computer graphic technology program assessment · levels of outcomes outcomes can be identified at...

Computer Graphic Technology

Program Assessment

John R. BordeauProgram Coordinator/Professor

Levels of Outcomes

Outcomes can be identified at many organizational levels:

• Program (Computer Graphic Technology)

• Course (Architectural Design with Revit)

• Class Lesson (Week 7, floors, roofs, ceilings)

• Program outcomes are the focus for program assessment

Salads to Outcomes

Program outcomes characterize “the salad” – what individual

ingredients make once they are prepared and integrated

• Students’ cumulative learning across courses at the end of the

program

Course outcomes identify “the ingredients” that make up the program

• Incremental knowledge and skills that students develop bit by bit

throughout the program

• Aligned with – but typically narrower than – program outcomes

Another Analogy: Map Scale

Zoom out for

program

outcomes to

get the big

picture, i.e.,

a view of how

all of the

parts fit

together.

Map Scale

Zoom in for

course

outcomes to

get a view of

the individual

parts that

make up the

whole.

Program Outcomes

Upon completion of the A.A.S. degree or advanced certificate, COGT

students will be able to:

Possess a skillset of digital tools used in Adobe graphic design

software.

Possess a skillset of digital tools used in Autodesk design technology

software.

Exhibit evidence of visual presentation skills.

Show the ability to conceptualize design solutions.

Course Outcomes

1. Use Autodesk AutoCAD software to create 2D

technical drawings (i.e. blueprints).

2. Use Autodesk AutoCAD software to create

advanced 2D technical drawings with blocks,

annotative objects, external references, and plotted

layouts and other various drafting concepts.

3. Use Autodesk AutoCAD software to create and

design a 3D technical drawing with solid modeling

techniques.

4. Create and design a product in Autodesk Fusion

360 and 3D print the object using an open source Flex

Mendel 3D printer.

5. Create a 3D modeled realistic scene and animate

the scene in Autodesk 3ds Max.

6. Create and design product drawings using a

parametric modeler such as Autodesk Inventor

software. Assembly drawings will be created using

part drawings and presented in renderings,

aminations, or engineering simulation tools.

Course Outcomes

7. Create, design and engineer a building model

using Building Information Model (BIM) software such

as Autodesk Revit. A construction document set of

drawings will be created. The building model will be

presented in renderings or animation.

8. Create and design sculpted detailed organic

models using Autodesk Mudbox. The sculpted model

will be 3D painted. The scene with the model will be

presented with a rendering or animation.

9. Use Unity software to design and create a basic

video game from game concept through prototyping

and testing.

10. Produce creative images for the computer

graphic industry using various digital photographic

techniques.

11. Create and design a website using CSS, HTML

and Adobe Dreamweaver.

12. Design and build a comprehensive mock-up of a

retail package using Adobe Dimension and Adobe

Illustrator.

Course Outcomes

13. Create a poster by generating and manipulating

of photographic and graphic images using Adobe

Photoshop.

14. Create a 2D animation using Abode Animate

and/or After Effects.

15. Design and create a corporate identity by

applying relationships between type, illustration, and

photographs in a layout using Adobe InDesign

software.

16. Design and create a corporate logo for print

and/or web publications using Adobe Illustrator.


Academic Program Example

Program Mission Statement: Computer Graphic

Technology (COGT) is a unique program that prepares students for a wide variety of computer graphics-related jobs. Computer graphics training is

utilized in nearly every industry in the world, and typical professional titles include: graphic designer, digital animator, technical illustrator, multimedia developer, web developer, computer game developer, product designer,

drafter, and others.

Program Outcome 1: Possess a skillset of digital tools

used in Adobe graphic design software.

Course Outcome:

Create and design a website using CSS, HTML

and Adobe Dreamweaver.

COGT1123 Introduction to Web Design

Program Outcome 2: Possess a skillset of

digital tools used in Autodesk design technology software

Course Outcome: Use Autodesk AutoCAD software to create 2D

technical drawings (i.e. blueprints).

COGT2114 AutoCAD I

Course Outcome: Create, design and engineer a building model using Building

Information Model (BIM) software such as Autodesk

Revit. A construction document set of drawings will be created.

The building model will be presented in renderings or

animation.

COGT2414 Architectural Design with Revit


Academic Program Example – Cont.

Course Outcome: Use Autodesk AutoCAD software to create 2D technical drawings (i.e. blueprints).

COGT2114 AutoCAD I

Upon completion of this course, students will:

* Describe the AutoCAD user interface.

* Use the AutoCAD user interface, keyboard, cursor pointing device, and monitor to put drawing information into a computer aided drawing file.

* Apply several point entry methods for drawing lines and polylines.

* Create two-dimensional drawings by drawing lines, basic objects, and geometric constructions.

* Create and manage layers and layer properties in various industry drawings.

* Plot drawings to scale.

* Use object snaps to increase accuracy of a drawing.

* Create multiview drawings.

* Use object snaps to increase accuracy of a drawing.

* Create multiview drawings.

* Create Mutliline text (paragraphs) on drawings.

* Create Single-Line text on drawing.

* Use modifying tools to edit two-dimensional drawings.

* Use arranging and patterning tools to edit and create objects.

* Create section views.

* Create industry standard dimension styles.

* Create linear and angular dimensions on drawings.

* Create dimensions on features such as circle and arcs.

* Create, read and interpret technical drawings (i.e. blueprints).

Course

Objectives:



Course Objective: Create two-dimensional drawings by drawing lines, basic objects, and geometric constructions.

Weekly Objectives:

* Draw true spline curves using the SPLINE tool

* Draw circles using the CIRCLE tool options

* Draw arcs using the ARC tool options

* Use the ELLIPSE tool to draw ellipses and elliptical arcs

* Use the PLINE tool to draw polylines

* Draw polygons using the POLYGON tool

* Draw rectangles using the RECTANGLE tool options

* Draw donuts and filled circles using the DONUT tool

Week 5

Objectives:



Course Objective: Create multiview drawings.

Weekly Objectives:

* Create an technical sketch

* Use the OFFSET tool to draw parallel objects

* Place construction points

* Mark points on objects at equal lengths using the DIVIDE tool

* Mark points on objects at designated increments using the MEASURE tool

* Create construction lines using the XLINE and RAY tools

* Create orthographic multiview drawings

Week 8

Objectives:



Course Objective: Use arranging and patterning tools to edit and create objects.

Weekly Objectives:

* Relocate objects using the MOVE tool

* Change the angular positions of objects using the ROTATE tool

* Use the ALIGN tool to simultaneously move and rotate objects

* Make copies of objects using the COPY tool

* Draw mirror images of objects using the MIRROR tool

* Use the REVERSE tool

* Create patterns of objects using the ARRAY tool

Week 11

Objectives:



Course Objective: Create dimensions on features such as circle and arcs.

Weekly Objectives:

* Dimension circles and arcs

* Create and use multileader styles

* Draw leaders using the MLEADER tool

* Apply alternate dimensioning practices

* Dimension using the DIMORDINATE tool

* Mark up a drawing using the REVCLOUD and WIPEOUT tools

Week 15

Objectives:

Potential Assessments

Study Questions

Weekly chapter reading & video watching verification. Due before class.

Exercises Weekly chapter reading & video watching practical AutoCAD drawing verification

Quizzes Weekly 11-15 minutes in length, 50% of quizzes are practical

Labs Weekly technical 2D drawings created. Two to four drawings per week.

Tests Three per semester. They do include practical problem that must be done with AutoCAD.

Final Project Based on the student’s academic major.

Final Exam Comprehensive exam.

Assessments: Study QuestionsWeekly chapter reading & video watching verification. Due before class.

COGT2114 AutoCAD I

Introduction to AutoCAD/Drawings and Templates, Due by End of First Class

Introduction to Drawing and Editing, Due Week 2 – Monday 5:15 PM

Basic Object Commands, Due Week 3 – Monday 5:15 PM

Line Standards and Layers, Due Week 4 - Thursday 12:00 PM

View Tools and Basic Plotting, Due Week 5 – Monday 5:15 PM

Object Snap and AutoTrack, Due Week 6 – Monday 5:15 PM

Construction Tools and Multiview Drawings, Due Week 7 – Monday 5:15 PM

Text Styles and Multiline Text, Due Week 8 – Monday 5:15 PM

Single-Line Text and Additional Text Tools, Due Week 9 – Monday 5:15 PM

Modify Objects, Due Week 10 – Monday 5:15 PM

Arranging and Patterning Objects, Due Week 11 – Monday 5:15 PM

Section Views and Graphic Patterns, Due Week 12 – Monday 5:15 PM

Dimension Standards and Styles, Due Week 13 – Monday 5:15 PM

Linear and Angular Dimensioning, Due Week 14 – Monday 5:15 PM

Dimensioning Features and Alternate Practices, Due Week 15 – Monday 5:15 PM

Assessments: Exercises, (Practical drawing)Weekly chapter reading & video watching verification. Due before class.

COGT2114 AutoCAD I

Basic Object Commands, Due Week 3 – Monday 5:15 PM


View Tools and Basic Plotting, Due Week 5 – Monday 5:15 PM

Object Snap and AutoTrack, Due Week 6 – Monday 5:15 PM

Construction Tools and Multiview Drawings, Due Week 7 – Monday 5:15 PM

Text Styles and Multiline Text, Due Week 8 – Monday 5:15 PM

Single-Line Text and Additional Text Tools, Due Week 9 – Monday 5:15 PM

Modify Objects, Due Week 10 – Monday 5:15 PM

Arranging and Patterning Objects, Due Week 11 – Monday 5:15 PM

Section Views and Graphic Patterns, Due Week 12 – Monday 5:15 PM

Dimension Standards and Styles, Due Week 13 – Monday 5:15 PM

Linear and Angular Dimensioning, Due Week 14 – Monday 5:15 PM

Dimensioning Features and Alternate Practices, Due Week 15 – Monday 5:15 PM

Assessments: QuizzesIn-Class, 11-15 minutes. 50% have practical questions that must use AutoCAD to answer

COGT2114 AutoCAD I

Introduction to AutoCAD/Drawings and Templates, Week 2

Introduction to Drawing and Editing, Week 3

Basic Object Commands, Week 4

Line Standards and Layers, Week 6

View Tools and Basic Plotting, Week 7

Object Snap and AutoTrack, Week 8

Construction Tools and Multiview Drawings, Week 9

Modify Objects, Week 11

Arranging and Patterning Objects, Week 12

Section Views and Graphic Patterns, Week 13

Dimension Standards and Styles, Week 14

Linear and Angular Dimensioning, Due Week 15

Assessments: LabsDrawing 2D Technical Drawings in Class

COGT2114 AutoCAD I

Introduction to Drawing and Editing, Due Week 2 – Thursday 12:00 PM

Basic Object Commands, Due Week 3 – Thursday 12:00 PM


View Tools and Basic Plotting, Due Week 5 – Thursday 12:00 PM

Object Snap and AutoTrack, Due Week 6 – Thursday 12:00 PM

Construction Tools and Multiview Drawings, Due Week 7 – Thursday 12:00 PM

Text Styles and Multiline Text, Due Week 8 – Thursday 12:00 PM

Single-Line Text and Additional Text Tools, Due Week 9 – Thursday 12:00 PM

Modify Objects, Due Week 10 – Thursday 12:00 PM

Arranging and Patterning Objects, Due Week 11 – Thursday 12:00 PM

Section Views and Graphic Patterns, Due Week 12 – Thursday 12:00 PM

Dimension Standards and Styles, Due Week 13 – Thursday 12:00 PM

Linear and Angular Dimensioning, Due Week 14 – Thursday 12:00 PM

Lab2: Basic Object Commands

(1 of 3 drawing problems)

Assessments: TestsIn-Class, 25-35 minutes. 50 questions, some practical questions which require AutoCAD use.

COGT2114 AutoCAD I

Test 1, Week 5

Test 2, Week 10

Test 3, Week 16

Assessments: Final ProjectThree weeks, academic program based

COGT2114 AutoCAD I

Air Conditioning


Computer Graphic Technology - Design Technology Specialization

Computer Graphic Technology - Graphic Design Specialization

Construction Management

Undecided

Electrical Technology

Welding Technology

Millwright

Machine Tool Technology

Automotive Technology

Manufacturing Technology

Assessments: Final ExamIn-Class, 120 minutes. 100 questions, some practical questions which require AutoCAD use.

COGT2114 AutoCAD I

True-False

Multiple Choice

Matching

Visual

Practical

ICCB – Dual Credit

ICCB Dual Credit Administrative Rules - Section

1501.507 (b) 11

Course Requirements. The course outlines utilized for these courses

shall be the same as for courses offered on campus and at other off

campus sites and shall contain the content articulated with colleges and

universities in the State. Course prerequisites, descriptions, outlines,

requirements, learning outcomes and methods of evaluating students

shall be the same as for on-campus offerings.

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