- Started and completed CAD drawing 1.7
Thursday February 17- Started and completed CAD drawing 2.1 and started CAD drawing 2.9
Friday February 18- Completed CAD drawing 2.9

First Drawing of 2011