Specifications include, but are not limited to: Task 1 – Project Management Provide project management activities including schedule updates, resource forecasting, project documentation and general project coordination. Consultant shall provide City with written status reports, as requested by the City, detailing the progress of the services and any problems that may affect the milestone dates for completion of services. Task 2 – Work Plan Develop a work plan with the City, Canadian Pacific Railway, and the music venue operator. The work plan shall include details of the information to be collected that are pertinent to performance of the analyses and modeling outlined herein. The work plan shall include a description of the pre- and post-construction procedures/analyses that will be performed to assess AC interference and AC corrosion on the assets. It is expected that the consultant will include baseline meters or thresholds that will be used as ‘benchmarks’ for assessing potential impacts, and subsequent needs for mitigation. The work plan shall also include the voltage limits (steady state and fault conditions) of the AC utility. Task 3 – Modeling Perform a baseline analysis of the prospective power utility corridor. The study is expected to include, but is not limited to, a desk-top review of existing and proposed utilities, stray current mapping and/or close interval surveying (CIS), and as-needed geotechnical investigations (e.g. USGS Soil Classification, conductivity/resistivity). The analysis will be performed using industry typical software such as Safe Engineering Services (SES) Current Distribution, Electromagnetic Interference, Grounding and Soil Analysis (CDEGS) computer program) under steady state and fault conditions. Develop a model of the transmission line and railroad system. This will include phase conductors, shields, structure grounds, rails and representations of railroad signaling. The following power system conditions will be evaluated for impacts. a. Emergency loading of the transmission line. b. Single-line-to-ground faults at structures along the line. A structure faults will be evaluated at a minimum of every half mile along the parallel. Task 4 – Mitigation Plan If the results of the model reveal exceedances of the ‘benchmarks’ outlined in the work plan, the consultant shall prepare a mitigation plan and specification that will reduce or eliminate these impacts to the aforementioned assets. The plan shall include a monitoring program along with a description of the standard operating procedures for monitoring asset integrity, as well as performance of the protective strategy.