Senior Quality Engineer: Liquid-Cooled Server Racks

jabil; Florence (KY); On-site; USD 70,000 - 105,000; Full time

Job summary

Jabil in Florence, KY is seeking a hands‑on Quality Engineer to lead quality assurance for liquid cooled server and rack assemblies. You will drive defect prevention, investigations, and process stability, while ensuring compliance with customer and industry standards.

The role emphasizes NPI readiness, quality control development, and cross‑functional collaboration to improve yield, reduce DPPM, and sustain reliable cooling‑loop performance across high‑precision manufacturing environments.

Qualifications

• Experience leading quality assurance for complex manufacturing processes.
• Direct experience with liquid cooling/servers or data center infrastructure is preferred.
• Familiarity with ISO 9001:2015 quality systems and internal/external audits.
• Ability to lead 8D/A3 investigations and implement CAPA.

Responsibilities

• Lead quality assurance activities for liquid cooled server/rack assemblies.
• Develop and validate quality controls; support NPI readiness.
• Establish inspection plans, CTQs, PFMEA updates, MSA/GR&R studies.
• Define incoming quality criteria for liquid-cooling assemblies; enforce leak testing.
• Audit cooling and fluid-handling processes for quality and safety targets.
• Support lifecycle of process and test equipment: qualification, calibration, and validation.
• Lead in-line quality and yield metrics: FPY, DPPM, escapes; implement poka-yoke.

Skills

Quality Assurance

NPI

ISO 9001

Leak Testing

SPC

CAPA

8D

Data Analysis

Job description

Jabil in Florence, KY is seeking a hands‑on Quality Engineer to lead quality assurance for liquid cooled server and rack assemblies. You will drive defect prevention, investigations, and process stability, while ensuring compliance with customer and industry standards.

The role emphasizes NPI readiness, quality control development, and cross‑functional collaboration to improve yield, reduce DPPM, and sustain reliable cooling‑loop performance across high‑precision manufacturing environments.