Materials and Tools

• Glove

• face mask

• wood sandpaper

Step

1. Wear a mask and glove

2. Prepare the wood you want to sand

3. Take the wood sandpaper and start sanding

4. Sand the wood surface until is completely flat and smooth

5. Check the entire surface to make sure all of it already flat and smooth

6. Then after finishing, do the same thing on the side of the woods

7. When all parts are finished, apply varnish to make the surface shiny and wait till it dry and then you are done

Materials and Tools:

- Theodolite

- Tripod

- Surveying rod

- Measuring tape

- Writing tools

- Calculator

Steps:

1. Preparation:

- Ensure the Theodolite and tripod are in good and stable condition.

- Choose a strategic location for measurement.

2. Set Up Theodolite:

- Mount the Theodolite on the tripod and ensure stability.

- Perform leveling and centering of the Theodolite.

3. Measurement:

- Measure horizontal and vertical angles using the Theodolite.

- Record measurement results in a notebook.

4. Distance Measurement:

- Use a measuring tape to measure distances between measurement points.

- Record measurement results in a notebook.

5. Calculation:

- Use a calculator to calculate coordinates of measurement points.

- Create a sketch or drawing of the measurement results.

Tools and Materials:

-Thick cardboard or carton

-Styrofoam (as the base)

-Cutter or scissors

-Paper glue / hot glue gun

-Ruler and pencil

-Paint or markers

-Additional materials (colored paper,sticks, synthetic grass)

Steps:

1. Determine the Scale and Design

Decide the size of the building in miniature form so it looks proportional.

2. Draw the Patterns

Sketch the walls, floors, and roof of the building on the cardboard according to the design.

3. Cut the Patterns

Carefully cut the drawn patterns using a cutter or scissors.

4. Assemble the Building Parts

Join the wall and floor pieces together, then glue them to form the building structure.

5. Add Details

Make windows, doors, and additional ornaments using colored paper or other simple materials.

6. Color and Finishing

Paint the building with paint or markers, place it on the styrofoam base, and add garden or road elements to make it more realistic.

Tools:

1.Laptop/Computer

2.Apk AutoCAD

1. Open Drawing File: Open the drawing file where you want to add a window.

2. Select Layer: Select the appropriate layer for creating the window.

3. Use Rectangle Command: Type "REC" or "RECTANGLE" in the command line to create a rectangular shape that will become the window.

4. Determine Window Size: Determine the window size by entering the length and width values in the command line.

5. Create Center Line: Use the "LINE" command to create a center line for the window.

6. Add Window Details: Add window details such as frames, glass, and others using the "HATCH" (H) command or other suitable commands.

7.Save File:Save your drawing file.

material:-levelling staff, levelling instrument

steps:

1.set up the levelling instrument

2.position the staff

3.take a sighting

4.read the staff

5.record the measurement

6.repeat the process

To determine the steps that need to be followed when creating a work plan for a building project.

Tools and Materials:

Writing tools (pencil, eraser, ruler)

Drawing paper

Computer/laptop with design software (e.g., AutoCAD or SketchUp)

Calculator

Data on land size and other technical information

Construction guidelines book (if necessary)

Steps:

Analyze the Project

Study the goals and needs of the building project.

Identify the type of building to be constructed (residential house, office building, etc.).

Understand the available budget and project deadlines.

: Tripod ,Measuring Mark Material ,Nail ,Umbrella

Steps:

1. Ensure the spirit level is in good condition

2. Choose the right location for the spirit level

3. ⁠3. Place the spirit level on the selected surface

4. ⁠4. Adjust the spirit level until the air bubble is in the center

5. Check the balance of the spirit level

6. ⁠Tighten the screws or fasteners The spirit level is complete

tools:

1.waterpass

2.tripod

steps:

1. Set up the waterpass: Place the water level on a stable surface and adjust the legs to level it.

2. Check the bubble: Ensure the bubble is centered in the spirit level to confirm the surface is level.

3. Take readings: Read the measurement on the scale and record it.

4. Transfer levels: Use the water level to transfer levels between two points.

5. Check for accuracy: Verify the measurement by repeating the process.

Procedure Text: How to Use a Theodolite

Goal:

To measure horizontal and vertical angles accurately using a theodolite.

Materials and Tools:

- Theodolite

- Tripod

- Measuring tape

- Plumb bob

- Field notebook and pencil

Steps:

1. Set up the tripod

Place the tripod firmly on the ground. Adjust the legs so the head of the tripod is approximately level and stable.

2. Mount the theodolite

Attach the theodolite securely to the tripod head and tighten the screw.

3. Center the instrument

Use a plumb bob or optical plummet to position the theodolite exactly over the survey point. Adjust the tripod legs if necessary.

4. Level the theodolite

Adjust the leveling screws while observing the circular bubble until it is centered. Check the spirit level in two perpendicular directions.

5. Focus the telescope

Look through the eyepiece and adjust the focus to obtain a clear view of the target.

6. Measure the horizontal angle

Rotate the telescope and sight the first point, then lock the horizontal clamp.

Set the reading to zero.

Release the clamp and rotate to sight the second point.

Record the measured angle shown on the scale.

7. Measure the vertical angle

Point the telescope to the target.

Read the vertical circle scale to determine the vertical angle.

8. Record all observations

Write down all measured angles and related notes in the field notebook.

9. Dismantle the instrument

After completing the measurement, carefully remove the theodolite from the tripod, store it in its case, and fold the tripod legs.

How to Create a Building Layout

(Tools and Materials)

1. Graph paper or design software (e.g., AutoCAD, SketchUp)

2. Ruler and pencil (if done manually)

3. Eraser

4. Reference dimensions (e.g., room sizes, building area)

5. Color markers (optional for manual drawing)

(Steps)

1. *Determine the Purpose:

- Decide the purpose of the building (e.g., house, office, shop).

- Identify the number of rooms and their functions (e.g., living room, bedroom, kitchen).

2. *Measure the Land Area:

- Measure the total area of the land where the building will be constructed.

- Note the dimensions (length, width) to ensure the layout fits the available space.

3. *Plan the Room Placement:

- Sketch out where each room will be located based on functionality and convenience.

- Make sure to include essential spaces like hallways, bathrooms, and storage areas.

4. *Design Entry and Exit Points:

- Place doors and windows in strategic locations to allow easy access and proper ventilation.

- Consider the placement of the main entrance and emergency exits.

5. *Add Furniture and Fixtures:

- Indicate where furniture, appliances, and fixtures (e.g., sinks, cabinets) will be placed.

- Ensure there’s enough space for movement and usability.

6. *Check for Proportions:

- Use a scale to ensure the layout is proportional to the actual building size.

- Adjust room sizes if necessary to maximize space efficiency.

7. *Refine the Design:

- Review the layout to ensure everything is functional and visually appealing.

- Erase unnecessary lines and add details like labels or color coding for clarity.

8. *Finalize the Layout:

- Save the digital version or make a clean copy of the manual drawing.

- Share the layout with architects or contractors for approval and implementation.

Purpose:

To determine the steps that need to be followed when creating a work plan for a building project.

Tools and Materials:

Writing tools (pencil, eraser, ruler)

Drawing paper

Computer/laptop with design software (e.g., AutoCAD or SketchUp)

Calculator

Data on land size and other technical information

Construction guidelines book (if necessary)

Steps:

Analyze the Project

Study the goals and needs of the building project.

Identify the type of building to be constructed (residential house, office building, etc.).

Understand the available budget and project deadlines.

> Tools and Materials

1. Balsa wood

2. Cutter

3. Millimeter paper

4. Glue (G)

5. Ruler

6. Pencil

> Steps

1. Draw the bridge design on millimeter paper as a reference for construction

2. Cut the balsa wood according to the predetermined size

3. Assemble the balsa wood pieces until all parts are connected using glue (G)

4. Use the drawing on millimeter paper as a guide for shaping the bridge

5. Once the bridge prototype is formed, let it sit for several hours to strengthen

6. The prototype is now complete and ready for loading or strength testing

How to Use AutoCAD

Tools:

1. AutoCAD application installed on computer

2. Basic knowledge of AutoCAD interface (toolbar, command line, workspace)

3. Mouse with scroll for navigation

Materials:

1. Project file to work on (DWG or DXF)

2. Reference drawing or design to replicate

Steps:

Step 1: Preparing the Workspace

1. Open AutoCAD and select the appropriate workspace (e.g., "2D Drafting & Annotation").

2. Set the unit of measurement (e.g., meters or millimeters) using the `UNITS` command.

Step 2: Creating Objects

1. Use the Line tool to draw straight lines:

- Type `LINE` in the command line or click the Line icon on the toolbar.

- Click the start and end points of the line.

2. Use the Circle tool to draw circles:

- Type `CIRCLE` in the command line or click the Circle icon on the toolbar.

- Specify the center point and radius of the circle.

Step 3: Editing Objects

1. Use the Move command to move objects:

- Type `MOVE` in the command line or click the Move icon on the toolbar.

- Select the object to move and specify the base point and destination.

2. Use the Scale command to change the size of objects:

- Type `SCALE` in the command line or click the Scale icon on the toolbar.

- Select the object and specify the base point and scale factor.

Step 4: Using Layers

1. Open

Goal:

To measure the difference in height (elevation) between two or more points using a waterpass.

Materials and Tools:

Waterpass (automatic level)

Tripod

Leveling staff (measuring rod)

Field notebook and pencil

Steps:

1. Set up the tripod

Place the tripod firmly on the ground. Adjust the legs so the head of the tripod is stable and approximately level.

2. Mount the waterpass

Attach the waterpass to the tripod head and tighten the screw.

3. Level the instrument

Adjust the leveling screws while observing the circular bubble until it is centered.

4. Focus the telescope

Look through the eyepiece and adjust the focus until the crosshairs appear sharp.

5. Sight the leveling staff

Aim the telescope toward the leveling staff held vertically on the first point (back sight). Adjust focus until the staff reading is clear.

6. Read and record the measurement

Note the value on the leveling staff where the horizontal crosshair intersects. Write it in the field notebook.

7. Turn to the next point

Rotate the telescope to the second point (fore sight) and take another reading on the leveling staff. Record the value.

8. Calculate the height difference

Subtract the fore sight reading from the back sight reading to determine the elevation difference between points.

9. Finish and store the instrument

After measurements are complete, carefully remove the waterpass from the tripod, store it in its case, and fold the tripod.

Building Construction Procedure

Objective: To build a safe and comfortable house for occupants.

Steps:

1. Planning:

- Create a design that meets the needs and budget.

- Calculate the construction cost and create a budget.

- Choose a strategic and safe location.

2. Permit Acquisition:

- Obtain a building permit from the local government.

- Ensure that all necessary documents are complete.

3. Construction:

- Clear the land and excavate the site.

- Build the foundation and structure.

- Install the roof, walls, and floors.

- Conduct electrical, plumbing, and sanitation installations.

4. Finishing:

- Install doors, windows, and ceilings.

- Paint and install tiles.

- Install sanitation fixtures and electrical installations.

5. Inspection and Testing:

- Inspect all systems and installations to ensure they are functioning properly.

- Conduct testing to ensure the house is safe and comfortable.

Conclusion:

By following the proper building construction procedure, we can ensure that the house is safe, comfortable, and meets the needs of its occupants.

How to Create a Building Layout

(Tools and Materials)

1. Graph paper or design software (e.g., AutoCAD, SketchUp)

2. Ruler and pencil (if done manually)

3. Eraser

4. Reference dimensions (e.g., room sizes, building area)

5. Color markers (optional for manual drawing)

(Steps)

1. *Determine the Purpose:

- Decide the purpose of the building (e.g., house, office, shop).

- Identify the number of rooms and their functions (e.g., living room, bedroom, kitchen).

2. *Measure the Land Area:

- Measure the total area of the land where the building will be constructed.

- Note the dimensions (length, width) to ensure the layout fits the available space.

3. *Plan the Room Placement:

- Sketch out where each room will be located based on functionality and convenience.

- Make sure to include essential spaces like hallways, bathrooms, and storage areas.

4. *Design Entry and Exit Points:

- Place doors and windows in strategic locations to allow easy access and proper ventilation.

- Consider the placement of the main entrance and emergency exits.

5. *Add Furniture and Fixtures:

- Indicate where furniture, appliances, and fixtures (e.g., sinks, cabinets) will be placed.

- Ensure there’s enough space for movement and usability.

6. *Check for Proportions:

- Use a scale to ensure the layout is proportional to the actual building size.

- Adjust room sizes if necessary to maximize space efficiency.

7. *Refine the Design:

- Review the layout to ensure everything is functional and visually appealing.

- Erase unnecessary lines and add details like labels or color coding for clarity.

8. *Finalize the Layout:

- Save the digital version or make a clean copy of the manual drawing.

- Share the layout with architects or contractors for approval and implementation.

Purpose:

To determine the steps that need to be followed when creating a work plan for a building project.

Tools and Materials:

Writing tools (pencil, eraser, ruler)

Drawing paper

Computer/laptop with design software (e.g., AutoCAD or SketchUp)

Calculator

Data on land size and other technical information

Construction guidelines book (if necessary)

Steps:

Analyze the Project

Study the goals and needs of the building project.

Identify the type of building to be constructed (residential house, office building, etc.).

Understand the available budget and project deadlines.

Tools and materials:

-drawing paper

-pencil

-ruler

-eraser

Steps:

1. Determine the perspective for the building.

2. Draw a horizon line and vanishing points as reference.

3. Create the basic shape of the building using perspective lines.

4. Add details such as windows, doors, and a roof.

5. Apply shading to create a three-dimensional appearance.

Procedure Text: How to Use a Theodolite

Goal:

To measure horizontal and vertical angles accurately using a theodolite.

Materials and Tools:

Theodolite

Tripod

Measuring tape

Plumb bob

Field notebook and pencil

Steps:

1. Set up the tripod

Place the tripod firmly on the ground. Adjust the legs so the head of the tripod is approximately level and stable.

2. Mount the theodolite

Attach the theodolite securely to the tripod head and tighten the screw.

3. Center the instrument

Use a plumb bob or optical plummet to position the theodolite exactly over the survey point. Adjust the tripod legs if necessary.

4. Level the theodolite

Adjust the leveling screws while observing the circular bubble until it is centered. Check the spirit level in two perpendicular directions.

5. Focus the telescope

Look through the eyepiece and adjust the focus to obtain a clear view of the target.

6. Measure the horizontal angle

Rotate the telescope and sight the first point, then lock the horizontal clamp.

Set the reading to zero.

Release the clamp and rotate to sight the second point.

Record the measured angle shown on the scale.

7. Measure the vertical angle

Point the telescope to the target.

Read the vertical circle scale to determine the vertical angle.

8. Record all observations

Write down all measured angles and related notes in the field notebook.

9. Dismantle the instrument

After completing the measurement, carefully remove the theodolite from the tripod, store it in its case, and fold the tripod legs.

Materials and Tools:

Wooden planks

Nails and hammer

Saw

Meter

Cement and bricks (for foundation)

Steps:

1. Prepare the land by cleaning and leveling it.

2. Make the foundation with cement and bricks.

3. Cut the wooden boards to size.

4. Build the frame of the house using wooden beams.

5. Attach the walls with planks and nails.

6. Install the roof carefully.

7. Finish by adding doors, windows, and painting the house.

Toilet Installation Procedure

_Purpose:_ To ensure the toilet is installed correctly and safely for use.

_Materials needed:_

- Toilet

- Water pipe

- Waste pipe

- Bolts and nuts

- Sealant

_Steps:_

1. _Site preparation_: Ensure the installation site is ready and clean.

2. _Water pipe installation_: Connect the water pipe to the toilet and ensure it is securely attached.

3. _Waste pipe installation_: Connect the waste pipe to the toilet and ensure it is securely attached.

4. _Toilet installation_: Mount the toilet to the floor using bolts and nuts.

5. _Inspection_: Inspect the water and waste pipes to ensure there are no leaks.

6. _Testing_: Test the toilet to ensure it is functioning properly.

_Warning:_

- Ensure you have sufficient knowledge and skills before installing the toilet.

- If you are unsure, it is recommended to seek assistance from a professional.

By following this procedure, you can ensure the toilet is installed correctly and safely for use.

Title: Creating Functional and Aesthetic Buildings

Steps:

1. Initial Consultation

- Meet with clients to discuss project requirements and goals

- Determine project scope, timeline, and budget

2. Schematic Design

- Develop initial design concepts and ideas

- Create sketches and diagrams to visualize design

3. Design Development

- Refine design concepts and create detailed drawings

- Use software like AutoCAD and SketchUp to create 2D and 3D models

4. Construction Documentation

- Create construction documents and technical specifications

- Use software like Revit and AutoCAD to create detailed drawings

5. Bidding and Negotiation

- Assist clients in bidding and negotiating with contractors

- Ensure compliance with project requirements and budget

6. Construction Administration

- Oversee construction process and ensure compliance with design plans

- Address any issues or concerns that arise during construction

Tools:

- Design Software: AutoCAD, SketchUp, Revit

- Documentation Software:Microsoft Office, Google Docs

- CommunicationTools: Email, phone, video conferencing

Step 1: Setting Up the Project

- Create a new project in AutoCAD and set the units and scale.

- Set up the drawing environment, including the grid and snap settings.

- Create a template file to ensure consistency across multiple drawings.

Step 2: Creating the Building Design

- Use the drawing tools to create the building footprint and walls.

- Add doors, windows, and other architectural features.

- Use the modify tools to edit and refine the design.

Step 3: Adding Details and Annotations

- Add details such as textures, patterns, and materials.

- Use the annotation tools to add text, dimensions, and other notes.

- Use the layer management tools to organize and manage the drawing.

Step 4: Reviewing and Refining the Design

- Review the design for accuracy and completeness.

- Use the analysis tools to check for errors and inconsistencies.

- Refine the design based on feedback and analysis.

Step 5: Outputting the Design

- Plot or print the design to the required scale.

- Export the design to other formats, such as PDF or image files.

- Use the design data to create other documents, such as specifications and schedules.

Tools:

- Theodolite

- Tripod

- Stake (or Nail)

- Levelling Staff (or Rambu Ukur)

Steps:

1. Set Up the Tripod: Place the tripod on a level surface.

2. Mount the Theodolite: Attach the theodolite to the tripod.

3. Adjust the Theodolite: Level and adjust the theodolite.

4. Determine the Reference Point: Identify the reference point (Point A) as the starting point of measurement.

5. Determine the Measurement Point: Identify the measurement point (Point B) as the point whose distance from Point A is to be measured.

6. Ready to Measure: The theodolite is now set up and ready to take measurements.

1.TRIPOD

2.MEABSURE

3.THEODOLITE

MATERIALS

*TRIPOD

*NAIL

STEPS

*SELECT A LOCATION WITH

A CLEAR VIEW OF THE AREA

TO BE SURVAGED

*SET UP THE TRIPOD AND ENSURE

IT IS LEVEL AND STABLE

* MOUMT THE THEODOLITE ON THE

TRIPOD AND ENSURE IT IS SECURELY ATTACHED

Title: How to Use a Meter

Objective:

To learn how to use a meter correctly and accurately.

Materials:

- Meter

- Object to be measured

Steps:

1. *Prepare the meter*: Ensure the meter is in good condition and not damaged.

2. *Determine the unit of measurement*: Ensure the unit of measurement on the meter matches your needs, such as meters, centimeters, or millimeters.

3. *Place the meter*: Position the meter at the starting point of the object to be measured, ensuring it is parallel to the object.

4. *Read the measurement*: Read the measurement on the meter, ensuring you read it correctly and accurately.

5. *Record the measurement*: Record the measurement for future reference.

Safety Precautions:

- Ensure you use the meter correctly and carefully to avoid measurement errors.

- Do not use a damaged or inaccurate meter.

Conclusion:

By following the steps above, you can use a meter correctly and accurately. Always prioritize safety and measurement accuracy.

Materials:

1. Laptop

2. SketchUp

Materials Needed:

1. A Laptop (for running SketchUp)

2. SketchUp software (for 3D modeling and design)

3. Here is the translation:

How to Use SketchUp:

Step 1: Creating a New Project

1. Open SketchUp and select "File" > "New" to create a new project.

2. Choose a template that suits your project, such as "Architectural" or "Interior Design".

Step 2: Drawing Objects

1. Use the "Line" tool to draw lines and basic shapes of objects.

2. Use the "Rectangle" tool to draw rectangles.

3. Use the "Circle" tool to draw circles.

4. Use the "Polygon" tool to draw polygons.

Step 3: Creating 3D Objects

1. Use the "Push/Pull" tool to create 3D objects from 2D shapes.

2. Use the "Move" tool to move objects.

3. Use the "Rotate" tool to rotate objects.

Step 4: Adding Details

1. Use the "Paint" tool to add colors and textures to objects.

2. Use the "Component" tool to create reusable components.

3. Use the "Group" tool to group objects.

Step 5: Viewing and Editing

1. Use the "Orbit" tool to view objects from different angles.

2. Use the "Zoom" tool to zoom in or out of objects.

3. Use the "Pan" tool to move objects.

Step 6: Exporting and Sharing

1. Select "File" > "Export" to export your project in a suitable format.

2. Share your project with others via email or online platforms.

Tools: waterpass and tripod

Steps:

1. Choose the Right Level and Tripod

2. Position the Level and Tripod Correctly

3. Read the Bubble (for Manual Levels)

4. Use the Digital Feature (for Digital Levels)

5. Check from Multiple Angles

6. Calibrate Regularly

Steps:

1. Choose a location: Choose the location you want to measure the levelness of.

2. Place the level: Place the level on the surface you want to measure.

3. Check the bubble: Check the bubble in the level's vial. If the bubble is centered between the lines, the surface is level.

4. Adjust the level: If the bubble is not centered, adjust the level until the bubble is centered.

5. Check the results: Check the results of the measurement and ensure that the surface is level.

Tips:

- Make sure the level is in good condition and accurate.

- Place the level on a stable surface that is not moving.

- Check the level carefully to ensure accurate measurements.

Tools:

- Construction tools (hammer, saw, drill, etc.)

- Measuring tools (tape measure, spirit level, etc.)

- Excavation tools (hoe, shovel, etc.)

- Installation tools (rubber mallet, pliers, etc.)

- Safety equipment (helmet, gloves, etc.)

Steps:

1. Planning

- Determine project objectives and needs

- Create building designs and plans

2. Permit Application

- Submit a building permit application

- Await building permit approval

3. Foundation Work

- Excavate and clear the foundation area

- Construct the foundation according to the design

4. Structural Work

- Construct the building structure

- Install MEP systems

5. Finishing Work

- Install finishing systems

- Install equipment and supplies

6. Supervision and Control

- Supervise the construction process

- Control work quality

7. Completion

- Complete the construction work

- Submit an application for a certificate of functional suitability

Measuring Rod Tool Procedure

(*Steps)

1. Choose the Right Measuring Rod Tool: Select the measuring rod tool that suits the measurement needs, such as manual, digital, or laser.

2. Check the Tool Condition: Inspect the measuring rod tool before use, ensuring there is no damage or wear that could affect the measurement results.

3. Set Up the Tool: Set up the measuring rod tool according to the manufacturer's instructions, ensuring all parts are in good condition and ready for use.

4. Position the Tool: Place the measuring rod tool at the correct location, ensuring it is standing upright and stable.

5. Read the Measurement Scale: Read the measurement scale on the measuring rod tool carefully, ensuring accurate measurement results.

6. Record the Measurement Results: Record the measurement results accurately, ensuring all data is correctly documented.

7. Verify the Measurement Results: Verify the measurement results to ensure accuracy, repeating the measurement if the results are not as expected.

Safety:

- Ensure the measuring rod tool is used with care and does not pose a hazard to oneself or others.

- Do not use the measuring rod tool in hazardous or unstable areas.

Proper Use:

- Use the measuring rod tool according to its intended purpose and measurement needs.

- Do not use the measuring rod tool for purposes other than its intended function.

tools:laptops

steps:

## 1. Starting a New Project

Open the SketchUp application and select "File" > "New" to start a new project. Choose a template that suits your project, such as "Building" or "Interior".

## 2. Using Basic Tools

SketchUp has several basic tools that can be used to create 3D models, such as:

- The "Line" tool to create lines

- The "Rectangle" tool to create rectangles

- The "Circle" tool to create circles

- The "Push/Pull" tool to create 3D shapes

## 3. Creating 3D Models

Use the basic tools to create 3D models. You can use the "push/pull" technique to create 3D shapes from 2D shapes.

## 4. Adding Details

Add details to your 3D model using tools such as:

- The "Paint" tool to add textures and colors

- The "Component" tool to add existing objects

## 5. Using Cameras

Use the "Camera" tool to adjust the view of your 3D model. You can use the "Orbit" tool to rotate the model, "Pan" to move the model, and "Zoom" to enlarge or reduce the model.

## 6. Saving and Exporting

Save your project by selecting "File" > "Save". You can also export your 3D model in different formats, such as .obj or .kmz.

tools:

1.Waterpass digital

2.tripod

steps:

1. *Choose the Right Location

2. *Turn On the Device

3. *Adjust the Device Position

4. *Read the Measurement Results*:

5. *Check Calibration

6. *Use Available Functions

7. *Save Measurement Results

Tools

1. Computer

2. Mouse

3. Keyboard

4. SketchUp

5. Reference

Steps

1. Open SketchUp and create a new project by selecting an appropriate template.

2. Use features such as line, rectangle, circle, and push/pull to create a 3D model.

3. Adjust the model's dimensions using the measure and dimension tools.

4. Add texture to the model using the materials feature.

5. Adjust the model's lighting using the shadows tool.

Goal:

To explain the basic steps of using AutoCAD for drawing.

Materials/Tools:

Computer or laptop

AutoCAD software installed

Mouse and keyboard

Steps:

1. Open the Application

Turn on your computer and open AutoCAD by double-clicking the AutoCAD icon.

2. Start a New Drawing

Click on New Drawing or press Ctrl + N to create a new file.

3. Set Units

Type UNITS in the command line and press Enter.

Choose the measurement unit (e.g., millimeters, centimeters, or inches).

4. Draw Basic Shapes

Use the LINE command to draw straight lines.

Use the CIRCLE command to create circles.

Use the RECTANGLE command to make rectangles.

5. Modify the Drawing

Use MOVE, COPY, ROTATE, or SCALE to adjust the objects.

Use TRIM and EXTEND to edit lines.

6. Save the File

Click on Save or press Ctrl + S, then choose a location and file name.

7. Close AutoCAD

After finishing, click Exit or press Alt + F4 to close the program.

Procedure Text: How to Use a Spirit Level

Purpose:

To understand how to use a spirit level to measure or check the flatness and alignment of a surface.

Tools and Materials:

Spirit level

Surface or area to be measured (e.g., table, wall, or floor)

Steps:

Prepare the Spirit Level

Ensure the spirit level is in good condition, clean, and not cracked. Check if the bubble in the vial is clearly visible.

Place the Spirit Level on the Surface to Be Checked

Position the spirit level flat on a horizontal surface (like a table or floor) or vertical surface (like a wall).

Observe the Bubble

Look at the position of the bubble inside the vial:

If the bubble is exactly in the center between the two marker lines, the surface is level or aligned.

If the bubble shifts to one side, the surface is sloped or uneven.

Repeat in Several Areas

To ensure accurate results, check multiple points on the surface.

Store the Spirit Level Properly

After use, store the spirit level in a safe place to avoid damage.

Additional Notes:

Use a spirit level that matches the size of your working area (e.g., longer levels for walls or large floors).

Avoid dropping the spirit level, as this may affect its accuracy.

TOOLS

1.TRIPOD

2.MEANSURING SIGNS

MATERIAL

1.THEREAD

2.NAIL

STEPS

1.SELECET A LOCATION WITH A CLEAR VIEW OF THE AREA TO BE SURVAGED

2 . SET UP THE TRIPOD AND ENSURE IT IS AN STABLE

3.MOUNT THE THEODOLITE ON THE TRIPOD AND ENSURE IT IS SECURELY ATTACHED