CHE111 Engineering Drawing UITM Assignment Sample Malaysia

CHE111 Engineering Drawing is an essential course offered by Universiti Teknologi MARA (UITM). This course is designed to equip students with the fundamental skills and knowledge required in the field of engineering drawing. Whether you are pursuing a degree in civil engineering, mechanical engineering, or any other related discipline, this course serves as a solid foundation for your future engineering endeavors.

Engineering drawing is a crucial aspect of engineering design, serving as a means of communication between engineers, architects, and manufacturers. It involves the creation and interpretation of technical drawings, schematics, and diagrams that accurately represent the shape, size, and specifications of various engineering components and systems.

Discover a wide range of free assignment samples available for the CHE111 Engineering Drawing course.

Here, we will describe some assignment tasks. These are:

Assignment Task 1: Illustrate the various command and tools in the drafting setting.

In a drafting setting, there are various commands and tools available to create and edit drawings. These commands and tools may vary depending on the specific drafting software being used, but I’ll provide a general overview of some common ones. Please note that this list is not exhaustive and may not cover all possible commands and tools.

1. Line: This tool allows you to draw straight lines between two points.
2. Circle: This command lets you create circles and arcs based on center and radius or diameter.
3. Rectangle: With this tool, you can draw rectangles by specifying the two corners.
4. Arc: This command helps you create arcs by specifying the center, start point, and end point.
5. Polyline: A polyline is a connected sequence of line segments. This tool allows you to draw polylines with multiple vertices.
6. Hatch: The hatch command is used to fill an enclosed area with a pattern or solid fill.
7. Dimension: This command enables you to add dimensions to your drawing, such as linear dimensions, angular dimensions, and radial dimensions.
8. Text: With the text tool, you can add annotations and labels to your drawing by specifying the insertion point and entering the desired text.
9. Modify: The modify command set includes various tools for editing and manipulating drawing objects. Some common tools within this category include:
   • Move: Moves objects from one location to another.
   • Copy: Creates copies of selected objects.
   • Rotate: Rotates objects around a specified point.
   • Scale: Resizes objects proportionally or non-proportionally.
   • Trim/Extend: Trims or extends objects to meet other objects or selected boundaries.
   • Fillet/Chamfer: Rounds or bevels the corners of two intersecting lines or objects.
10. Layers: Layers allow you to organize objects within a drawing and control their visibility and properties. You can create, modify, and manage layers to keep your drawing organized.
11. Blocks: Blocks are reusable groups of objects. You can create blocks from existing objects and insert them multiple times in your drawing. Blocks are useful for maintaining consistency and efficiency.
12. Inquiry: Inquiry tools provide information about the drawing, such as distances, areas, and object properties.
13. Zoom and Pan: These commands allow you to navigate and view different areas of the drawing.
14. Plot/Print: These commands let you set up and configure the printing or plotting parameters to create hard copies of your drawing.

Again, the specific commands and tools available may differ depending on the drafting software you are using. It’s essential to consult the documentation or user guide of the software for a comprehensive list of commands and tools available in that particular program.

Assignment Task 2: Sketch 2D and 3D technical drawings using engineering drawing software.

To create technical drawings, you’ll need software specifically designed for that purpose. Some popular options include AutoCAD, SolidWorks, CATIA, and Fusion 360. These software packages provide comprehensive tools and features for creating both 2D and 3D drawings.

Here are the general steps involved in creating 2D and 3D technical drawings:

2D Technical Drawings:

1. Set up the drawing: Start by defining the paper size, units of measurement, and scale of your drawing.
2. Create the basic shape: Use tools like lines, arcs, circles, and rectangles to draw the outline of your object.
3. Add dimensions: Use dimensioning tools to add accurate measurements to your drawing, specifying lengths, angles, and other important dimensions.
4. Include annotations: Add text labels, notes, and other annotations to provide additional information about the object or drawing.
5. Apply appropriate line types and weights: Differentiate between visible, hidden, and center lines by using the appropriate line types (continuous, dashed, etc.) and line weights (thickness).
6. Apply hatching or shading: If necessary, use hatching or shading techniques to indicate different materials or surface finishes.
7. Check for accuracy: Review your drawing carefully, ensuring that dimensions, annotations, and other details are accurate and clear.

3D Technical Drawings:

1. Create a 3D model: Use the software’s modeling tools to create a detailed 3D representation of your object.
2. Define materials and appearances: Assign appropriate materials and appearances to different parts of your model to represent their physical properties accurately.
3. Set up the view: Choose the desired view or perspective for your drawing (e.g., isometric, top view, front view).
4. Generate 2D views: Use the software’s tools to generate 2D orthographic views (top, front, side) from your 3D model.
5. Add dimensions and annotations: Apply dimensions and annotations to the 2D views, similar to the process in 2D technical drawings.
6. Check for accuracy: Review the 2D views, dimensions, and annotations to ensure accuracy and clarity.

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