




Description: As a basic requirement, you must have: * Bachelor's degree in Mechanical, Chemical or Materials Engineering * Active registration with CREA * Experience in pumping system sizing * Proven knowledge in rotating equipment performance analysis * Experience in industrial utility projects (water, steam, compressed air systems) * Proficiency in ASME B31.3, API 610 and HI Standards * Experience with hydraulic analysis software (AFT Fathom, Pipe-Flo) * Knowledge of applied fluid mechanics and heat transfer You stand out if you have: * Certification in hydraulic analysis software (AFT, Pipe-Flo), among others. * Experience in vibration analysis of pumping systems * Knowledge of energy efficiency in fluid mechanical systems * Experience in commissioning and startup of pumping systems * Knowledge of instrumentation applied to hydraulic systems * Fluency in technical English for international documentation * Understanding of Process. * Proficiency in pump reliability analysis software * Experience with performance monitoring platforms * Knowledge of rotating asset management systems Summary Description: We are seeking a Pipeline and Utilities Engineer with knowledge and systemic vision in Process, to act as a technical specialist in the sizing, analysis and specification of fluid mechanical systems. You will be responsible for the integrated calculation and evaluation of piping systems, pumps and components, ensuring energy efficiency, operational reliability and compliance with technical and regulatory requirements. Analyze, critique and recommend corrections to engineering designs according to your specialty, studying documentation, drawings and specifications according to technical standards and interfacing with stakeholders, in order to contribute to the successful execution of contracts within the specifications agreed upon with the client. Detailed Description: * Perform thermal flexibility analysis of critical piping using specialized software (CAESAR II, AutoPIPE) * Develop applied hydraulics studies to determine system curves * Perform pressure drop calculations in complex piping systems * Size and select centrifugal and positive displacement pumps for various services (process, utilities, transfer) * Develop complete technical specifications for pumping equipment * Perform NPSH available vs. required calculations and cavitation analysis. * Among others. * Perform operational performance analysis of pumping systems * Develop energy optimization studies in hydraulic systems * Prepare technical assessments for troubleshooting operating systems * Prepare technical specifications for piping components (valves, heat exchangers, pressure vessels) * Develop technical datasheets for rotating and static equipment * Define material selection criteria based on process conditions * Develop integrated analyses between piping systems and rotating equipment * Participate in defining pump operating curves and working points * Collaborate in developing system control and operation strategies 2511150202461871245


