![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEju_V628l0v98i1WZ3r2ONfz6M15N9P6WOykZiQJwo1dsEoCwRQvdGmLyR9aykJGM6IPe2LWtDiAySDtipGf0UUSFcVmPPUOoPXtRg8r8E6WOTKFIUAYTcWJy_bAlj47TzW8HxqO8KB7FY/s320/Roller+Coaster+(3).png)
Friday, March 26, 2010
Thursday, March 25, 2010
House requirements
• 1 living room 145 ft2 – 600 ft
• 1 dining room 100 ft2 – 225 ft2
• 1 kitchen 100 ft2 – 400 ft2
• 2 or 3 bedrooms 180 ft2 – 510 ft2 total for all bedrooms
• 1 bathroom 50 ft2 – 100 ft2
• 1 laundry room 60 ft2 – 100 ft2
• 1 dining room 100 ft2 – 225 ft2
• 1 kitchen 100 ft2 – 400 ft2
• 2 or 3 bedrooms 180 ft2 – 510 ft2 total for all bedrooms
• 1 bathroom 50 ft2 – 100 ft2
• 1 laundry room 60 ft2 – 100 ft2
Wednesday, March 24, 2010
Career and architecture
Architectural Careers
-Beginner Drafter - Entry level postion to gain experience and skill
-Experienced Drafter - Expected to make construction decisions based on initial design
-Positions are available with architects, engineers, and designers
Designer- may work under an architect and as a coordinator of many drafters
Architect- must be licensed to practice
Engineer- work is more technical and requires high level of math and science
Illustrator- combines artistic and architectural skills to produce drawings
Building inspector- checks plans to ensure codes and laws have been followed
-Beginner Drafter - Entry level postion to gain experience and skill
-Experienced Drafter - Expected to make construction decisions based on initial design
-Positions are available with architects, engineers, and designers
Designer- may work under an architect and as a coordinator of many drafters
Architect- must be licensed to practice
Engineer- work is more technical and requires high level of math and science
Illustrator- combines artistic and architectural skills to produce drawings
Building inspector- checks plans to ensure codes and laws have been followed
The Engineering Design Process
Elements of the design process:
-Problem identification
-Research phase
-Requirements specification
-Concept generation
-Design phase
-Prototyping phase
-System integration
-Maintenance phase
What is the problem?
1. Collect information
2. Interpret information
3. Organize needs hierarchy
4. Determine relative importance of needs
5. Review outcomes and process
Requirements specifications:
-Identifies requirements design must satisfy for success.
1.Marketing requirements
- custom needs
2.Engineering requirements
- applies to technical aspects
- performance requirements
Example engineering requirements:
- Performance and functionality
- Reliability
- Energy
-Problem identification
-Research phase
-Requirements specification
-Concept generation
-Design phase
-Prototyping phase
-System integration
-Maintenance phase
What is the problem?
1. Collect information
2. Interpret information
3. Organize needs hierarchy
4. Determine relative importance of needs
5. Review outcomes and process
Requirements specifications:
-Identifies requirements design must satisfy for success.
1.Marketing requirements
- custom needs
2.Engineering requirements
- applies to technical aspects
- performance requirements
Example engineering requirements:
- Performance and functionality
- Reliability
- Energy
Tuesday, March 23, 2010
Monday, March 8, 2010
Safety
- Audio devices
- Cable use
- Computer and electric devices
- Ergonomics and hardware
- Fire extinguishers
- Cable use
- Computer and electric devices
- Ergonomics and hardware
- Fire extinguishers
Thursday, March 4, 2010
Engineering drawing with CAD application
Engineers- People who use technical means to solve problems. They design products, systems, devices, and structures to improve our living conditions.
Technical drawings- A clear, precise language used in the design process for communicating, solving problems, quickly and accurately visualizing objects, and conducting analysis.
- 92% of the design process is graphical
- The remaining 8% is mathematics and written communication
Designing process :
- problem identification
- preliminary ideas
- design refinement
- analysis
- optimization
- documentation
Implementation:
- servicing
- financing
- marketing
- producing
- planning
- documenting
Technical drawings- A clear, precise language used in the design process for communicating, solving problems, quickly and accurately visualizing objects, and conducting analysis.
- 92% of the design process is graphical
- The remaining 8% is mathematics and written communication
Designing process :
- problem identification
- preliminary ideas
- design refinement
- analysis
- optimization
- documentation
Implementation:
- servicing
- financing
- marketing
- producing
- planning
- documenting
Monday, March 1, 2010
Orthographic drawing and AutoCAD drawing
TDJ4M – Test # 2 Review
Orthographic Drawing and AutoCAD
Study Lesson 1-3: Engineering Drawings
Orthographic Projection
Three standard views – Front, Top, Right
Isometric view – a 3-Dimensional representation of the part with depth lines drawn at 30° angles
Study Lesson 2-1: CAD/CAM Introduction
CAD – Computer Aided Design
Advantages of CAD
o Easier creation and correction of drawings
o Better visualization of drawings
o Toolbox of drawing aids
o Quick and convenient design analysis
o Simulation and testing of designs
o Increased accuracy
o Improved filing
o Better communication with manufacturing
Isometric view – a 3-Dimensional representation of the part with depth lines drawn at 30° angles
Also Know …
AutCAD LT basics:
1. Review the following tutorials from the class webpage:
ACAD Intro Tutorial
ACAD Offset Tutorial
ACAD Problems
2. Know how to do Assignment #2 from the webpage like the back of your hand!!!
3. Know layers – know how they work and how to manipulate them
4. Know how to start a new document and insert a standard border
5. Know the following icons and how they work
a. line
b. offset
c. mirror
d. trim
e. extend
f. delete
g. layer property manager
h. circle
i. rectangle
j. move
Orthographic Drawing and AutoCAD
Study Lesson 1-3: Engineering Drawings
Orthographic Projection
Three standard views – Front, Top, Right
Isometric view – a 3-Dimensional representation of the part with depth lines drawn at 30° angles
Study Lesson 2-1: CAD/CAM Introduction
CAD – Computer Aided Design
Advantages of CAD
o Easier creation and correction of drawings
o Better visualization of drawings
o Toolbox of drawing aids
o Quick and convenient design analysis
o Simulation and testing of designs
o Increased accuracy
o Improved filing
o Better communication with manufacturing
Isometric view – a 3-Dimensional representation of the part with depth lines drawn at 30° angles
Also Know …
AutCAD LT basics:
1. Review the following tutorials from the class webpage:
ACAD Intro Tutorial
ACAD Offset Tutorial
ACAD Problems
2. Know how to do Assignment #2 from the webpage like the back of your hand!!!
3. Know layers – know how they work and how to manipulate them
4. Know how to start a new document and insert a standard border
5. Know the following icons and how they work
a. line
b. offset
c. mirror
d. trim
e. extend
f. delete
g. layer property manager
h. circle
i. rectangle
j. move
Front View Test
http://jcarron.com/Site/Courses/TDJ3M/OrthographicProjectionAnswers-TDJ3M.pdf
A. 12
B. 24
C. 2
D. 22
E. 2
F. 7
G. 2
H. 9
I. 12
J. 22
K. 19
L. 15
M. 15
N. 5
O. 5
P. 1
Q. 18
R. 19
S. 9
T. 11
A. 12
B. 24
C. 2
D. 22
E. 2
F. 7
G. 2
H. 9
I. 12
J. 22
K. 19
L. 15
M. 15
N. 5
O. 5
P. 1
Q. 18
R. 19
S. 9
T. 11
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