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<br />September 5, 2024 <br />BCE a Gannett Fleming TranSystems Company <br />6021 12th St E, #200 <br />Fife, WA 98424 <br />(253) 922-0446 <br /> <br />Attn: Mr. Ben Hedin, PE <br /> <br /> <br /> Proposal for <br />Geotechnical Services <br /> City of Everett Transit <br /> 33rd Street & Cedar Street <br /> Everett, Washington <br />Doc ID: BCE.COET.P.doc <br />INTRODUCTION <br />We are pleased to submit this proposal for geotechnical engineering services for the <br />proposed charging station Infrastructure Project to be constructed at the above site address. Our <br />understanding of this project is based on our conversations with you, our review of the Site Plan <br />prepared by the City of Everett, our September 4, 2024 pre-proposal site reconnaissance, and our <br />experience in the general area. <br />SCOPE OF SERVICES <br />The purpose of our scope will be to evaluate the surface and subsurface conditions across <br />the site as a basis for developing geotechnical conclusions and recommendations. Specifically, we <br />recommend the following scope of services: <br /> <br />1. Field Preparation – We will prepare a Proposed Exploration Plan for approval by the project <br />team. Once approved, w e will contact the local utility locating service and attend requisite <br />training necessary to work on site, as required. <br />2. Site Reconnaissance – We will walk the site to observe the current conditions and mark all <br />exploration locations. <br />3. Subsurface Exploration – Our subsurface exploration program will include multiple elements <br />developed to generate the data necessary for the geotechnical analyses required for the <br />project. Specifically, our subsurface exploration program will include the following. <br />• Up to three Dynamic cone penetrometer (DCP) tests will be performed within the <br />proposed pavement areas to depths of 3 feet below existing grade or refusal, whichever <br />comes first. <br />• Up to three test pit explorations to depths of approximately 7 to 10 feet below the <br />existing ground surface. A small scale Pilot Infiltration Test (PIT) will be completed within <br />one of the test pits