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Project generally consists of water pollution control, traffic control, and removal of existing facilities within the Mission Creek Channel and adjoining parcels, including demolition of existing bridge and sheet pile transition channel walls (Haley and Gutierrez Street bridges). Work includes installation of approximately 882 linear feet of soldier pile wall using 30/36-inch cast-in-drilled-hole piles; earthwork; construction of rock-slope protection banks and in-stream rock features; protection of existing facilities and utilities, landscape plantings; and restoration of improvements on adjoining private parcels.
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Pain points mentioned in board meetings and strategic plans
Instantly outline and draft all requirements
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Starbridge can help you:
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Starbridge.ai books 30 - 40% of leads into meetings
Provide flood risk management project, reach 4 phase 1 river floodwall and pump station.
Posted Date
-
Due Date
Dec 16, 2025
Close: Dec 16, 2025
Provide flood risk management project, reach 4 phase 1 river floodwall and pump station.
AvailableNevada State University (NSU) is seeking a qualified architectural and engineering firm to provide professional services for design of an armored channel/berm system, associated drainage facilities, and a mass grading plan to provide 100-year storm event flood protection for the campus. The scope includes environmental assessments, geotechnical investigations, hydrologic and hydraulic drainage analysis, berm and mass grading design, and preparation of construction bid documents, with coordination required with City, County, and State authorities. The selected firm must have experience in high-liability design work, subsurface investigations, drainage channel design in arid environments, and delivery methods including General Construction and CMAR.
Posted Date
Nov 21, 2025
Due Date
Feb 6, 2026
Release: Nov 21, 2025
Close: Feb 6, 2026
Nevada State University (NSU) is seeking a qualified architectural and engineering firm to provide professional services for design of an armored channel/berm system, associated drainage facilities, and a mass grading plan to provide 100-year storm event flood protection for the campus. The scope includes environmental assessments, geotechnical investigations, hydrologic and hydraulic drainage analysis, berm and mass grading design, and preparation of construction bid documents, with coordination required with City, County, and State authorities. The selected firm must have experience in high-liability design work, subsurface investigations, drainage channel design in arid environments, and delivery methods including General Construction and CMAR.
Nevada State University (NSU) requests qualifications from an architectural and engineering firm to design an armored channel/berm system and associated drainage to provide 100-year storm protection for the NSU campus. The scope also includes a mass grading plan that identifies on-site mineral resources suitable for commercial extraction to help fund the construction of the channel/berm.
Posted Date
-
Due Date
Feb 6, 2026
Release: -
Close: Feb 6, 2026
Nevada State University (NSU) requests qualifications from an architectural and engineering firm to design an armored channel/berm system and associated drainage to provide 100-year storm protection for the NSU campus. The scope also includes a mass grading plan that identifies on-site mineral resources suitable for commercial extraction to help fund the construction of the channel/berm.
AvailableNevada State University (NSU) requests qualifications from an architectural and engineering firm to design an armored channel/berm system and associated drainage to provide 100-year storm protection for the NSU campus. The scope also includes a mass grading plan that identifies on-site mineral resources suitable for commercial extraction to help fund the construction of the channel/berm.
Posted Date
-
Due Date
Feb 6, 2026
Release: -
Close: Feb 6, 2026
Nevada State University (NSU) requests qualifications from an architectural and engineering firm to design an armored channel/berm system and associated drainage to provide 100-year storm protection for the NSU campus. The scope also includes a mass grading plan that identifies on-site mineral resources suitable for commercial extraction to help fund the construction of the channel/berm.
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