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AUTOCAD
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In 2026, I completed an AutoCAD certification at Austin Community College. The courses not only taught the use of the software, but gave introductions to several of its applied fields. I am looking forward to seeing what opportunities this new skill set unlocks for me.
Mechcanical Drafting
Toe Stop Assembly
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
The Toe Stop Assembly was our mechanical drafting capstone project. Everything we learned about CAD and ASME Y14.5 came together to produce a multipage drawing.
Test Fixture Assembly
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
The Test Fixture Assembly was an optional capstone project that ramped up the complexity from the Toe Stop. Multiviews often did not start from a rectangle, and some elements needed outside research, such as how to show a threaded bore.
Other Projects
These are a selection from the projects leading up to the capstone.
These are a selection from the projects leading up to the capstone.
These are a selection from the projects leading up to the capstone.
These are a selection from the projects leading up to the capstone.
These are a selection from the projects leading up to the capstone.
These are a selection from the projects leading up to the capstone.
These are a selection from the projects leading up to the capstone.
These are a selection from the projects leading up to the capstone.
These are a selection from the projects leading up to the capstone.
These are a selection from the projects leading up to the capstone.
Architectural Drafting
Fredricksburg Studio
The Fredricksburg Studio was the final project for the second class. Here we drew all the plans on top of each other and used layer states and viewports to divide the images. The project was a culmination in not only creating drawings, but in creating layouts, blocks, and templates.
The Fredricksburg Studio was the final project for the second class. Here we drew all the plans on top of each other and used layer states and viewports to divide the images. The project was a culmination in not only creating drawings, but in creating layouts, blocks, and templates.
The Fredricksburg Studio was the final project for the second class. Here we drew all the plans on top of each other and used layer states and viewports to divide the images. The project was a culmination in not only creating drawings, but in creating layouts, blocks, and templates.
The Fredricksburg Studio was the final project for the second class. Here we drew all the plans on top of each other and used layer states and viewports to divide the images. The project was a culmination in not only creating drawings, but in creating layouts, blocks, and templates.
The Fredricksburg Studio was the final project for the second class. Here we drew all the plans on top of each other and used layer states and viewports to divide the images. The project was a culmination in not only creating drawings, but in creating layouts, blocks, and templates.
The Fredricksburg Studio was the final project for the second class. Here we drew all the plans on top of each other and used layer states and viewports to divide the images. The project was a culmination in not only creating drawings, but in creating layouts, blocks, and templates.
The Fredricksburg Studio was the final project for the second class. Here we drew all the plans on top of each other and used layer states and viewports to divide the images. The project was a culmination in not only creating drawings, but in creating layouts, blocks, and templates.
The Fredricksburg Studio was the final project for the second class. Here we drew all the plans on top of each other and used layer states and viewports to divide the images. The project was a culmination in not only creating drawings, but in creating layouts, blocks, and templates.
Cabin
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
The Cabin was an ongoing project that evolved as it was completed. It introduced not only architectural drafting standards, but how to create blocks and maintain a block library.
Civil Drafting
Subdivision Plat
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
The Subdivision Plat project served as an introduction into civil drafting. We started with the subdivision, then simulated a mortgage survey. Custom views were created to have the drawing align with the x and y axes while working, while in reality maintaining its true orientation.
Electronic Diagrams
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
We only touched briefly on electronic diagrams. The projects helped us practice making blocks with attributes and dynamic features.
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