CEM443 Civil Engineering Drawing And Quantities UITM Assignment Sample Malaysia

CEM443 Civil Engineering Drawing and Quantities is a course offered at the Universiti Teknologi MARA (UITM) to equip students with the necessary skills and knowledge in technical drawing and estimating quantities in civil engineering projects. This course is designed to provide students with the fundamental principles of engineering graphics and construction drawings, including the use of computer-aided design (CAD) software. 

Additionally, the course will cover the essential aspects of quantity surveying, such as measurement, cost estimating, and cost control. The students will learn how to create accurate and comprehensive civil engineering drawings and quantify project requirements to ensure efficient project management. This course is essential for students pursuing careers in civil engineering, architecture, and construction, and it is a fundamental building block for their professional development in the industry.

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Here, we will provide some assignment activities. These are:

Assignment Activity 1: Demonstrate the basic knowledge and skill by using drafting equipment and ICT tools to produce technical drawings and bill of quantities.

To produce technical drawings, you will need to have a good understanding of drafting principles and practices, as well as proficiency in using drafting software such as AutoCAD or SolidWorks. Here are some steps you can follow:

1. Define the scope of your technical drawing project and determine the specific drawings you need to produce.
2. Gather all the necessary information, including specifications, measurements, and design requirements.
3. Create a rough sketch of the drawing by hand or using a software program such as Microsoft Paint.
4. Use a drafting software program to create the final technical drawing, using the measurements and specifications you gathered in step 2.
5. Label all parts of the drawing, including dimensions, notes, and other important details.
6. Review the drawing for accuracy and completeness.

To produce a bill of quantities, you will need to have a good understanding of construction materials and estimating principles, as well as proficiency in using estimating software such as Bluebeam or PlanSwift. Here are some steps you can follow:

1. Define the scope of your project and determine the specific materials you will need.
2. Gather all the necessary information, including quantity takeoffs, labor costs, and other expenses.
3. Use an estimating software program to create the bill of quantities, using the information you gathered in step 2.
4. Break down the costs of each item on the bill of quantities, including labor, materials, and other expenses.
5. Review the bill of quantities for accuracy and completeness.
6. Use the bill of quantities to create a detailed estimate for the project.

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

Technical drawing is a fundamental skill for architects, structural and civil engineers, and other professionals in the construction industry. It involves creating detailed and accurate drawings that communicate design concepts, specifications, and instructions for construction projects. With the advent of computer-aided design (CAD) systems, technical drawing has become even more efficient and precise.

Theoretical aspects of technical drawing:

The theoretical aspects of technical drawing involve understanding the principles and conventions of drafting, including geometric constructions, projection methods, and dimensioning. Technical drawings typically use a combination of orthographic projection and isometric projection to show the three-dimensional form of objects in two dimensions. Orthographic projection involves drawing multiple views of an object, such as top, front, and side views, while isometric projection shows the object from a 3D perspective.

Other important theoretical aspects of technical drawing include standard conventions for line types, symbols, and annotations. This ensures that drawings are consistent and understandable across different projects and disciplines.

Practical aspects of technical drawing through CAD system:

With the use of CAD systems, technical drawing has become more streamlined and efficient. CAD software allows architects and engineers to create detailed, precise drawings quickly and easily. They can also use the software to manipulate and modify drawings as needed, making changes to designs without having to start over from scratch.

CAD software includes a range of tools and features for technical drawing, such as automated dimensioning, symbol libraries, and 3D modeling. This enables architects and engineers to produce various types of basic architectural, structural, and civil engineering drawings, such as floor plans, elevations, sections, and details.

Furthermore, CAD software can produce highly accurate and precise drawings that are easily shared and communicated with clients, contractors, and other stakeholders. It also allows for easier collaboration among team members who may be working remotely or in different locations.

Assignment Activity 3: Present civil engineering drawing and quantities.

Civil engineering drawing is a graphical representation of civil engineering projects, which is used to communicate design details and construction requirements. The drawings include plans, sections, elevations, and details of various components of the project. Quantities are the numerical values of various materials, resources, and labor required to complete a construction project.

The civil engineering drawing and quantities include:

1. Site Plan: A site plan is a drawing that shows the entire project area, including the boundaries, buildings, roads, parking areas, and other features.
2. Foundation Plan: The foundation plan shows the details of the foundation of the building, including the size and type of footings, columns, and walls.
3. Floor Plan: The floor plan shows the layout of each floor of the building, including the walls, doors, windows, and other features.
4. Structural Drawings: The structural drawings show the details of the structural components of the building, including beams, columns, and slabs.
5. Electrical Drawings: The electrical drawings show the layout of the electrical system, including the placement of outlets, switches, and lighting fixtures.
6. Plumbing Drawings: The plumbing drawings show the layout of the plumbing system, including the placement of pipes, fixtures, and valves.
7. HVAC Drawings: The HVAC (Heating, Ventilation, and Air Conditioning) drawings show the layout of the HVAC system, including the placement of ducts, vents, and equipment.

Quantities include:

1. Excavation: The excavation quantity includes the amount of earth to be removed to create the foundation of the building.
2. Concrete: The concrete quantity includes the amount of concrete required for the foundation, columns, walls, slabs, and other structural components.
3. Steel: The steel quantity includes the amount of steel required for the reinforcement of concrete and structural components.
4. Plumbing: The plumbing quantity includes the amount of pipes, fittings, and fixtures required for the plumbing system.
5. Electrical: The electrical quantity includes the amount of wiring, conduits, outlets, switches, and lighting fixtures required for the electrical system.
6. HVAC: The HVAC quantity includes the amount of ducts, vents, and equipment required for the HVAC system.

These quantities are used to estimate the cost of the construction project, as well as to order materials and resources necessary to complete the project.

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