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Tentative Schedule

Total questions: 94

Worksheet time: 47mins

Name
Class
Date
1.

According to the Tentative Schedule, when are Onshape Certificates due?

a)

September 8th

b)

September 15th

c)

September 19th

d)

September 29th

2.

According to the Tentative Schedule, what is the lecture topic for Week 5?

a)

Good design

b)

Intro to microcontrollers

c)

Teamwork

d)

Presentations

3.

According to the Tentative Schedule, The C-Programming Quiz is due on ________.

a)

Friday, September 19th

b)

Monday, September 15th

c)

Wednesday, September 17th

d)

Thursday, September 18th

4.

According to the Tentative Schedule, what is the lab topic for Week 3?

a)

Teamwork

b)

Identify objectives, constraints, and measures

c)

Design

d)

Presentation

5.

According to the Tentative Schedule, which week is designated as Fall Reading Week with no lecture, lab, or tutorial?

a)

Week 4

b)

Week 9

c)

Week 10

d)

Week 14

6.

According to the Tentative Schedule, what is the tutorial topic for Week 10?

a)

No Tutorial

b)

MIDTERM

c)

Onshape

d)

Microcontrollers

7.

According to the Tentative Schedule, what is the last day of classes?

a)

December 1st

b)

December 8th

c)

November 24th

d)

October 27th

8.

According to the Tentative Schedule, what is the lecture topic for Week 12?

a)

Empathy and research

b)

Design thinking and human centred design

c)

Presentations

d)

Good design

9.

One of the topics covered today is ________ Basics.

a)

CAD

b)

Photoshop

c)

Excel

d)

Python

10.

The process of analyzing a product to understand its design and function is called ________ Engineering.

a)

Reverse

b)

Forward

c)

Concurrent

d)

Genetic

11.

The topic that involves putting together different parts in a 3D model is called CAD ________.

a)

Assemblies

b)

Drawings

c)

Sketches

d)

Dimensions

12.

The time allocated for hands-on practice or group activities is called ________ Time.

a)

Workshop

b)

Lecture

c)

Break

d)

Assessment

13.

When is the extra Onshape support tutorial available this week?

a)

Wednesday 2:00-3:00pm

b)

Thursday 3:30-5:20pm

c)

Friday 1:00-2:00pm

d)

Monday 4:00-5:00pm

14.

What does CAD stand for in the context of modern engineering?

a)

Computer Aided Design

b)

Centralized Analysis Device

c)

Controlled Automation Development

d)

Creative Architecture Drafting

15.

In the past, CAD referred to Computer Aided Drafting or Drawing, which mainly involved which of the following?

a)

Solids

b)

Lines and text

c)

Interactive editing

d)

Materials inclusion

16.

Today, CAD is primarily associated with which of the following?

a)

Drafting

b)

Drawing

c)

Design

d)

Text editing

17.

Which of the following is NOT a feature of modern CAD?

a)

Interactive editing & visualisation

b)

Inclusion of materials, other functional data

c)

Only lines and text

d)

Integrated analysis

18.

List any one feature of modern CAD mentioned in the image.

a)

Interactive editing & visualisation (other acceptable answers: Inclusion of materials, other functional data; Integrated analysis)

b)

Manual drafting only

c)

Limited to 2D drawings

d)

No support for visualization

19.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: Which of the following is a purpose of CAD?

a)

Design Documentation

b)

Cooking

c)

Painting

d)

Gardening

20.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: Which of the following is NOT enabled by CAD?

a)

Visualisation

b)

Analysis / Simulation

c)

Fabrication

d)

Singing

21.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: CAD enables _________.

a)

Communication

b)

Decoration

c)

Isolation

d)

Complication

22.

No matter the engineering discipline, CAD is creating machine interpretable models to enable:

a)

True

b)

False

23.

One way CAD helps in Analysis / Simulation is:

a)

By providing tools for virtual testing and evaluation of designs

b)

By only creating 2D sketches without analysis capabilities

c)

By limiting the ability to visualize models in 3D

d)

By preventing modifications to design parameters

24.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: Match the following CAD purposes with their descriptions:

a)

Fabrication

1.

Creating physical models

b)

Visualisation

2.

Viewing models in 3D

c)

Communication

3.

Sharing design information

25.

Which of the following is enabled by CAD?

a)

Design Documentation

b)

Visualisation

c)

Analysis / Simulation

d)

All of the above

26.

No matter the engineering discipline, CAD is creating machine interpretable models to enable

a)

True

b)

False

27.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: Fabrication is NOT enabled by CAD.

a)

True

b)

False

28.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: Which of the following is NOT listed as an enabled function of CAD?

a)

A) Communication

b)

B) Collaboration

c)

C) Cooking

d)

D) Analysis / Simulation

29.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: CAD enables ________ to help engineers visualize their designs.

a)

Visualisation

b)

Calculation

c)

Manufacturing

d)

Programming

30.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: CAD helps with ________ and simulation for engineering analysis.

a)

Analysis

b)

Decoration

c)

Entertainment

d)

Cooking

31.

Why is 3D CAD important in engineering disciplines?

a)

It creates machine interpretable models to enable various functions

b)

It is only used for drawing

c)

It is used for manual calculations

d)

It is not useful in engineering

32.

Which of the following is NOT listed as a function enabled by 3D CAD in the image?

a)

Design Documentation

b)

Visualisation

c)

Cooking

d)

Analysis / Simulation

33.

3D CAD enables ________, which helps engineers see models before they are built.

a)

Visualisation

b)

Fabrication

c)

Simulation

d)

Calculation

34.

Communication is one of the functions enabled by 3D CAD according to the image.

a)

True

b)

False

35.

Which function of 3D CAD involves creating detailed instructions for manufacturing parts?

a)

Fabrication

b)

Collaboration

c)

Simulation

d)

Cooking

36.

3D CAD helps in ________ and working together on engineering projects.

a)

Collaboration

b)

Decoration

c)

Isolation

d)

Destruction

37.

Why is 3D CAD important in engineering disciplines?

a)

For creating machine interpretable models to enable Design Documentation

b)

For creating machine interpretable models to enable Cooking

c)

For creating machine interpretable models to enable Gardening

d)

For creating machine interpretable models to enable Painting

38.

Which of the following is NOT a purpose of 3D CAD?

a)

Visualisation

b)

Analysis / Simulation

c)

Fabrication

d)

Singing

39.

3D CAD enables machine interpretable models for ________.

a)

Communication

b)

Decoration

c)

Entertainment

d)

Storage

40.

One of the uses of 3D CAD in engineering is ________.

a)

Collaboration

b)

Cooking

c)

Singing

d)

Painting

41.

Which of the following is enabled by 3D CAD?

a)

Analysis / Simulation

b)

Cooking

c)

Dancing

d)

Singing

42.

CAD is creating machine interpretable models to enable ________.

a)

Fabrication

b)

Decoration

c)

Animation

d)

Communication

43.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: ________ Documentation.

a)

Design

b)

Financial

c)

Legal

d)

Marketing

44.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: ________.

a)

Visualisation

b)

Data Encryption

c)

Wireless Communication

d)

Thermal Insulation

45.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: Analysis / ________.

a)

Simulation

b)

Decoration

c)

Translation

d)

Replication

46.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: ________.

a)

Fabrication

b)

Decoration

c)

Simulation

d)

Communication

47.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: ________.

a)

Communication

b)

Decoration

c)

Entertainment

d)

Restriction

48.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: ________.

a)

Collaboration

b)

Isolation

c)

Competition

d)

Segregation

49.

According to the passage, what is one of the purposes of using 3D CAD in engineering disciplines?

a)

Cooking

b)

Design Documentation

c)

Gardening

d)

Painting

50.

3D CAD enables machine interpretable models for _________?

a)

Fabrication

b)

Decoration

c)

Entertainment

d)

Translation

51.

Which of the following is NOT listed as a benefit of 3D CAD in the passage?

a)

Visualisation

b)

Analysis / Simulation

c)

Communication

d)

Cooking

52.

Collaboration is mentioned as one of the uses of 3D CAD in the passage.

a)

True

b)

False

53.

Which process is highlighted in bold as a key use of 3D CAD?

a)

Communication

b)

Fabrication

c)

Gardening

d)

Painting

54.

List any two uses of 3D CAD mentioned in the passage.

a)

Design Documentation, Visualisation (other acceptable answers: Analysis/Simulation, Fabrication, Communication, Collaboration)

b)

Gaming, Animation

c)

Weather Forecasting, Agriculture Planning

d)

Medical Diagnosis, Cooking

55.

No matter the engineering discipline, CAD is creating machine interpretable models to enable: Which of the following is NOT listed as an application of 3D CAD?

a)

Design Documentation

b)

Visualisation

c)

Cooking

d)

Communication

56.

No matter the engineering discipline, CAD is creating machine interpretable models to enable _________.

a)

Design Documentation

b)

Financial Analysis

c)

Market Research

d)

Human Resource Management

57.

No matter the engineering discipline, CAD is creating machine interpretable models to enable _________.

a)

Visualisation

b)

Manual drafting

c)

Physical prototyping

d)

Hand sketching

58.

No matter the engineering discipline, CAD is creating machine interpretable models to enable _________.

a)

Analysis / Simulation

b)

Manual Drafting

c)

Hand Sketching

d)

Physical Prototyping

59.

No matter the engineering discipline, CAD is creating machine interpretable models to enable _________.

a)

Fabrication

b)

Decoration

c)

Communication

d)

Simulation

60.

No matter the engineering discipline, CAD is creating machine interpretable models to enable _________.

a)

Communication

b)

Decoration

c)

Isolation

d)

Complication

61.

No matter the engineering discipline, CAD is creating machine interpretable models to enable _________.

a)

Collaboration

b)

Decoration

c)

Isolation

d)

Destruction

62.

Which of the following is enabled by 3D CAD?

a)

Design Documentation

b)

Cooking

c)

Painting

d)

Gardening

63.

Which of the following is a purpose of 3D CAD?

a)

Visualisation

b)

Swimming

c)

Dancing

d)

Singing

64.

3D CAD is used for ________ / Simulation.

a)

Analysis

b)

Design

c)

Manufacturing

d)

Documentation

65.

Which of the following is NOT enabled by 3D CAD?

a)

Fabrication

b)

Communication

c)

Collaboration

d)

Baking

66.

3D CAD helps in ________ between engineers by creating machine interpretable models.

a)

Communication

b)

Competition

c)

Isolation

d)

Confusion

67.
a)

True

b)

False

68.

CAD is creating machine interpretable models to enable ________ Documentation.

a)

Design

b)

Financial

c)

Legal

d)

Medical

69.

CAD is creating machine interpretable models to enable ________. (Hint: Seeing the model before it is built)

a)

Visualisation

b)

Manufacturing

c)

Programming

d)

Simulation

70.

CAD is creating machine interpretable models to enable Analysis / ________.

a)

Simulation

b)

Calculation

c)

Design

d)

Measurement

71.

CAD is creating machine interpretable models to enable ________.

a)

Fabrication

b)

Decoration

c)

Animation

d)

Communication

72.

CAD is creating machine interpretable models to enable ________.

a)

Communication

b)

Decoration

c)

Destruction

d)

Confusion

73.

CAD is creating machine interpretable models to enable ________. (Hint: Working together)

a)

Collaboration

b)

Isolation

c)

Competition

d)

Segregation

74.

3D CAD enables machine interpretable models for _________.

a)

Design Documentation

b)

Data Encryption

c)

Network Security

d)

Financial Auditing

75.

3D CAD enables machine interpretable models for _________.

a)

Visualisation

b)

Cooking

c)

Singing

d)

Dancing

76.

3D CAD enables machine interpretable models for _________.

a)

Analysis / Simulation

b)

Entertainment / Gaming

c)

Cooking / Recipes

d)

Music / Composition

77.

3D CAD enables machine interpretable models for _________.

a)

Fabrication

b)

Decoration

c)

Animation

d)

Translation

78.

3D CAD enables machine interpretable models for _________.

a)

Communication

b)

Decoration

c)

Entertainment

d)

Transportation

79.

3D CAD enables machine interpretable models for _________.

a)

Collaboration

b)

Decoration

c)

Entertainment

d)

Relaxation

80.

Source of many technical problems are interface issues between which of the following?

a)

Parts

b)

Software functions

c)

Team responsibilities

d)

All of the above

81.

If you can more clearly define and communicate interfaces, your team is more likely to succeed.

a)

True

b)

False

82.

3D modelling is an excellent method of precise, unambiguous communication.

a)

True

b)

False

83.

Which projection standard is most common in Europe?

a)

First Angle

b)

Third Angle

84.

Which projection standard is most common in North America?

a)

First Angle

b)

Third Angle

85.

The first thing an Engineer will look for on a drawing is one of these _________.

a)

symbols

b)

colors

c)

numbers

d)

titles

86.

Match the following orthographic views with their correct names: (Refer to the diagram for matching)

a)

Top View

1.

1-a

b)

Isometric View

2.

2-b

c)

Front View

3.

3-c

d)

Right Side View

4.

4-d

e)

Bottom View

5.

5-e

87.

Either of these are accepted anywhere?

a)

True

b)

False

88.

Which projection method is represented by the symbol showing a truncated cone with the smaller circle on the left?

a)

First-Angle Projection

b)

Third-Angle Projection

89.

Which projection method is commonly used in Canada?

a)

First-Angle Projection

b)

Third-Angle Projection

90.

In the first-angle projection, where is the top view placed relative to the front view?

a)

Below the front view

b)

Above the front view

c)

To the right of the front view

d)

To the left of the front view

91.

In the third-angle projection, where is the right side view placed relative to the front view?

a)

To the right of the front view

b)

To the left of the front view

c)

Above the front view

d)

Below the front view

92.

The symbol with the larger circle on the left and the smaller circle on the right represents which projection method?

a)

First-Angle Projection

b)

Third-Angle Projection

93.

Hidden lines show internal / obscured features. Does the hole go through?

a)

True

b)

False

94.

Every edge appears on how many views in an orthographic projection?

a)

One view

b)

Two views

c)

Three views

d)

Four views

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