RIICWD507D - Prepare Detailed Geotechnical Design Assessment

Assignment Task

Appendix 2A Design Brief - Project 1 Attachment 6A

1.1.1 Describe the site Locality

1.1.2 Describe the project requirements relating to Civil Construction work

1.1.3 How will the proposed budget for the project be funded

1.1.4 Outline the 5 proposed site development tasks

1.1.5 Describe how you will apply the geotechnical investigation data provided

1.1.6 Outline the scope of Services aligned to the geotechnical Investigations conducted

1.1.7 Detail the delivery time frames for all future geotechnical investigation services

1.1.8 Outline the traffic data considerations made in the geotechnical report and outline the traffic loading design parameters

1.1.9 Locate and list 13 relevant standards, 1 code of practice, policies, and procedure - guides (list 5) or references that relate to the geotechnical tasks and planned work

1.1.10 Describe the utility services applicable to the project  

1.1.11 Describe the access to land and environmental requirements

1.1.12 The following questions relate to the interpretation and access to hydrological, meteorological, cultural and heritage data

1.1.12.1 Describe the three forms of hydrological data/ meteorological Data that is captured as part of geotechnical design reporting

1.1.12.2 This Advisory Note describes relevant provisions of the Aboriginal Heritage Act 2006 (the Act) and the obligation to protect Aboriginal cultural heritage when undertaking geotechnical investigations What 4 items does the advisory note cover?

1.1.12.3 What are three preliminary considerations required prior to undertaking geotechnical investigations that impacts on Aboriginal cultural heritage

1.1.12.4 What must you do if you discover Aboriginal cultural heritage before or during geotechnical works?

What are the 8 preliminaries required before commencing geotechnical site investigations

1.1.13 Who will be the liaison for the project

1.1.14 Describe the surveying methods used to conduct geotechnical investigations

1.1.15 It is a requirement to log all test pits using the standard proforma logging sheets and comply with requirements of AS 1726. Is imperative all columns are completed in the logging sheets to remain compliant. These sheets used as a prompt; they are not exhaustive and do not necessarily cover all details needed. Each job will have its own requirements and the field operator will need to decide about the inclusion of additional data observed during the fieldwork. Final log sheets for the report shall be clean and written up clearly or typed. Moisture content profiles and other relevant tests shown on the logs. Ensure that all field notes, bore logs, photos, electronic data, and drilling records copied or downloaded daily as a backup for data security.

1.1.16 Outline 5 other Precautions that are necessary in carrying out civil construction work

1.1.17 Outline all the scope of field investigations/ methods used for the project and summarise the scope of fieldwork carried out

1.1.19 Reporting - (Provide a factual report or an interpretative report) including the following as a minimum

1.1.19.1 Introduction, outlining scope and objectives

1.1.19.2 Site description and regional geological setting

1.1.19.3 Fieldwork methods and results including equipment used

1.1.19.4 Laboratory testing results

1.1.19.5 Map showing test pit locations

1.1.19.6 Copy of the plans showing all test pit (and borehole) and DCP locations, giving all grid co-ordinates, and also show the chainages and offset distances as measured on site from the centreline of existing or proposed road

1.1.19.7 Reference the appendices/attachments as required to present all photographs, mapping, logs, field testing and laboratory testing, GPS coordinates.

Appendix 2B Design Brief - Project 2 Attachment 6B

1.1.1 Describe the site Locality

1.1.2 Describe the project requirements relating to Civil Construction work

1.1.3 How will the proposed budget for the project be funded

1.1.4 Outline when construction is planned to commence by providing a list of geotechnical requirements in a civil works schedule

1.1.5 Describe how you will apply the geotechnical investigation data provided

1.1.6 List the scope of Services aligned to the geotechnical Investigations conducted

1.1.7 Detail the delivery time frames for all future geotechnical investigation services

1.1.8 Outline the traffic management plan

1.1.9 Locate and list 8 relevant standards, 4 forms of legislation /code, policies, and procedure - guides (list 2) or references that relate to the geotechnical tasks and planned work

1.1.10 Describe the utility services applicable to the project

1.1.11 Describe the access to land and environmental requirements

1.1.12 Describe the cultural clearances and approvals required before mobilising for fieldwork

1.1.13 Who will be the liaison for the project

1.1.14 Describe the surveying methods used to conduct geotechnical investigations

1.1.15 It is a requirement to log all test pits using the standard proforma logging sheets and comply with requirements of AS 1726. Is imperative all columns are completed in the logging sheets to remain compliant. These sheets are intended to be used as a prompt; they are not exhaustive and do not necessarily cover all details needed. Each job will have its own requirements and the field operator will need to decide about the inclusion of additional data observed during the fieldwork. Final log sheets for the report shall be clean and written up clearly or typed. Moisture content profiles and other relevant tests shall be shown on the logs. Ensure that all field notes, bore logs, photos, electronic data, and drilling records are copied or downloaded daily as a backup for data security.

1.1.16 Outline 5 other Precautions that are necessary in carrying out civil construction work

1.1.17 Outline all the scope of field investigations/ methods used for the project and summarise the scope of field work carried out

1.1.18 Record the laboratory testing conducted for the project

1.1.19 Reporting - (Provide a factual report or an interpretative report) including the following as a minimum

I.1.1.19.1 Introduction, outlining scope and objectives

I.1.1.19.2 Site description and regional geological setting

1.1.19.3 Fieldwork methods and results including equipment used

1.1.19.4 Laboratory testing results

1.1.19.5 Map showing test pit locations

1.1.19.6 Copy of the plans showing all test pit (and borehole) and DCP locations, giving all grid co-ordinates, and also show the chainages and offset distances as measured on site from the centreline of existing or proposed road

1.1.19.7 Reference the appendices/attachments as required to present all photographs, mapping, logs, field testing and laboratory testing, GPS coordinates.

Appendix 3 Design Analysis Report

1.1 Briefly describe the project:

1.2 Provide any background information important to understanding the decision(s) and the evaluation process:

1.3 Related documents (such as a Basis of Design): List any signed Basis of Design or other major design documentation documents that it is important to know of by listing documents such as the Basis of Design, you can minimize or eliminate the need to provide that information here. You may also say “see the Basis of Design.”

1.4 Identify the pros and cons  of footing design decisions. Discuss the performance trade-offs and compare the performance of the options. Discuss the trade-offs without reaching a conclusion on which option is best…that comes below. This can be a fairly lengthy section, if necessary

1.5 Site classification  based on the method used. Outline the 4 criteria required to perform the footing design and complete the table calculations outlining the edge and internal beams depth, base, mesh, top bar reinforcement , bottom reinforcement and  maximum beam spacing using calculation methods including but not limited to areas, volumes, densities, mass, percentages and grades as applicable.

1.6 Show the survey marks (using various colour markings) used to identify  the inclination or decline and direction of the ground before construction for chosen points measured to scale of 1/100

1.7 Discuss the evaluation methodology. Describe the metrics/considerations that was used to choose between options Describe methodology (quantitative or qualitative) and any performance targets. The performance metrics, methods and targets you choose will be part of your performance trade-offs “story.”

This should be a SHORT, concise section Simply looking for:

• HOW ARE YOU GOING TO CHOOSE BETWEEN OPTIONS?
• This is where you LIST and EXPLAIN the CONSIDERATIONS/METRICS that will be used to choose between options for example, if you are going to choose to “minimize impact to adjacent businesses” or choose to “minimize environmental impacts” then these would be metrics to list.
• You can explain any “weighting” that will be applied…for instance, you can say that although 7 metrics will be used to choose between options, safety and mobility will have the highest weights attached during evaluation…you don’t need to weight things quantitatively either…you just can say that some metrics are weighted higher.
• Describe METHODS. For example, will any quantitative analysis be included for safety or mobility?
• While we always want to keep our project baseline needs in mind, to have an awareness of what we are there to fix, often the project baseline needs (or contextual needs, for that matter) will NOT be a major player in the specific decision being documented on this template

1.8  Discuss any mitigating measures added to address performance trade-offs. Clearly identify mitigating measures. It may not be possible to get the desired performance in a category, but the performance may be mitigated by doing low-cost countermeasures, such as adding signing

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