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CONTINUING PROFESSIONAL CONSULTING SERVICES (CCNA) NO. 20-07-01
<br />10
<br />City of
<br />The proposed work breakdown is as follows:
<br />Preliminary Desk Study
<br />The objective of the preliminary desk study is to produce sufficient evidence to allow the
<br />formation of hypotheses regarding geological structure, the nature of the deposits on the
<br />site, and the location and type of engineering problems which may arise as a result of
<br />ground conditions.
<br />
<br />• USDA/USGS site vicinity maps
<br />• Review of project requirements/elements
<br />• Review of any available geotechnical reports in the project vicinity
<br />• Interpretation of aerial photographs
<br />
<br />Site Reconnaissance
<br />The site reconnaissance/walkover involves an inspection of the site and
<br />surrounding area on foot. The object of this exercise is to confirm, amplify
<br />and supplement the information collected during preliminary desk study.
<br />Many features and issues may be observed during a site reconnaissance.
<br />Only with experience can the relative importance and significance of these
<br />features be interpreted in the field. Typically, the following observations will
<br />be made within the vicinity of the project site:
<br />• Accessibility issues
<br />• Existing vegetation
<br />• Ditches/canal, side slopes, water levels, soil stratification along the side slopes
<br />• Muck condition wet/dry, this will determine the type of rig to be used
<br />• Existing infrastructure within the project vicinity i.e., overhead FPL transmission lines and underground utilities
<br />• Structures situated on or near the site will be observed for damage. Pattern and extent of cracks in the
<br />damaged structure will be noted.
<br />• The cost of transporting bulk construction materials, such as sand and aggregates can be prohibitive if the
<br />distance between the site and the source is great. It is therefore important to identify potential or existing local
<br />sources of such materials.
<br />
<br />Present a Scope and Fee Proposal to the City PM
<br />The proposal will include but not be limited to:
<br />• The type of drilling equipment to be used
<br />• Suggestions for the depth and number of the borings, if required. Borehole layout and frequency are controlled
<br />by the complexity of the geological conditions. For pump stations, boring depths are governed by the stress
<br />distribution (foundation failure) and seepage considerations. Boreholes should penetrate not only soft or
<br />unstable materials, but also penetrate materials to such a depth that seepage patterns can be predicted
<br />• Identification of any Geophysical study needs and the types of testing and analyses required
<br />• Suggestions for additional/reduction in scope, if and as required
<br />• A schedule to complete the individual work tasks and overall work order
<br />• Our Fee estimate for the proposed scope of work
<br />• Based on the location and requirements of the project, assignment to RADISE subconsultants will be identified
<br />The proposed work breakdown is as follows:
<br />Preliminary Desk Study
<br />The objective of the preliminary desk study is to produce sufficient evidence to allow the
<br />formation of hypotheses regarding geological structure, the nature of the deposits on the
<br />site, and the location and type of engineering problems which may arise as a result of
<br />ground conditions.
<br />
<br />• USDA/USGS site vicinity maps
<br />• Review of project requirements/elements
<br />• Review of any available geotechnical reports in the project vicinity
<br />• Interpretation of aerial photographs
<br />
<br />Site Reconnaissance
<br />The site reconnaissance/walkover involves an inspection of the site and
<br />surrounding area on foot. The object of this exercise is to confirm, amplify
<br />and supplement the information collected during preliminary desk study.
<br />Many features and issues may be observed during a site reconnaissance.
<br />Only with experience can the relative importance and significance of these
<br />features be interpreted in the field. Typically, the following observations will
<br />be made within the vicinity of the project site:
<br />• Accessibility issues
<br />• Existing vegetation
<br />• Ditches/canal, side slopes, water levels, soil stratification along the side slopes
<br />• Muck condition wet/dry, this will determine the type of rig to be used
<br />• Existing infrastructure within the project vicinity i.e., overhead FPL transmission lines and underground utilities
<br />• Structures situated on or near the site will be observed for damage. Pattern and extent of cracks in the
<br />damaged structure will be noted.
<br />• The cost of transporting bulk construction materials, such as sand and aggregates can be prohibitive if the
<br />distance between the site and the source is great. It is therefore important to identify potential or existing local
<br />sources of such materials.
<br />
<br />Present a Scope and Fee Proposal to the City PM
<br />The proposal will include but not be limited to:
<br />• The type of drilling equipment to be used
<br />• Suggestions for the depth and number of the borings, if required. Borehole layout and frequency are controlled
<br />by the complexity of the geological conditions. For pump stations, boring depths are governed by the stress
<br />distribution (foundation failure) and seepage considerations. Boreholes should penetrate not only soft or
<br />unstable materials, but also penetrate materials to such a depth that seepage patterns can be predicted
<br />• Identification of any Geophysical study needs and the types of testing and analyses required
<br />• Suggestions for additional/reduction in scope, if and as required
<br />• A schedule to complete the individual work tasks and overall work order
<br />• Our Fee estimate for the proposed scope of work
<br />• Based on the location and requirements of the project, assignment to RADISE subconsultants will be identified
<br />The proposed work breakdown is as follows:
<br />Preliminary Desk Study
<br />The objective of the preliminary desk study is to produce sufficient evidence to allow the
<br />formation of hypotheses regarding geological structure, the nature of the deposits on the
<br />site, and the location and type of engineering problems which may arise as a result of
<br />ground conditions.
<br />
<br />• USDA/USGS site vicinity maps
<br />• Review of project requirements/elements
<br />• Review of any available geotechnical reports in the project vicinity
<br />• Interpretation of aerial photographs
<br />
<br />Site Reconnaissance
<br />The site reconnaissance/walkover involves an inspection of the site and
<br />surrounding area on foot. The object of this exercise is to confirm, amplify
<br />and supplement the information collected during preliminary desk study.
<br />Many features and issues may be observed during a site reconnaissance.
<br />Only with experience can the relative importance and significance of these
<br />features be interpreted in the field. Typically, the following observations will
<br />be made within the vicinity of the project site:
<br />• Accessibility issues
<br />• Existing vegetation
<br />• Ditches/canal, side slopes, water levels, soil stratification along the side slopes
<br />• Muck condition wet/dry, this will determine the type of rig to be used
<br />• Existing infrastructure within the project vicinity i.e., overhead FPL transmission lines and underground utilities
<br />• Structures situated on or near the site will be observed for damage. Pattern and extent of cracks in the
<br />damaged structure will be noted.
<br />• The cost of transporting bulk construction materials, such as sand and aggregates can be prohibitive if the
<br />distance between the site and the source is great. It is therefore important to identify potential or existing local
<br />sources of such materials.
<br />
<br />Present a Scope and Fee Proposal to the City PM
<br />The proposal will include but not be limited to:
<br />• The type of drilling equipment to be used
<br />• Suggestions for the depth and number of the borings, if required. Borehole layout and frequency are controlled
<br />by the complexity of the geological conditions. For pump stations, boring depths are governed by the stress
<br />distribution (foundation failure) and seepage considerations. Boreholes should penetrate not only soft or
<br />unstable materials, but also penetrate materials to such a depth that seepage patterns can be predicted
<br />• Identification of any Geophysical study needs and the types of testing and analyses required
<br />• Suggestions for additional/reduction in scope, if and as required
<br />• A schedule to complete the individual work tasks and overall work order
<br />• Our Fee estimate for the proposed scope of work
<br />• Based on the location and requirements of the project, assignment to RADISE subconsultants will be identified
<br />The proposed work breakdown is as follows:
<br />Preliminary Desk Study
<br />The objective of the preliminary desk study is to produce sufficient evidence to allow the
<br />formation of hypotheses regarding geological structure, the nature of the deposits on the
<br />site, and the location and type of engineering problems which may arise as a result of
<br />ground conditions.
<br />
<br />• USDA/USGS site vicinity maps
<br />• Review of project requirements/elements
<br />• Review of any available geotechnical reports in the project vicinity
<br />• Interpretation of aerial photographs
<br />
<br />Site Reconnaissance
<br />The site reconnaissance/walkover involves an inspection of the site and
<br />surrounding area on foot. The object of this exercise is to confirm, amplify
<br />and supplement the information collected during preliminary desk study.
<br />Many features and issues may be observed during a site reconnaissance.
<br />Only with experience can the relative importance and significance of these
<br />features be interpreted in the field. Typically, the following observations will
<br />be made within the vicinity of the project site:
<br />• Accessibility issues
<br />• Existing vegetation
<br />• Ditches/canal, side slopes, water levels, soil stratification along the side slopes
<br />• Muck condition wet/dry, this will determine the type of rig to be used
<br />• Existing infrastructure within the project vicinity i.e., overhead FPL transmission lines and underground utilities
<br />• Structures situated on or near the site will be observed for damage. Pattern and extent of cracks in the
<br />damaged structure will be noted.
<br />• The cost of transporting bulk construction materials, such as sand and aggregates can be prohibitive if the
<br />distance between the site and the source is great. It is therefore important to identify potential or existing local
<br />sources of such materials.
<br />
<br />Present a Scope and Fee Proposal to the City PM
<br />The proposal will include but not be limited to:
<br />• The type of drilling equipment to be used
<br />• Suggestions for the depth and number of the borings, if required. Borehole layout and frequency are controlled
<br />by the complexity of the geological conditions. For pump stations, boring depths are governed by the stress
<br />distribution (foundation failure) and seepage considerations. Boreholes should penetrate not only soft or
<br />unstable materials, but also penetrate materials to such a depth that seepage patterns can be predicted
<br />• Identification of any Geophysical study needs and the types of testing and analyses required
<br />• Suggestions for additional/reduction in scope, if and as required
<br />• A schedule to complete the individual work tasks and overall work order
<br />• Our Fee estimate for the proposed scope of work
<br />• Based on the location and requirements of the project, assignment to RADISE subconsultants will be identified
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