CPC50210/CPCCBC4011B - Diploma of Building - Structural Principles to Commercial Low Rise Constructions - Engineering Assignment Help

Assignment Task

Questions

Assessment Instructions: 
This is an open book revision exercise and will be conducted in the classroom, during a training session.
It contains 7 multiple choice and open-end questions. You are required to provide answers to each question to the best of your ability.
Read each question carefully and choose the ONE best answer. 
 

Assessment Task:  
Questions - 
1- What methods would you use to communicate with and relate to a range of people from diverse social, economic, and cultural backgrounds and with varying physical and mental abilities?

2- How is the performance of a structure affected by the section properties of various materials?
3- What project documentation would you need to collect and analyze so that you could complete analysis of the Plans and specifications of the project?
4- What references from the BCA volume 1 would you use to check compliance of your project documentation for the following:

• Bushfire
• High wind
• Earthquake
• Alpine environments?

5- How could you assess new building technologies to ensure compliance with the BCA?
6- Why would you need to do a site inspection before starting the project?
7- Why would you consult the following industry professionals and what methods could you use to communicate with them?
a.Architects
b.Draftspersons
c.Engineers
d.Quantity surveyors
e.Surveyors

Project 1

You are a builder and your company is building the following projects:
A block of 4 offices with the following structure:
1- Concrete slab 
2- Reinforced masonry external walls. The side and  rear walls are on the boundary abutting other structures  and the front wall is to be coated with acrylic coating texture finish
3- Internal walls to be fire-rated plasterboard on a lightweight steel frame 
4- Roof structure to be timber truss roof with long-run metal sheeting
5- There is to be a toilet block to be shared by the 4 offices.
6- Each office will have its own ducted air-conditioning system
7- A stand-alone tourist center with the following structure;
8- Timber floor system on steel posts
9- Pole frame to the front half of building
10-Timber frame with corrugated colourbond metal cladding on the back half of the building.
11- Between the poles, at the front, there will be a combination of windows and fiber cement cladding
12- The roof system will be timber trusses with corrugated colourbond metal cladding
A block of 5 factories with the following structure:
1- Concrete slab
2- Steel Portal frame with Tilt-slab external walls and dividing walls. The rear and one side wall are on the boundaries and abut other buildings
3- The mezzanine floor of timber floor system supported on the interior with steel posts
4- Steel roof system with long-run metal sheeting with 2 roof ventilators fitted to each factory

You are a builder and your company is building the following projects:
A block of 4 offices with the following structure:
1- Concrete slab 
2- Reinforced masonry external walls. The side and  rear walls are on the boundary abutting other structures  and the front wall is to be coated with acrylic coating texture finish
3- Internal walls to be fire-rated plasterboard on a lightweight steel frame 
4- Roof structure to be timber truss roof with long-run metal sheeting
5- There is to be a toilet block to be shared by the 4 offices.
6- Each office will have its own ducted air-conditioning system
7- A stand-alone tourist center with the following structure;
8- Timber floor system on steel posts
9-  Pole frame to the front half of building
10- Timber frame with corrugated colourbond metal cladding on the back half of the building.
11- Between the poles at the front, there will be a combination of windows and fiber cement cladding
12- The roof system will be timber trusses with corrugated colourbond metal cladding
A block of 5 factories with the following structure:
Concrete slab
1- Steel Portal frame with Tilt-slab external walls and dividing walls. The rear and one side wall are on the boundaries and abut other buildings
2- The mezzanine floor of timber floor system supported on the interior with steel posts
3- Steel roof system with long-run metal sheeting with 2 roof ventilators fitted to each factory.

You will do the following:
You are to outline how you will plan, coordinate and manage the following for each of the projects above:
1- Set out the building
2- Lay the footings or concrete slab including damp coursing and termite protection.
3- Lay the floor system including damp coursing and termite protection.
4- Build the structural wall systems and wall cladding systems including the installation of windows and external doors. You will include the type of wall systems needed for each building so as to meet the BCA.
5- Build the structural roof system and install the roof cladding system

6- Explain how the processes you employ will ensure compliance with the relevant codes (including Fire rating), standards, regulations, industry construction principles, contract documents, and project documentation and ensure the quality of structures for the class of building. You need to reference the parts of BCA volume 1 that apply to each section.

Project 2
If you have already completed this project you may use it to satisfy the assessment for this project.
1- You are to demolish an existing single-story house that is lined externally with asbestos cement sheeting. Inside linings are of Masonite to the majority of the house and Asbestos cement sheets to the bathroom and laundry. It has a pitched roof of hardwood timber and corrugated iron roof sheeting.
Please explain how you would: 
1- Plan the demolition of the structure taking in accordance with structural principles.
2- Coordinate the demolition in accordance with legislation, environmental standards, and safe work practice.

Project 3
1- Explain the structural performance characteristics of the following structures and how you would apply these to the planning of the construction work:

• Slabs
• Floors
• Beams
• Columns
• Retaining walls

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