Senior Staff, System Integration Test Engineer

Celestica•Austin, TX

7d•Onsite

About The Position

The Senior Staff, System Integration Test Engineer works with cross-functional teams of design engineers, customers, supply chain, and project managers to rigorously test and validate rack-level, system solutions and ensure new product release readiness. This position will own the test system setup and function for complex, high-end servers and hyperscale compute & network racks, including applications and operating systems. The ideal candidate will have a rack-level, system integration test background in storage/server, GPU, and networking products. They will develop and provide guidance on Celestica Storage/GPU/network system integration and verification plans, test cases, and test coverage, such as element function test, hardware integration test, and system and rack integration verification. The role involves designing and executing comprehensive validation and integration of all components within advanced AI compute racks, ensuring hardware and software elements function cohesively and optimally, ensuring compatibility, connectivity, performance, security, reliability, cost-effectiveness, and resilience. The engineer will lead the development and implementation of system integration test solutions and participate in project planning, scheduling, and reporting. They will review and interpret product/system requirements/specifications and define system integration and validation plans, providing technical leadership and direction to engineers, acting as a recognized expert in system integration testing.

Requirements

Proficiency in troubleshooting with oscilloscopes, logic analyzers, and experienced with specialized test equipment such as PCI protocol analyzers and Traffic generators (Keysight/Ixia or Spirent)
Proficiency in defining test plans, creating & executing tests, and generating test reports for internal and external uses.
Proficiency with stress testing utilities, stressapp, stress-ng, iperf3, FIO, memtester, etc
Proficiency in Linux with RHEL, Ubuntu and CentOS
Proficiency in scripting languages: Python, Perl, VBA, REST API, Shell scripting, Ansible, Terraform etc.
Proven experience in test tools such as JIRA, Jenkin (CI/CD), and similar tools
Proficiency in collaborating with a cross-functional team of engineers involved in the specification, design, development and test of hardware
Knowledge and understanding of x86/Firmware/Linux. System/software/firmware integration and verification experience
Proficiency in project management of system integration testing.
Able to handle simultaneous projects, predict your workload/execution, and deliver per plan.
Must be self-motivated and able to work independently in a fast-paced, multi-tasking environment
5+ years (hands-on) Rack-Level System Integration Expertise is mandatory
Experience should include working with servers, accelerators, switches, CDU (Cooling Distribution Unit) systems, and high-power shelves.
Possess and maintain a deep understanding of AI compute rack configurations and the functionality of all integrated components.
Demonstrated hands-on experience with lab racking and stacking, as well as setting up complex, high touch rack configurations.
Possess a strong understanding of rack-level management functions and integration best practices
Proven experience in testing and qualifying rack-level solutions to ensure they meet or exceed performance and Reliability benchmarks.
Proficient in the use of AI tools and test automation
Excellent verbal and written communication skills
Exceptional problem-solving skills and attention to detail is critical for success
11+ years’ relevant experience.
BS degree or higher in Electrical Engineering / Computer Engineering / Computer Science

Nice To Haves

Rack-level, system integration test background in storage/server, GPU and networking products.

Responsibilities

Design & Execute the comprehensive validation and integration of all components within advanced AI compute racks, ensuring hardware and software elements function cohesively and optimally, ensuring compatibility, connectivity, performance, security, reliability, cost effectiveness and resilience.
Lead the development and implementation of system integration test solutions and participate in project planning, scheduling, and reporting.
Review and interpret product/system requirements/specifications and define system integration and validation plans.
Provide technical leadership and direction to engineers; be a recognized expert (go to person) in system integration testing.
Set up, rigorously test, and qualify complete rack solutions to guarantee they meet or exceed stringent performance, reliability, and efficiency standards.
Own the test system setup and function for complex, high-end servers and hyperscale compute & network racks, including applications and operating systems.
Oversee the qualification and seamless integration of rack components such as servers, accelerators, switches, power shelves, and cooling solutions.
Integrate and configure smart PDUs (Power Distribution Units) to efficiently manage power distribution within the rack.
Ensure seamless compatibility with rack-level power management functions and overall system optimization.
Maintain a comprehensive understanding of and proficiency in rack-level management functions, including real-time monitoring, control, and automation of critical rack components.
Execute hands-on lab racking and stacking procedures, including the assembly and setup of intricate, high-touch rack configurations.
Ensure meticulous installation and integration of all components.
Create and maintain thorough and detailed documentation for all rack level integrations. This includes documenting installation procedures, test plans, testing results, performance metrics, and any issues identified during the testing process.
Work closely and collaboratively with a diverse range of cross-functional teams, including design engineers, program managers, customers, and vendors.
Identify & automate system integration testing to reduce development time, increase quality and reduce errors.
Identify and use AI tools to streamline and improve efficiency of planning, executing, analyzing & reporting.
Perform troubleshooting, debugging and root-cause analysis on hardware, network, and software related issues.