Category: Autocad

INSTRUCTIONS ATTATCHED
As part of this assignment, you are required to submit the following deliverables:
REVIT Model File: Please provide the complete REVIT model file for your assigned project. Ensure that all components and details are accurately represented.
Rendered Perspectives (Minimum of FIVE): Create a minimum of five rendered perspectives, encompassing both interior and exterior views of your project. Merge these perspectives into a single PDF file.Note: If you are not familiar with the rendering process, you have the option to submit five screenshots from different perspectives. Include these screenshots in your PDF file.

INSTRUCTIONS ATTATCHED
As part of this assignment, you are required to submit the following deliverables:
REVIT Model File: Please provide the complete REVIT model file for your assigned project. Ensure that all components and details are accurately represented.
Rendered Perspectives (Minimum of FIVE): Create a minimum of five rendered perspectives, encompassing both interior and exterior views of your project. Merge these perspectives into a single PDF file.Note: If you are not familiar with the rendering process, you have the option to submit five screenshots from different perspectives. Include these screenshots in your PDF file.

I was trying to layout but,I have no idea how to put everything in it. could you help me to layout this? There are photo of map and scale. Also, there are photo of what I need so spaces. All you need to care is quantity and space allocation. I don’t think I can’t fit all the space in this area so I need help.

please using the Zip file below take 3D walkthrough images and send them in, like the example image

Steps:
Open a New Drawing: Launch AutoCAD 2023 and open a new drawing file.
Set Units: Set your drawing units to architectural units. Type UNITS and choose “Architectural” from the list.
Create Layers:Type LAYER in the command line and press Enter.
Create layers for different elements, such as “Walls,” “Doors,” “Windows,” “Text,” “Circles_Arcs,” and “Lines.” Assign each object to the appropriate layer as you create it.
Turn Off Unnecessary Layers:Initially, turn off all layers except for the “Walls” layer. You can do this by clicking the light bulb icon next to each layer name in the Layers panel.
Draw the Room: Use the RECTANGLE command to draw a rectangular room on the “Walls” layer. Specify two opposite corners by entering the coordinates: (0,0) and (144,120).
Add Walls: Use the OFFSET command to create walls on the “Walls” layer. Enter an offset distance of 6 inches (0.5 feet) and select the inner edges of the room’s rectangle to create the walls.
Turn On the “Doors” Layer:Before adding a door, turn on the “Doors” layer and make it the current layer.
Insert a Door: Use the RECTANGLE command to draw a rectangle for the door on the “Doors” layer. Place it along one of the walls. You can use coordinates like (60,0) for the lower-left corner and (72,6) for the upper-right corner.
Turn On the “Windows” Layer:Before adding a window, turn on the “Windows” layer and make it the current layer.
Insert a Window: Draw a rectangle for the window using the RECTANGLE command on the “Windows” layer. Place it on another wall, using coordinates like (24,0) for the lower-left corner and (48,6) for the upper-right corner.
Turn On the “Circles_Arcs” Layer:Before adding arcs and circles, turn on the “Circles_Arcs” layer and make it the current layer.
Add a Circular Light Fixture: Use the CIRCLE command to add a circular light fixture on the “Circles_Arcs” layer. Specify the center point and the radius.
Draw an Arc: Use the ARC command on the “Circles_Arcs” layer to draw an arc within the room. For example, draw an arc from one corner of the room to the opposite corner.
Turn On the “Lines” Layer:Before drawing a line, turn on the “Lines” layer and make it the current layer.
Draw a Line: Use the LINE command on the “Lines” layer to draw a line segment within the room. Place it creatively to represent a design element or furniture.
Turn On the “Text” Layer:Before adding labels, turn on the “Text” layer and make it the current layer.
Add Labels: Use the TEXT command on the “Text” layer to label the room as “Bedroom.” Place the text at coordinates (72,12). You can also label the door, window, and light fixture.
Set Linetypes and Colors:Use the LTSCALE command and set it to 1 for consistent linetype scaling on all layers.
Type LTYPE in the command line to access the Linetype Manager. Choose appropriate linetypes for each layer (e.g., “Continuous” for walls, “Hidden” for doors, “Dashed” for windows) and assign colors as desired.
Save Your Work: Save your drawing with a descriptive name.
By keeping arcs and circles in the same “Circles_Arcs” layer, you can maintain organization while grouping these similar elements together.
Sample Coordinate Points:
Room Outline: (0,0) – (144,120)
Door: (60,0) – (72,6)
Window: (24,0) – (48,6)
Room Label: (72,12)
Light Fixture: Specify a center point and radius.
Arc: Place it creatively within the room.
Line: Draw a line segment within the room.
Circular Table: Specify a center point and radius.
Tips:
Use the “SNAP” feature to ensure precise drawing.
Zoom in and out using the scroll wheel of your mouse for better visibility.
Experiment with different linetypes, colors, and layer assignments to practice adjusting settings.
In this exercise, you will create a simple floor plan using AutoCAD 2023. The drawing will include the following elements in a Floor Plan
Room: A rectangular room with dimensions of 144 inches in length and 120 inches in width, representing the floor plan.
Walls: Interior walls created using the OFFSET command. The walls are 6 inches (0.5 feet) thick.
Door: A rectangular door within one of the walls. The door measures 12 feet in width and 7 feet in height.
Window: A rectangular window on another wall. The window measures 2 feet in width and 2 feet in height.
Circular Light Fixture: A circular light fixture in the center of the ceiling with a specified radius.
Arc: An arc drawn creatively within the room, connecting two corners.
Line: A line segment representing a design element or furniture within the room.
Labels: Text labels for the room, door, window, and light fixture.
Layer Organization: Each element is organized into separate layers (e.g., “Walls,” “Doors,” “Windows,” “Text,” “Circles_Arcs,” and “Lines”) for better management and visibility.
Linetypes and Colors: Linetypes and colors are applied to layers to differentiate and emphasize various elements in the drawing. Linetypes such as “Continuous,” “Hidden,” and “Dashed” may be used based on layer assignments.
The exercise provides a comprehensive introduction to AutoCAD’s essential tools, including drawing, modifying, adding text, adjusting settings, and organizing elements into layers with appropriate linetypes and colors. The result is a well-structured and visually informative floor plan drawing suitable for various architectural or design purposes, with detailed measurements provided for accuracy.
Dear Students,
This assignment allows you to submit multiple times, giving you the opportunity to revise and improve your work. Please follow these guidelines:
Number of Submissions: You are allowed to submit this assignment multiple times, up to the maximum number of 2 submissions
Due Date: Be mindful of the due date for each submission. You can view this information in the assignment description.
Initial Submission: Your first submission should be treated as your initial attempt and consider for your attendance
Revisions and Improvements: If you choose to revise your work, please do so before the final due date. Each subsequent submission will overwrite the previous one, so make sure you have made all necessary improvements before resubmitting.
Final Submission: Your final submission, which should be your best work, should be made by the final due date and time specified in the assignment settings. However, only the marks for attendance will be received.

PROJECT PART 2
Fire Resistance Instructions
*Important Revit Link: https://drive.google.com/file/d/1-2Vyp_sTy74cyF198…
*Important Link for California Building Code: https://codes.iccsafe.org/content/CABC2022P2/chapt…
SITE ADDRESS: 4055 IRVING ST.
Deliverables:
There are TWO deliverables for this step of the project, and each is set up as a separate Assignment in Canvas – all deliverables must be submitted for a full grade. Grading is explained in the body of each Assignment. Deliverables need to follow the order in the module, each must be submitted before the next one becomes available.
This project is based on your final project deliverable from DSIT 034. We will spend the rest of the semester re-visiting this project and analyzing and when required improving it to make sure it satisfies the applicable codes. You are only required to modify your designs to achieve compliance, but this often offers an opportunity to improve the design so feel free to make other modifications as we progress.
The goal of the assignment is to determine required fire resistance requirements for all building components of the project and evaluate if the quantity of exterior windows meets all requirements.
Requirements:
11×17 sized drawings executed in Revit, printed to color PDF, and uploaded to Canvas. Drawings should include the project name, your full name, class name, and date. This part of the project builds on Part 1 new requirements will be shown IN ADDITION to the last assignment’s requirements. The information should be laid out on TWO 11 x 17 sheets in Landscape orientation and contain:
First Sheet:
1. Floor plans, scaled to fit on a single 11×17 sheet, each occupancy noted in different color using Area Plan command, required fire-resistance assemblies noted using wide lines of distinct colors and patterns, and color legend identifying different occupancies. DO NOT INCLUDE ANY OTHER ANNOTATIONS.
2. A legend explaining what kinds of assemblies different line types identify. The assemblies should be defined by the fire-resistance rating (1 hour, 2 hours, etc.) and by type (fire barrier, fire partition, etc.).
3. Project Information listing project address, type of construction, whether the building is sprinklered, occupancy types and description of occupancy separation (and relevant calculations if applicable), list of incidental uses (if any), allowed, and an actual number of stories, allowed and actual building height, building area calculation, allowed and actual area for each floor and total building area, fire rating schedule based on the type of construction defining the rating of all elements indicated in Table 601.
Second Sheet:
1. Exterior elevations (1-4, depending on your project), scaled to fit on a single 11×17 sheet, the extent of openings clearly visible.
2. The allowable and actual extent of exterior openings expressed as a percentage based on Table 705.8. noted next to each exterior elevation.
*Note: Hi, I need your help to revise – finish my current/ incorrect/ incompleted REVIT deliverables to make them meet the requirements. I have attached some correct example of how the correct deliverables look like. The correct example using a site/ building which is different than mine, however the content can be done in a similar way. I already attached a drive link to download my site Revit file.

PROJECT PART 2
Fire Resistance Instructions
*Important Revit Link: https://drive.google.com/file/d/1-2Vyp_sTy74cyF198…
*Important Link for California Building Code: https://codes.iccsafe.org/content/CABC2022P2/chapt…
SITE ADDRESS: 4055 IRVING ST.
Deliverables:
There are TWO deliverables for this step of the project, and each is set up as a separate Assignment in Canvas – all deliverables must be submitted for a full grade. Grading is explained in the body of each Assignment. Deliverables need to follow the order in the module, each must be submitted before the next one becomes available.
This project is based on your final project deliverable from DSIT 034. We will spend the rest of the semester re-visiting this project and analyzing and when required improving it to make sure it satisfies the applicable codes. You are only required to modify your designs to achieve compliance, but this often offers an opportunity to improve the design so feel free to make other modifications as we progress.
The goal of the assignment is to determine required fire resistance requirements for all building components of the project and evaluate if the quantity of exterior windows meets all requirements.
Requirements:
11×17 sized drawings executed in Revit, printed to color PDF, and uploaded to Canvas. Drawings should include the project name, your full name, class name, and date. This part of the project builds on Part 1 new requirements will be shown IN ADDITION to the last assignment’s requirements. The information should be laid out on TWO 11 x 17 sheets in Landscape orientation and contain:
First Sheet:
1. Floor plans, scaled to fit on a single 11×17 sheet, each occupancy noted in different color using Area Plan command, required fire-resistance assemblies noted using wide lines of distinct colors and patterns, and color legend identifying different occupancies. DO NOT INCLUDE ANY OTHER ANNOTATIONS.
2. A legend explaining what kinds of assemblies different line types identify. The assemblies should be defined by the fire-resistance rating (1 hour, 2 hours, etc.) and by type (fire barrier, fire partition, etc.).
3. Project Information listing project address, type of construction, whether the building is sprinklered, occupancy types and description of occupancy separation (and relevant calculations if applicable), list of incidental uses (if any), allowed, and an actual number of stories, allowed and actual building height, building area calculation, allowed and actual area for each floor and total building area, fire rating schedule based on the type of construction defining the rating of all elements indicated in Table 601.
Second Sheet:
1. Exterior elevations (1-4, depending on your project), scaled to fit on a single 11×17 sheet, the extent of openings clearly visible.
2. The allowable and actual extent of exterior openings expressed as a percentage based on Table 705.8. noted next to each exterior elevation.
*Note: Hi, I need your help to revise – finish my current/ incorrect/ incompleted REVIT deliverables to make them meet the requirements. I have attached some correct example of how the correct deliverables look like. The correct example using a site/ building which is different than mine, however the content can be done in a similar way. I already attached a drive link to download my site Revit file.

PROJECT PART 2
Fire Resistance Instructions
*Important Revit Link: https://drive.google.com/file/d/1-2Vyp_sTy74cyF198…
*Important Link for California Building Code: https://codes.iccsafe.org/content/CABC2022P2/chapt…
SITE ADDRESS: 4055 IRVING ST.
Deliverables:
There are TWO deliverables for this step of the project, and each is set up as a separate Assignment in Canvas – all deliverables must be submitted for a full grade. Grading is explained in the body of each Assignment. Deliverables need to follow the order in the module, each must be submitted before the next one becomes available.
This project is based on your final project deliverable from DSIT 034. We will spend the rest of the semester re-visiting this project and analyzing and when required improving it to make sure it satisfies the applicable codes. You are only required to modify your designs to achieve compliance, but this often offers an opportunity to improve the design so feel free to make other modifications as we progress.
The goal of the assignment is to determine required fire resistance requirements for all building components of the project and evaluate if the quantity of exterior windows meets all requirements.
Requirements:
11×17 sized drawings executed in Revit, printed to color PDF, and uploaded to Canvas. Drawings should include the project name, your full name, class name, and date. This part of the project builds on Part 1 new requirements will be shown IN ADDITION to the last assignment’s requirements. The information should be laid out on TWO 11 x 17 sheets in Landscape orientation and contain:
First Sheet:
1. Floor plans, scaled to fit on a single 11×17 sheet, each occupancy noted in different color using Area Plan command, required fire-resistance assemblies noted using wide lines of distinct colors and patterns, and color legend identifying different occupancies. DO NOT INCLUDE ANY OTHER ANNOTATIONS.
2. A legend explaining what kinds of assemblies different line types identify. The assemblies should be defined by the fire-resistance rating (1 hour, 2 hours, etc.) and by type (fire barrier, fire partition, etc.).
3. Project Information listing project address, type of construction, whether the building is sprinklered, occupancy types and description of occupancy separation (and relevant calculations if applicable), list of incidental uses (if any), allowed, and an actual number of stories, allowed and actual building height, building area calculation, allowed and actual area for each floor and total building area, fire rating schedule based on the type of construction defining the rating of all elements indicated in Table 601.
Second Sheet:
1. Exterior elevations (1-4, depending on your project), scaled to fit on a single 11×17 sheet, the extent of openings clearly visible.
2. The allowable and actual extent of exterior openings expressed as a percentage based on Table 705.8. noted next to each exterior elevation.
Process:
You have been assigned to a team for this class and should collaborate with your teammates to complete the assignment. Please complete the following steps before the final assignment submission:
1. Incorporate feedback from Project Part 1 – Building Size and Occupancy Separation in your drawings.
2. Read Assignment Instructions.
3. Determine the Fire Separation Distance (FSD) for your building based on the provided site plan. If the FSD is greater than 30 feet you only need to note “greater than 30 feet.”
4. Complete work as indicated under “Execution.”
*Note: Hi, I need your help to revised my current/ incorrect/ incomplete REVIT deliverables to make them meet the requirements. I have attached some correct example of how the correct deliverables look like. The correct example using a site/ building which is different than mine, however the content can be done in a similar way. I already attached a drive link to download my site Revit file.

PROJECT PART 2
Fire Resistance Instructions
*Important Revit Link: https://drive.google.com/file/d/1-2Vyp_sTy74cyF198…
*Important Link for California Building Code: https://codes.iccsafe.org/content/CABC2022P2/chapt…
SITE ADDRESS: 4055 IRVING ST.
Deliverables:
There are TWO deliverables for this step of the project, and each is set up as a separate Assignment in Canvas – all deliverables must be submitted for a full grade. Grading is explained in the body of each Assignment. Deliverables need to follow the order in the module, each must be submitted before the next one becomes available.
This project is based on your final project deliverable from DSIT 034. We will spend the rest of the semester re-visiting this project and analyzing and when required improving it to make sure it satisfies the applicable codes. You are only required to modify your designs to achieve compliance, but this often offers an opportunity to improve the design so feel free to make other modifications as we progress.
The goal of the assignment is to determine required fire resistance requirements for all building components of the project and evaluate if the quantity of exterior windows meets all requirements.
Requirements:
11×17 sized drawings executed in Revit, printed to color PDF, and uploaded to Canvas. Drawings should include the project name, your full name, class name, and date. This part of the project builds on Part 1 new requirements will be shown IN ADDITION to the last assignment’s requirements. The information should be laid out on TWO 11 x 17 sheets in Landscape orientation and contain:
First Sheet:
1. Floor plans, scaled to fit on a single 11×17 sheet, each occupancy noted in different color using Area Plan command, required fire-resistance assemblies noted using wide lines of distinct colors and patterns, and color legend identifying different occupancies. DO NOT INCLUDE ANY OTHER ANNOTATIONS.
2. A legend explaining what kinds of assemblies different line types identify. The assemblies should be defined by the fire-resistance rating (1 hour, 2 hours, etc.) and by type (fire barrier, fire partition, etc.).
3. Project Information listing project address, type of construction, whether the building is sprinklered, occupancy types and description of occupancy separation (and relevant calculations if applicable), list of incidental uses (if any), allowed, and an actual number of stories, allowed and actual building height, building area calculation, allowed and actual area for each floor and total building area, fire rating schedule based on the type of construction defining the rating of all elements indicated in Table 601.
Second Sheet:
1. Exterior elevations (1-4, depending on your project), scaled to fit on a single 11×17 sheet, the extent of openings clearly visible.
2. The allowable and actual extent of exterior openings expressed as a percentage based on Table 705.8. noted next to each exterior elevation.
*Note: Hi, I need your help to revise – finish my current/ incorrect/ incompleted REVIT deliverables to make them meet the requirements. I have attached some correct example of how the correct deliverables look like. The correct example using a site/ building which is different than mine, however the content can be done in a similar way. I already attached a drive link to download my site Revit file.

PROJECT PART 2
Fire Resistance Instructions
*Important Revit Link: https://drive.google.com/file/d/1Ge1T3x-hFE5kOFH-b…
SITE ADDRESS: 4055 IRVING ST.
Deliverables:
There are TWO deliverables for this step of the project, and each is set up as a separate Assignment in Canvas – all deliverables must be submitted for a full grade. Grading is explained in the body of each Assignment. Deliverables need to follow the order in the module, each must be submitted before the next one becomes available.
This project is based on your final project deliverable from DSIT 034. We will spend the rest of the semester re-visiting this project and analyzing and when required improving it to make sure it satisfies the applicable codes. You are only required to modify your designs to achieve compliance, but this often offers an opportunity to improve the design so feel free to make other modifications as we progress.
The goal of the assignment is to determine required fire resistance requirements for all building components of the project and evaluate if the quantity of exterior windows meets all requirements.
Requirements:
11×17 sized drawings executed in Revit, printed to color PDF, and uploaded to Canvas. Drawings should include the project name, your full name, class name, and date. This part of the project builds on Part 1 new requirements will be shown IN ADDITION to the last assignment’s requirements. The information should be laid out on TWO 11 x 17 sheets in Landscape orientation and contain:
First Sheet:
1. Floor plans, scaled to fit on a single 11×17 sheet, each occupancy noted in different color using Area Plan command, required fire-resistance assemblies noted using wide lines of distinct colors and patterns, and color legend identifying different occupancies. DO NOT INCLUDE ANY OTHER ANNOTATIONS.
2. A legend explaining what kinds of assemblies different line types identify. The assemblies should be defined by the fire-resistance rating (1 hour, 2 hours, etc.) and by type (fire barrier, fire partition, etc.).
3. Project Information listing project address, type of construction, whether the building is sprinklered, occupancy types and description of occupancy separation (and relevant calculations if applicable), list of incidental uses (if any), allowed, and an actual number of stories, allowed and actual building height, building area calculation, allowed and actual area for each floor and total building area, fire rating schedule based on the type of construction defining the rating of all elements indicated in Table 601.
Second Sheet:
1. Exterior elevations (1-4, depending on your project), scaled to fit on a single 11×17 sheet, the extent of openings clearly visible.
2. The allowable and actual extent of exterior openings expressed as a percentage based on Table 705.8. noted next to each exterior elevation.
Process:
You have been assigned to a team for this class and should collaborate with your teammates to complete the assignment. Please complete the following steps before the final assignment submission:
1. Incorporate feedback from Project Part 1 – Building Size and Occupancy Separation in your drawings.
2. Read Assignment Instructions.
3. Determine the Fire Separation Distance (FSD) for your building based on the provided site plan. If the FSD is greater than 30 feet you only need to note “greater than 30 feet.”
4. Complete work as indicated under “Execution.”
*Note: Hi, I need your help to revised my current/ incorrect/ incomplete REVIT work to make them meet the requirements. I have attached some correct example of how the correct deliverables look like. The correct example using a site/ building which is different than mine, however the content can be done in a similar way. I already attached a drive link to download my site revit file.