Test Infrastructure Engineer II

Jabil•Florence, KY

About The Position

The Test Infrastructure Engineer is responsible for designing, rolling out, and capacity-planning physical test infrastructure for liquid-cooled server products in a manufacturing environment. The role translates new product requirements into server- and rack-level test infrastructure designs, sizes infrastructure against customer forecasts, and communicates rollout plans and analysis to stakeholders. The position leads infrastructure deployment for new product introductions and production ramps, including rack assembly, integration, and production-floor deployment. It also manages liquid-cooling controls and processes, develops capacity models and budgets, maintains tracking dashboards and project records, coordinates with cross-functional teams, and documents designs and procedures for repeatable deployment. The role includes team leadership and workcell test engineering responsibilities: leading technicians, recruiting and developing talent, setting performance goals, coaching employees, aligning engineering strategy with site goals, presenting technical findings, applying Lean manufacturing and quality metrics, and improving productivity, quality, and cost.

Requirements

Bachelor's degree in Electrical Engineering or Mechanical Engineering.
At least 3 years of experience in a manufacturing environment working in test infrastructure integration.
Experience with ticketing and work-tracking systems such as Azure DevOps.
Familiarity with 480V power distribution and test rack power requirements.
Working knowledge of liquid-cooling concepts and tools, including flush/fill/drain mechanics, CDUs, and temperature and flow-rate controls.
Hands-on experience with server rack assembly.
Experience supporting high-volume production and NPI.
Experience presenting technical data and leading cross-functional discussions.
Knowledge of copper and fiber networking.
Knowledge of coolant distribution, CDU operation, flow and temperature control, and leak and pressure management.
Proficiency in Excel and Power BI.
Strong analytical, troubleshooting, and statistical analysis skills.
Basic understanding of power tools.

Nice To Haves

Experience with queuing or probability-based capacity modeling.
Familiarity with CAD or layout tools such as Visio or AutoCAD for rack and floor layouts.
Experience supporting new product introduction programs.

Responsibilities

Lead physical test infrastructure rollout, including server rack assembly, integration, and production-floor deployment for NPI and production ramp.
Review new products and develop rack elevations for server-level and rack-level test configurations.
Implement and manage liquid-cooling controls for test infrastructure, including flush, fill, and drain processes, CDU operation, and temperature and flow-rate control.
Develop capacity plans using test times, yields, and customer forecasts to determine infrastructure requirements.
Develop infrastructure rollout plans and schedules, and present analysis and recommendations to stakeholders and leadership.
Build and maintain Excel models, Power BI reports, and internally developed dashboards tracking capacity, utilization, yield, and rollout status.
Manage infrastructure requests, issues, and changes through ticketing and project-tracking systems such as Azure DevOps.
Partner with product engineering, manufacturing, facilities, and customer teams to resolve infrastructure issues and support new product introductions.
Document infrastructure designs, procedures, and standards to enable repeatable deployment.
Develop budgets for new products and manage purchasing and material controls.
Perform leak detection, material compatibility analysis, and coolant safety procedures.
Lead technicians in executing required activities; recruit, interview, and retain talent; and build training programs and team capabilities.
Set measurable goals aligned with operational and business objectives, provide coaching and feedback, conduct performance evaluations, and improve productivity, quality, and engagement.
Align test engineering strategy with site and organizational goals; lead workcell test engineering teams and customer programs; and present technical findings to stakeholders and customers.
Apply Lean manufacturing principles and quality metrics, including Yield, GRR, and DPPM; identify cost-reduction opportunities through process optimization and automation; and improve test performance across programs.