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Profess�cxW Geneirat Engineering, Consultant <br />CONSTRUCTION MANAGEMENT <br />(Ana M. DePriest, Task Manager). Marlin Engineering recommends that the services on this project also include <br />construction engineering oversight. We have performed design and oversight of construction projects in the City of <br />Miami with great success. In managing a construction contract, the first priority is offering the City a team of <br />engineers and inspectors that have extensive knowledge of the plans, specifications and contract provisions, as well <br />as all the required training and certifications. Another critical part of construction management is time management. <br />We will hold weekly meetings with all parties involved in upcoming operations to assure that everyone knows their role <br />and the schedule of events. Scheduled management of everyone involved will avoid unnecessary delays. Examples <br />of our management skills to prevent delays are: reviewing contractor procedures prior to the start of an operation; <br />ensuring that all approved materials and crews are available; ensuring all equipment has been calibrated; maintaining <br />continuous communication with the City Project Manager; review contractor work schedule; perform detailed claims <br />analysis and documentation; and maintain accurate records of pay item quantities; field books, as- builts, etc. <br />SURY[YING AND SUBSURFAcr UTILITY ENGINIEERING <br />(Pete Diaz, PSM, Task Manager). In most drainage projects it is requested of the surveyor to provide a Digital <br />Terrain Model (DTM). Careful in- office and field review of the data is essential to providing an accurate representation <br />of existing field conditions. It has been our experience with other DTM's that less than adequate care was afforded the <br />review process. Some software commonly used by surveyors does not have the capability to easily assess <br />inconsistencies in the DTM and as such may not detect information that can adversely affect the design. We have <br />been able to resolve inconsistencies in the DTM by identifying problems in the data by a virtual fly- through of the <br />model, and correcting them in the office. Other times it has been necessary to return to the field and check areas in <br />question. <br />Uncertainty of the location of underground utilities is a common matter of concern in Roadway /Drainage Engineering. <br />' In conjunction with topographic location of utility features, MEI has successfully located and identified underground <br />utilities utilizing our Subsurface Utility Engineering (SUE) assets to provide engineers the ability to more efficiently and <br />effectively prepare their design. <br />' 2. Approach t© the Prolect <br />' The MEI team's approach to this project can be summarized as follows: "If selected, we will provide the City with the <br />highest quality product on time and within budget." We know that this statement has been used extensively on <br />technical proposals; however, we do adhere to this philosophy with all our projects and clients. We have the technical <br />' experience to provide the City with a quality product that is buildable using a streamline approach, which saves time <br />and money. <br />Technical Approach: The MEI Project Manager and Task Managers have a thorough understanding of the <br />' technical approach to be taken on a community drainage /sewer improvement project. The first step is to define a <br />project. The Project Manager will take an active role defining the engineering work requirements to achieve the <br />project objectives within the desired schedule. A simple "Project Concept Report" should be prepared to identify the <br />' project goals and constraints. This report will define existing conditions, issues, concepts and criteria as well as <br />outline the improvements proposed for the project. This report could be used to refine the scope of service and better <br />negotiate a fee that both the City and the MEI team will be happy with. <br />' The next step is to meet with the Task Managers affected by the project and develop realistic project schedules in <br />coordination with the City Project Manager. Once the schedules are approved, the scope of service is set and the <br />work order is issued, the Task Managers will organize their staff and begin the production of the project documents. <br />This will apply to all projects (highway design, planning, surveying, utilities, construction management, etc.). During <br />the production, the Project Manager will maintain close coordination with the Task Managers and the City Manager to <br />ensure that all activities are accomplished according to schedule and budget. This will be accomplished through <br />effective staff meetings and progress meetings. The Project Manager will also monitor the Quality Control Program <br />' established for this project and make sure it is adhered to. Once the project is completed and submitted to the City <br />the MEI team will continue to monitor the project and be available to further assist the City with project issues. <br />' MARLI <br />✓ � �� ENGINEERING <br />