About the Role
We are searching for a Process Utility Systems Engineer to play a vital part in our expanding semiconductor manufacturing operations. This is a dynamic position that spans the entire project lifecycle—from initial planning and installation through ongoing operations and system improvements—requiring flexibility, initiative, and hands-on technical expertise.
Key Responsibilities

• Engage with engineering teams and project consultants to confirm all utility system specifications are met during the design and construction phases.
  

• Interpret technical drawings and project documentation to oversee construction and ensure milestones are achieved on schedule.
  

• Take part in equipment commissioning, including preparing systems for operational use and conducting thorough testing procedures.
  

• Troubleshoot and resolve technical challenges that arise during both construction and system start-up.
  

• Maintain up-to-date process system documentation, and coordinate the transition of systems from construction to operational teams.
  

• Provide technical support for critical utilities including chilled water, cooling towers, steam, and vacuum systems, ensuring they run optimally for manufacturing needs.
  

• Respond to control issues in cleanroom environments, monitoring temperature, humidity, and pressure to maintain required standards.
  

• Track system performance using data analysis and report findings with recommendations.
  

• Champion energy efficiency by identifying and enacting waste reduction or process improvement initiatives.
  

• Research and introduce new technologies that strengthen system dependability, efficiency, and safety.
  

• Develop and execute plans for system capacity, maintenance, and expansion to align with production goals.
  

• Collaborate closely with maintenance and operations personnel to enhance reliability and develop streamlined maintenance processes.
  

• Review and assess facility and tool schematics throughout utility hook-up, providing detailed engineering evaluations.
  

• Apply proven reliability engineering techniques—such as failure mode and effect analysis (FMEA) and root cause investigation—to continuously elevate system performance.
  

• Lead and support capital and expense projects aimed at facility enhancement.

Qualifications & Skills

• Bachelor’s degree in Mechanical Engineering or a related field.
  

• At least 3 years’ experience working with process utility engineering in manufacturing facilities, ideally in the semiconductor or similar high-tech sector.
  

• Proven expertise in utility systems such as chilled water, steam, cooling towers, and process vacuum.
  

• Comfortable interpreting complex engineering drawings and technical documents.
  

• Practical knowledge of cleanroom protocols and HVAC or exhaust system operations.
  

• Skilled in programs such as AutoCAD, Revit, Bluebeam, and Microsoft Office Suite.
  

• Demonstrated analytical thinking, effective problem-solving, and sound judgement.
  

• Experience across the full project lifecycle: facility design, construction, commissioning, and ramp-up.
  

• Professional Engineering License (PE) is highly desired but not required.

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