Systems Design Lab Engineer
The Datacenter Graphics and Accelerated Computing (DCGPU) organization is looking for skilled individuals that can contribute to the (BU) bring up, support and debug of complex system / SOC problems. Individuals will be part of a growing lab team and required to do hands on experiments related to issue management as well board level reworks. The position involves a wide range of activities including deploying pre-production platforms and test stations to enable silicon bring up and validation, contributing to the triage, debug and rework required to resolve complicated system level issues.
KEY RESPONSIBILITIES
- Setup hardware to facilitate remote/local test execution and user defined workloads in the DCGPU validation lab
- Own initial troubleshooting and debug of a wide variety of system, firmware, or software issues encountered while maintaining the integrity of a large number of development systems.
- Reproduce issues and validate fixes identified by DCGPU platform leads and chief engineers.
- Provide logs and statistics that will help in further debug of issues.
- Integrate automated testing in CI/CD environment (e.g. Jenkins, Ansible)
- Work within a managed ticketing system and communicate clearly on steps/activities.
REQUIRED EXPERIENCE / SKILLS
- Proven test bench setup experience with expertise in embedded systems
- Able to read and interpret board schematics.
- Software Programming and scripting experience (Python, bash, C/C++) in Windows and Linux operating systems.
- PC/server environment H/W and S/W setup and administration.
- Basic network topology skills, understand AMD IT infrastructure.
- Comfortable working in different operating system environment including Windows and Linux
- Excellent soldering skills, board rework
- Experience with HW and SW fault detection and management
- Experience with power supplies monitoring and sequencing
- Proficient in the fundamentals of power electronics with special emphasis on multiphase power converters
- Demonstrated ability to work with oscilloscopes, multi-meters, current probes, electronic loads, and protocol analyzers as well as adept at intuitive reasoning to explain and correct unexpected results.
- Proficient at documenting experimental results in a structured manner for ease of reference.
- Knowledge of computer hardware (CPU/APU, graphic cards, memory, bus logic, and display technologies) and software architecture (driver/bios)
- Ability to set up hardware and build computer systems.
