Prepare a Series of Simple Reports for the Project House Architectural Plans - Engineering Assignment Help

Assignment Task:

Task:

Task 1.1Research and report
Requirements:
You are to prepare a series of simple reports for the project CPCCBC4010B_AS1_Tafe House Architectural Plans’ The reports should be 3-4 paragraphes for each of the materials.
Where you are providing manufactures documentation provide only the relevant installation and fixing details which explains how the material is incorporated into the building
Research and report on the following:
a)Domestic cladding systems:
i.Research and nominate three (3) different cladding systems commonly used in a residential construction application.Provide your opinion about the benefits of each
ii.For each of the claddings provide the manufacturers installation drawings / details
b)A waterproofing system that could be used to waterproof a bathroom area in a residential dwelling:
i.Provide a manufacturers installation details for on one (1) waterproofing system for the bathroom area
ii.What form will be provided by the licenced waterproofing installer so that it can be provided to the certifier so the building can get to get a final approval?
c)Termite protection:
i.Research and nominate the type of termite protection system which will be used for this building.
ii.Provide details of how the system work`s and also the manufacturer’s details, and literature.
d)Building wrap and sarking:
i.Research and nominate two (2) different building wraps and two (2) different roof sarking products which could be used for this building commonly used in a residential dwelling.
ii.Provide details of how and when you would use these, as well as the advantages of their use. Also include literature for each.
Provide manufacturer’s details for each of these and give your opinion of why one type would be better than the other.
e)Windows:
i.Research and nominate two (2) different types of windowthat would be suitable for this building. Give your opinion about the benefits of each type
ii.Provide the manufacturer’s documentation for the recommended installation.
f)D.P.C:
i.Research and nominate two (2) different types of D.P.C products.
ii.Discuss the relative advantage/disadvantage of each, and provide literature on each.
g)Roof truss erection:
i.List the steps involved in erecting roof trusses for the roof of this building. Include quality checks, safety precautions, and manufacturer’s specifications.
ii.Include a plan or sketch of all components.
Task 1.2
Scenario:You have been asked to tender for a project shown in the plans ‘CPCCBC4010B_AS1_Tafe House Architectural Plans’.
The project is to be located north – west of Bundaberg, approximately 30kms from the coast, on the top of a heavily timbered hill in a rural locality.
You are to;
a)Identify and analyse required project documentation to ensure structural adequacy and good construction practices associated with this project.
i.What company/association/department etc, legislation and documents control this?
(List at least four (4).
ii.Explain the relevance of each document.
b)Identify and provide a list of at least five (5) industry professionals that would be need for this project. Provide a brief description (1 sentence) about their roles in the project. (i.e. those who would typically be involved in a low-rise residential project - not trades.).
c)In your own words, assess and discuss the requirements of the NCC/BCA in regards to the following for this project:(2-3 sentences about each)
i.bushfire
ii.high wind
iii.earth quake
iv.alpine zones
d)Assess and disucss the use of at least two (2) new and emerging technologies/systems/ materials/products,etc.,you could use in the project and provide examples, via documentation and commentary of possible use. (This could be a new cladding/roof system, decking product etc.). Include in your response how the new technologies/systems/materials/products meet with the compliance requirements of the NCC/BCA.
e)Prepare a pre-commencement site inspection check listas described in ‘Pre-commencement site inspection” section of the Connect learning material. Consider all items required to be addressed before you could commence onsite construction. (i.e. power, water, amenities’, access, documents etc. Make sure you could use this onsite)

Task 1.3
Requirements:

• You are to create a checklist for each of the following eight (8) stages/scenarios for construction of a lowset slab on ground dwelling.
• The first part of your checklists should include which part of the NCC applies and which Australian standards would be used to ensure compliance. The second part of the checklist should address the steps in the task and any checks which should be completed prior to the next stage of the work be commenced (The QBCC standards and tolerences guide and any relevant manufacturers installationdocuments will be helpful for this task)
• Concrete block retaining wall 1.2m high. (Be sure to include at least set-out, block and joint sizes, reinforcing steel and drainage.
• Footings and slab.(be sure to include set-out, height above ground, termite protection and damp proofing, specification of the concrete, reinforcing steel and curing process.
• Timber frame (stick fram or pre-nailed) including temporary and permanent bracing and tie down.
• Roof truss system including layout requirements temporary and permanent bracing and tie down.
• Brickwork for a brick veneer building with a tiled roof (be sure to include builders wrap and sarking), damp proof course and weep hole placement.
• Ply sheet cladding, including sarking, fixing requirements, flashings and sealants.
• Window and door installation, including fixing details, flashings and sealants.
• Waterproofing of a bathroom, including floor substrate requirements, floor to wall juctions, bond breakers, membrane thickness, membrane protection.
• Task 1.4
• Requirements:
• Access a completed lowset building and USE your checklists from task 1.3 to determine if the building complies with the requirements: of the following items:
• a.Footing and slab
• b.Truss installation
• c.External Cladding installation
• d.Window and door installation
• Your submission is to be uploaded with your name, student number and date of submission on the cover page. The file will be named: YourLastName_Unitnumber_Asessmentnumber - as an example - Smith_4010_AS1
• Task 2.1
• Requirements:
• You are to select and inspect a pre-1980`s built building, or similar structure, in your area that you can use for this case study. You are to present a report that addressed all of the following criteria below.
• Within your submission you are to;
• Photograph the external,
• sketch a site
• refer to WHS Queensland website and AS2601.
• Your submission must be presented as a report, and include the following:
• a)A simple procedural manual for demolition that conforms to legislation, planning and safe work practices (list the stages, in sequence, required for the demolition and provide examples of any required documentation).
• b)Impact of structural design factors on the demolition procedures and processes (how is the demolition to be safely performed in regards to its deconstruction, and which professionals would you need to consult?).
• c)Identifying areas of potential risk due to hazardous materials eg. Asbestos Containing Materials, Lead Paints, etc. (assume these to be present and provide details of how to safely remove off site).
• d)Disconnection of services including power, water, gas, etc. (who would you contact and what do you need to do?).
• e)Complete a ‘Contract for Demolition of Residential Premises’ available from the QBCC website (use hypothetical details where required).
• Your submission is to be uploaded with your name, student number and date of submission on the cover
• page. The file will be named: YourLastName_Unitnumber_Asessmentnumber - as an example –
• Smith_4010_AS2
• Task 3.1
• Requirements:
• You are to provide a professional document/report (suitable for use by another party) that details the
• criteria listed below. Within this document/report you are to include the site and plan selections, as well
• as the calculations, findings and questions.
• You are required to use AS1684 for timber size, grade, bracing and tie down.
• Note: The wind classification for this site will be N3
• Select a residential vacant block, in your local area, and a for the house design in the ‘CPCCBC4010B_AS3_Tafe House Architectural Plans’ provided and produce a pre commencement site inspection report showing photos and details of your chosen block.
• Use and adapt the attached pre commencement checklist template as this will form your report your site report for this task.
• Task 3.2
• Requirements:
• Produce a COMPLETE list of structural components (timber and/or steel sizes, strength grade etc.) for the attached plans plans (‘CPCCBC4010B_AS3_Tafe House Architectural Plans’). Use of AS1684.2 is required and will be the basis for timber sizing.
• Bearers / Joists F17Seasoned
• Wall Frame Components = MGP 12
• Lintels = F17 Seasoned
• Should you choose to use steel bearers for the above you must provide the steel span tables with your submission.
• Identify the kN Resistance Force for bracing in both directions for the project. You DO NOT have to calculate the racking force on the sub-floor area. Show all calculations in how you have determined the racking forces.
• Calculate the bracing required for the first floor and nominate the bracing type and locations on the floor plan. (Use at least 2 different types of Bracing: eg. Strap, Ply Brace, FC Sheet etc. Nominal bracing can be used. Use of, and reference to, AS1684 is a requirement of this task). Provide a bracing schedule that shows all calculations, etc.
• Produce a tie-down schedule (include calculations for uplift force, etc) for the first floor plan. Tie-Down requirements for the following tie-down points must be presented:
• •Bottom plate to joist
• •Stud to top plate, and
• •Truss to top plate.
• Alternatively you may present as a series of labelled diagrams. (Use and reference to AS1684, is a requirement of this task.)
• Task 3.3
• What would be the advantages of using “Shadow clad” plywood sheeting in lieu of weatherboard cladding to the external walls of the house?
• What safety precautions should you be aware of during erection of the frame? (discuss items such as temporary braces for frame and roof, manual handling, work at heights, use of tools etc.)
• Task 3.4
• Requirements:
• Using the AS 1684.2 and a wind classification of N3, complete the following tasks. The design calculations are to be presented as a professional document (suitable for submission to an estimator). The checklist must be able to be used onsite.
• Design and draw a plan and section of a deck and patio entertaining area 6.0m wide x 5.0m long.
• Details: Height to underside of rafters is 2.3m from the deck, attached to existing fascia. Posts will be 90mm X 90mm HWD on stirrups. 90mm decking to floor on treated pine joist and bearer system. Treated pine rafters and ‘Colorbond’ metal sheet roof. The deck is 1.7m from the existing ground level. Access from the deck to the yard is required. The 6.0m side has a view of the hinterland and the client has requested that the only posts to be used will be on the corners of the patio deck.
• Design all Structural Members using AS1684.2, or from a suitable manufacturer’s design software. Keep in mind that the 6.0m beam should not obscure the view. Therefore consider the size of the beam, and type of beam.
• Include all your calculations in determining the structural member sizing, including copies of the AS1684.2 tables used, with relevant parameters used highlighted, or a print out from the software program which shows the details you have used.
• Use AS1684.2 to design a footing that would be suitable for the patio deck project, i.e. size, depth and concrete type.
• Include in your response how you would set the footings out, and the table/s used to determine the footing size. Highlight the parameters you have used to size the footings.
• Task 3.5

Requirements:
Create a checklist to ensure the structural integrity of the patio deck structure (task 3.4) from footing to colourbond roof.
Footings to underside of bearer
Floor joist to bearer
Corner post to verandah beam
Rafters to verandah beam / Roof battens to rafter

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