• The Mechanical Integration Engineer will have a critical understanding of manufacturing processes for thermal components and solid comprehension of thermal design and analysis to lead and oversee the mechanical systems essential for Data Center Infrastructure functionality. • This role will involve developing specifications, selecting key components, component placement, selecting fastening methods, and transitioning design to manufacturing. • Additionally, the position includes leading test process implementation and equipment selection to maintain the highest standards of operational excellence and reliability. • Have a strong background in liquid cooling technology used in data center design and buildout. • Act as the subject matter expert on all matters related, including wetted materials aspects, to single phase and two-phase liquid cooling applications within hyperscale data centers, including primary and in-rack cooling solutions. • Ability to detail operational expectations for LC Racks, Manifolds and other LC infrastructure (Pressure Ratings, Temperature Ranges (in/outlet), Flow Uniformity and Durability) • Proficiency with testing concepts for leaks/mitigation and hydrostatic pressure validation, flow resistance analysis, and corrosion assessments to comply with international standards such as ASME and ISO. • In depth knowledge of rack manifold manufacturing, design and function (Machining and Welding, Surface Finishing, Material and Surface Treatments, Post-Production Cleaning, Flow Optimization, Thermal Expansion, Connection Interfaces, High-Point Vents and Low-Point Drains) • Utilize CAD tools, CAE tools, and equipment for engineering tasks; Review CAD/Technical Data Packages to determine and validate mechanical design requirements for components and their functions within a system environment • Responsible for understanding product specifications, plumbing, and hydronic systems to lead reviews with all disciplines ensuring the design and components meet performance and applicable code requirements • Understanding and conducting stress and flow analysis to ensure that the piping systems can withstand operational conditions without failure • Ability to prepare technical specifications for piping components and systems, including testing procedures, installation procedures and maintenance guidelines