Hydraulic Engineer

Description

Job Summary: We are seeking a Hydraulic Engineer with experience in the hydraulic sector to support the integration of linear infrastructure projects. Key Highlights: 1. Be part of a global infrastructure consulting team. 2. Support the integration of linear infrastructure projects across multiple disciplines. 3. Conduct hydrological studies and drainage design projects. TYLin is a globally recognized, full-service infrastructure consulting firm committed to delivering innovative, cost-effective, and constructible designs for the worldwide infrastructure market. With more than 3\,000 employees across the Americas, Asia\-Pacific, and Europe, the firm supports projects of diverse scale and complexity. Together, we enhance conventional designs with smarter, more resilient systems. We improve people's mobility. We manage valuable resources by finding more sustainable solutions. Job Summary We are seeking a Hydraulic Engineer with experience in the hydraulic sector to join our team in Mexico City. Responsibilities and Qualifications Responsibilities: * Support the integration of linear infrastructure projects with other disciplines such as surveying, geotechnics, alignment, structures, systems, etc. * Conduct hydrological studies, flood risk assessments, and develop minor and major drainage projects. * Develop longitudinal drainage projects. * Design channel realignment projects. * Analyze minimum subgrade elevation. * Develop hydraulic models. * Prepare hydrological and hydraulic calculation reports. * Prepare hydraulic expert opinion reports. * Prepare hydraulic performance reports. Requirements: * Education: Civil Engineer; Hydraulic Engineer; or specialization in highway hydraulic engineering. * Experience: Minimum 10 years of demonstrable experience in minor and major drainage projects for road and railway infrastructure. * Knowledge of SICT regulations and standards for road design studies and projects (hydrology and hydraulics deliverables). * Theoretical knowledge of hydrology: regionalization, development of IDF curves, determination of runoff using direct and indirect methods. * Theoretical knowledge of hydraulics: hydraulic analysis of culverts and bridges. * Anti-scour protection. * Hydraulic modeling. * River hydraulics. * Solid knowledge of geometric road and railway design; practical surveying knowledge (desirable). * Tools: Proficiency in AutoCAD, Civil3D, HEC\-RAS, QGIS/ArcGIS, HEC\-HMS, and MS Office. Additional Information \#LI\-Onsite