CEM471 Engineering Drawing UITM Assignment Sample Malaysia

CEM471 Engineering Drawing is a course offered by Universiti Teknologi MARA (UiTM) that provides students with a comprehensive understanding of engineering drawing principles and practices. This course is designed to equip students with the necessary skills and knowledge to create accurate and effective technical drawings for a wide range of engineering applications.

Throughout the course, students will be exposed to various topics, such as geometric construction, orthographic projection, dimensioning, sectional views, and assembly drawings. They will also learn about different types of engineering drawings, including detail drawings, assembly drawings, and schematic diagrams.

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Here, we provide some assignment outlines. These are:

Assignment Outline 1: Express the basic knowledge and skill in using drafting equipment.

Drafting equipment is essential for creating accurate technical drawings and designs. Some of the basic equipment and skills needed for drafting include:

1. Drawing board: A flat surface used as a base for drawing. It can be made of wood, plastic, or metal.
2. T-square: A straightedge with a crosspiece at one end, used for drawing horizontal lines.
3. Triangles: Two triangles, one 30-60-90 degrees and the other 45-45-90 degrees, are used for drawing vertical and angled lines.
4. Compass: A tool used for drawing circles and arcs.
5. Scale ruler: A ruler with different scales for measuring distances on a drawing.
6. Pencils: Different types of pencils are used for drawing, ranging from soft to hard leads.
7. Erasers: Different types of erasers are used for removing mistakes and correcting errors.
8. Lettering guide: A tool used for creating consistent lettering on a drawing.

In addition to these tools, some basic skills needed for drafting include:

1. Understanding scale: Being able to translate measurements from real-world objects to a scaled-down drawing.
2. Precision and accuracy: Drafting requires attention to detail and precise measurements.
3. Lettering: Being able to create clear and consistent lettering on a drawing.
4. Familiarity with drafting conventions: Understanding and following accepted drafting conventions, such as line weight, symbols, and abbreviations.

Overall, using drafting equipment requires a combination of technical knowledge and manual dexterity to produce accurate and professional-looking technical drawings.

Assignment Outline 2: Apply the basic idea of theoretical and practical aspects of technical drawing in producing a various types of basic architectural, structural and civil engineering drawings through CAD system.

Technical drawing is an essential tool used in architecture, structural engineering, and civil engineering to communicate design ideas and construction details. Technical drawings are precise, standardized, and provide a visual representation of a project. In recent years, Computer-Aided Design (CAD) software has revolutionized the technical drawing process, making it easier, faster, and more accurate. In this context, the basic idea of theoretical and practical aspects of technical drawing can be applied in producing various types of basic architectural, structural and civil engineering drawings through a CAD system.

Theoretical Aspects of Technical Drawing

The theoretical aspects of technical drawing refer to the basic principles and concepts that underpin the creation of technical drawings. These principles include:

1. Scale: Technical drawings must be drawn to scale, which means that the proportions of the drawing should match the actual object being drawn. CAD systems make it easy to set the scale for a drawing and ensure that all dimensions are accurate.
2. Dimensioning: Technical drawings must include accurate and precise measurements of the object being drawn. CAD systems make it easy to add dimensions to a drawing and ensure that they are correct.
3. Line types: Different line types are used in technical drawings to represent different objects and features. CAD systems allow for the use of different line types, such as hidden lines, centerlines, and section lines, to create clear and detailed drawings.
4. Projection: Technical drawings often use different projection methods to represent three-dimensional objects on a two-dimensional surface. CAD systems make it easy to create different views of an object and to switch between different projection methods.

Practical Aspects of Technical Drawing

The practical aspects of technical drawing refer to the skills and techniques used to create technical drawings. These skills include:

1. Drafting: Drafting is the process of creating a technical drawing by hand. While traditional drafting techniques are still used in some contexts, CAD systems have largely replaced manual drafting in architecture, structural engineering, and civil engineering.
2. Computer-Aided Design (CAD): CAD systems are software programs that allow designers to create technical drawings on a computer. CAD systems provide tools for drawing lines, adding dimensions, creating 3D models, and generating reports.
3. Drawing Standards: Technical drawings must conform to industry standards to ensure that they are clear, accurate, and easy to understand. CAD systems often include templates and tools that help designers comply with these standards.

Types of Technical Drawings

Technical drawings are used in a variety of contexts in architecture, structural engineering, and civil engineering. Some of the most common types of technical drawings include:

1. Floor Plans: Floor plans are technical drawings that show the layout of a building or room from above. They include walls, doors, windows, and other features.
2. Elevations: Elevations are technical drawings that show the exterior of a building from different angles. They include details such as the location of windows, doors, and other features.
3. Sections: Sections are technical drawings that show a cutaway view of a building or object. They are used to show interior details and construction details.
4. Details: Details are technical drawings that show specific features or components of a building or object in detail. They are used to show how different parts of a building or object are constructed or connected.

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