Lead Test Engineer IV – Advanced Compute LC

Jabil•Florence, KY

2d•Onsite

About The Position

At Jabil, we challenge and empower our people to maximize their talents while working alongside diverse, high-performing teams. Join us in driving innovation and growth in advanced computing technologies that power enterprise and AI-driven environments. As a Lead Test Engineer IV, you will play a critical role in the development, integration, and continuous improvement of next-generation compute platforms, including AI/ML, GPGPU, server, networking, and storage systems. You will lead test engineering activities in a high-volume manufacturing environment, driving product quality, system performance, and operational excellence through advanced troubleshooting, automation, and team leadership.

Requirements

Bachelor’s degree in Electrical Engineering, Computer Engineering, Computer Science, or related field (preferred)
8–10+ years in test engineering, failure analysis, or hardware validation in manufacturing environments
Experience with: Server, networking, and storage systems
Experience with Linux environments and scripting (Python, Bash)
Experience with High-volume production and NPI support
Experience Presenting technical data and leading cross-functional discussions
Advanced Linux command-line expertise
Strong programming/scripting skills (Python, Bash)
Knowledge of JSON, system logs, and automation frameworks
Deep understanding of compute architecture and server platforms
Networking knowledge (switches, routers, optical systems, IP, Layer 3)
Strong analytical, troubleshooting, and statistical analysis skills
Proficiency in Excel and Power BI

Nice To Haves

Support optical networking technologies (transceivers, fiber optics).
Apply heat transfer, thermodynamics, and fluid mechanics principles to liquid cooling systems.
Work with components such as pumps, cold plates, chillers, reservoirs, tubing, and coolants (e.g., PG25).
Use instrumentation including thermocouples, flow meters, and pressure sensors.
Perform leak detection, material compatibility analysis, and coolant safety procedures.
Support immersion and direct-to-chip cooling technologies.
Work with OCP standards, BMS/SCADA systems, and specialized equipment (particle analyzers, pressure testers, fill/flush/purge systems).

Responsibilities

Design, develop, and maintain test procedures, test systems, hardware, and software for advanced compute platforms.
Lead failure analysis and root cause investigations across hardware and software domains.
Troubleshoot complex server, networking, storage, and accelerator-based systems.
Support AI/ML, GPU, and high-performance compute platforms through integration and production.
Interpret test logs, JSON outputs, and system data to identify trends and drive improvements.
Develop and deploy automation using Python and Bash scripting.
Analyze manufacturing and system data using Excel and Power BI.
Support NPI (New Product Introduction) readiness and production ramp.
Configure and troubleshoot networking systems (switches, routers, LAN/WAN, Layer 3).
Support optical networking technologies (transceivers, fiber optics).
Utilize and train others on Linux command-line tools and scripting.
Apply heat transfer, thermodynamics, and fluid mechanics principles to liquid cooling systems.
Work with components such as pumps, cold plates, chillers, reservoirs, tubing, and coolants (e.g., PG25).
Use instrumentation including thermocouples, flow meters, and pressure sensors.
Perform leak detection, material compatibility analysis, and coolant safety procedures.
Support immersion and direct-to-chip cooling technologies.
Work with OCP standards, BMS/SCADA systems, and specialized equipment (particle analyzers, pressure testers, fill/flush/purge systems).
Lead, mentor, and develop Test Engineers and technicians.
Recruit, interview, and retain top talent.
Build training programs and develop team capabilities.
Set measurable goals aligned with operational and business objectives.
Provide coaching, feedback, and performance evaluations.
Drive continuous improvement in productivity, quality, and engagement.
Align test engineering strategy with site and organizational goals.
Lead workcell test engineering teams and customer programs.
Present technical findings and communicate effectively with stakeholders and customers.
Apply LEAN manufacturing principles and quality metrics (Yield, GRR, DPPM).
Identify cost reduction opportunities through process optimization and automation.
Monitor test performance and implement improvements across programs.