1 to 3 years of relevant engineering or laboratory experience, which may include relevant internships.
Sound understanding of heat transfer, thermodynamics, and fluid mechanics, with the ability to apply these principles to practical liquid cooling problems.
Ability to perform energy balances, evaluate flow and pressure relationships, and interpret heat exchanger performance data and pump curves. Familiarity with laboratory instrumentation and data acquisition, including the effects of sensor accuracy, calibration, and test conditions on results.
Ability to interpret engineering drawings, piping and instrumentation diagrams, component specifications, and technical test data.
Ability to organize and analyze data using spreadsheets or engineering analysis tools, document assumptions, and communicate findings and recommendations clearly.
Demonstrated understanding of heat transfer, thermodynamics, and fluid mechanics, including the ability to calculate heat loads, energy balances, coolant flow, and pressure losses.
Practical experience conducting engineering tests, designing tests, writing test plans, following test procedures, and using instrumentation to measure temperature, pressure, or flow.
Ability to analyze test data using Excel or comparable tools, check calculations and units, and investigate differences between expected and measured results.
Ability to troubleshoot equipment or performance problems systematically, develop possible explanations, and use calculations and testing to support conclusions.
Ability to interpret engineering drawings and component specifications, document test methods and findings clearly, and communicate effectively with engineering, manufacturing, quality, and service teams.
Safety Sensitive roles may require that you pass additional drug screening.
