Advanced Mechanical Engineer

In this role, you have the opportunity to be responsible for the design and lifecycle management of CT Cooling Units (e.g., CU4500 / CU6200 / Compact CU), acting as a key technical owner to drive design decisions, failure analysis, and cross-functional integration to ensure product performance, reliability, and manufacturability.

• Design and develop Cooling Unit mechanical systems (pumps, piping, heat exchangers, structural components)
• Lead design trade-offs considering performance, cost, manufacturability, and reliability
• Deliver complete design packages (3D/2D drawings, BOM, technical specifications, interface definitions)

• Lead root cause analysis (RCA) for field and internal failures (e.g., pump issues, flow performance, leakage, control-related issues)
• Perform data-driven failure analysis and define clear technical conclusions
• Drive CAPA actions including design improvements, supplier corrections, and validation activities
• Support quality processes (e.g., PR investigations and escalations)

• Own the integration of Cooling Unit within CT systems (Generator / Tube / Gantry interfaces)
• Define and manage key system interface parameters (flow rate, pressure, thermal load, etc.)
• Support system-level validation and issue troubleshooting

• Provide technical interface to key suppliers (e.g., pumps, thermal components)
• Support supplier issue resolution and engineering change reviews
• Support NPI and mass production activities, including addressing manufacturing deviations and failure trends

• Define verification strategies for Cooling Unit (performance, durability, boundary conditions)
• Analyze test data and drive design optimization
• Ensure proper closure of DV/PV activities

• Collaborate with global teams (e.g., Hamburg, MR, Generator teams) on design alignment and IP considerations
• Support field escalations and FSE feedback loops
• Participate in technical reviews (Design Reviews, CAPA reviews)

• Cooling Unit design package (CAD models, drawings, BOM, specifications)
• Failure analysis reports with RCA and supporting data
• CAPA implementation and tracking documentation
• Verification plans and test reports
• System interface definition documentation

• Strong mechanical / thermal / fluid system design capability
• CFD tools: ANSYS Fluent
• Solid understanding of liquid cooling systems (pump, heat exchanger, flow control)
• Proven failure analysis capability (data-driven RCA)
• Basic simulation capability (CFD / thermal analysis is a plus)

• Typically, 5–8 years of relevant engineering experience
• Experience in product development and field issue resolution (beyond pure design)

• Ability to independently drive complex issue closure across design, quality, and suppliers
• Clear technical communication, including management-level reporting
• Strong ownership mindset with end-to-end accountability

• Acts as subsystem owner or module lead
• Makes technical decisions under uncertainty
• Provides clear conclusions and recommendations, not just analysis

• Not a pure design executor, but a technical owner and problem solver
• Core contribution lies in driving issue resolution and engineering decisions
• Cooling Unit subsystem ownership
• Leading critical failure investigations and CAPA closure

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If you’re interested in this role and have many, but not all, of the experiences needed, we encourage you to apply. You may still be the right candidate for this or other opportunities at Philips. Learn more about our culture of impact with care here.