Mechanical Engineer

TECO Westinghouse•Round Rock, TX
•Onsite

About The Position

TECO-Westinghouse Motor Company is seeking a full-time Mechanical Engineer at its job site in Round Rock, Texas. The role focuses on designing, testing, and optimizing closed-loop cooling systems for medium-voltage drives, power electronics, and transformers. The engineer will develop cooling-system architectures incorporating pumptrays, condensers, fans, coolant tanks, cold plates, sensors, and control devices; troubleshoot pumptray and cooling-system failures and take corrective actions; and design and evaluate ventilation louvers and air-inlet features for transformer enclosures. The position also involves thermodynamic modeling to evaluate thermal-fluid and refrigeration systems, using SolidWorks to create 3D mechanical models compatible with manufacturing processes and design standards, and performing dynamic analysis to simulate mechanical-system behavior under dynamic loading and improve structural resilience and performance. Applicants should send a resume to 5100 North IH-35, Round Rock, TX 78681, Attn: HR Manager.

Requirements

  • Bachelor’s degree in Mechanical Engineering or Systems Engineering.
  • Six months of related work experience, or three credit hours of academic coursework related to Principles of Air-conditioning and Refrigeration and three credit hours of academic coursework related to Fluid Machinery.

Responsibilities

  • Design, test, and optimize closed-loop cooling systems used for medium-voltage drives, power electronics, and transformers.
  • Develop cooling-system architectures integrating pumptrays, condensers, fans, coolant tanks, cold plates, sensors, and control devices.
  • Troubleshoot pumptray and cooling-system failures and take corrective actions.
  • Design and evaluate ventilation louvers and air-inlet features for transformer enclosures.
  • Perform thermodynamic modeling to evaluate thermal-fluid and refrigeration systems at the system level.
  • Use SolidWorks to create 3D models of mechanical components that are compatible with manufacturing processes and design standards.
  • Perform dynamic analysis to simulate mechanical-system behavior under dynamic loading conditions and enhance structural resilience and performance.
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