About the Job We are seeking an Engineer with experience in design, construction and commissioning of turbomachinery (pumps and/or hydro turbines), piping, hydraulic and conveyance systems. The ideal candidate will be detail-oriented and capable of developing hydraulic models & calculations for transporting Newtonian/Non-Newtonian/settling/non-settling slurries (pressurized & open channel) Responsibilities Hydraulic, process, mechanical and piping design Assist in the development of studies from concept to implementation Concepts, feasibility, and detailed designs for pumping & piping systems Review project calculations, specifications, and drawings to meet code and quality requirements Preparation of detailed specifications, data sheets, calculations, and reports Develop the preparation of drawings, P&IDs and schematics Research and analyze data and prepare and respond to requests for information Assist or perform quantity takeoffs and cost estimates Engage and interface with suppliers, manufacturers and contractors Prepare control philosophy documents together with the applicable process parameters 3D Drafting of pumping and piping systems, including miscellaneous metallic structures and pipe supports Requirements B.S. and/or M.S. degree in Mechanical Engineering. Bilingual in Spanish and English. More than 3 years of relevant experience in: turbomachinery and control equipment (gates, valves, chokes) as well as an advanced familiarity understanding of the relevant U.S. & international codes for pipe, materials, & equipment (ASME, AWWA, API, ASTM, ANSI, AWS, BS, ISO). Electrical, instrumentation and controls to allow for an effective and efficient collaboration with the electrical design team 3D modelling capabilities with AutoCAD 3D, Plant 3D, Revit, Navisworks and Solid works. Knowledge of turbomachinery and hydraulic systems Preferred Experience in the design, implementation, and commissioning of Balance of Plant (BoP) CFD Modeling Transient analyses Firm understanding of electrical instrumentation and controls. #J-18808-Ljbffr