Designs, develops, and integrates complex electrical systems for hardware products, ensuring they meet functional, performance, power efficiency, security, and reliability requirements. Completes parts selection, qualification, Field-Programmable Gate Array (FPGA) design, and schematic capture for electrical subsystems. Conducts testing, integration, and validation of analog and digital systems and subsystems. Develops technical documentation, including specifications, test plans, test reports, signal integrity constraints, and bills of materials. Remains up-to-date on advancements in electrical subsystem technologies, including industry standards, tools, and best practices.
Internal Responsibilities
Key Responsibilities
Conceptual Design of Electrical Systems:
-Designs, develops, and integrates complex electrical systems for hardware products, ensuring they meet functional, performance, efficiency, security, and reliability requirements across power, signal integrity, and board-level designs for cloud and rack-level systems in accordance with program requirements for cost and schedule.
Detailed Design and Implementation:
-Completes parts selection, qualification, Field-Programmable Gate Array (FPGA) design, and schematic capture for electrical subsystems, ensuring compliance with design specifications, manufacturability requirements, and industry standards.
-Performs detailed design analysis of electrical systems independently, contributing to product development from concept to production.
-Collaborates with Computer-Aided Design (CAD) designers to optimize board floor planning, ensuring accurate and efficient component placement, high-speed routing, and electromagnetic interference (EMI) mitigation.
-Works with external vendors to source components, verify specifications, and resolve issues related to power management integrated circuits (PMICs), passive components, and high-speed interconnects.
-Works closely with internal teams such as firmware, software, and diagnostics to ensure seamless integration of electrical subsystems with overall product functionality, addressing both power and signal integrity challenges.
Testing, Validation, and Debugging:
-Conducts integration, testing, and validation of digital systems and subsystems, ensuring stable and efficient operation under varying loads and environmental conditions.
-Develops and maintains automation platforms for electrical subsystem validation, ensuring long-term reliability across product lifecycles.
-Executes test plans, validates prototypes, and performs debugging of signal integrity issues and thermal management challenges, resolving complex technical problems.
-Performs complex sustaining engineering activities such as resolving customer escalations, performing root cause analysis, qualifying alternate source components, and resolving end-of-life component issues.
Documentation and Process Development:
-Develops technical documentation, including specifications, test plans, test reports, signal integrity constraints, and bills of materials, ensuring comprehensive records for future product iterations.
-Leads and participates in formal design reviews, providing input on electrical subsystem performance, signal integrity considerations, and PCB layout trade-offs.
Continuous Learning and Innovation:
-Remains up-to-date on advancements in electrical subsystem technologies, including industry standards, tools, and best practices.
-Identifies opportunities for innovation in electrical design, suggesting improvements for future product lines and driving adoption of cutting-edge techniques in electrical systems.
-Shares expertise in electrical system design and testing with cross-functional teams to enhance overall product quality and performance.
Additional Responsibilities (as needed)
Electromagnetic Compatibility:
-Provides leadership to ensure that hardware products meet applicable safety, electromagnetic compatibility (EMC), and environmental regulations across global markets by independently applying regulatory knowledge throughout the development process.
-Leads collaboration with design, test, and manufacturing teams to proactively integrate compliance requirements into hardware specifications, leads pre-compliance testing efforts, and coordinates with third-party labs to secure required certifications.
-Monitors changes in international and regional regulatory landscapes, advises cross-functional teams on design implications, and drives updates to documentation and processes to maintain continuous global market access.
This team is responsible for the architecture, analysis, detailed design, development, integration, test, and delivery of Oracle servers based on the latest high-end server-grade merchant silicon. The systems delivered are integrated as building blocks for some of Oracle’s market leading and growing Cloud Systems & Appliances.
As a Principal Board Engineer, you will be responsible for designing and testing boards in new servers starting from system conception through system deployment in our cloud data centers. This position is not a design service group but rather on a product team with full ownership responsibilities!
Responsibilities
The list of responsibilities (but not limited to) may include:
- Parts selection and qualification.
- Schematic Capture.
- Board Floor planning.
- Provide guidance to CAD designers (placement and routing).
- Review CAD work.
- Lead and participate in formal design reviews.
- Work with SI and PI engineers on pre-layout planning based on simulations.
- Author HW specifications.
- Publish bill of materials.
- Bring up and test prototypes.
- Develop and implement test plans.
- Mentor Junior Engineers.
- Perform and lead Lab debug of HW problems.
- Light FPGA work.
An engineer in this position must work closely with the System leads and Architects to ensure the overall system requirements are achieved. In this role, you will collaborate with Operations Engineering, Mechanical Engineering, Industrial Design, PCB layout designers, EMC Design, and External manufacturers to review and optimize designs. You must have a proven track record of designing and delivering high-quality, high-speed enterprise class products to market.
Qualifications
- Proficient in the complete flow of CAD design tools such as Cadence, Concept, Allegro.
- Proficient in constraint driven design methodologies.
- Experience with the use of high-performance server processors, GPUs and support FPGAs.
- Experience with interface controllers like GigE, USB, etc.
- Experience with high power on-board modern VRD designs.
- Strong knowledge and application of high-speed design methodologies for Signal Integrity is a must.
- Experience and understanding of effective PCB stack-up design is a must.
- Experience with high-speed buses to include:
- PCIe up to Gen5/Gen6.
- Intel UPI
- AMD xGMI
- Multi-gigabit Ethernet.
- DDR4/DDR5
- NVLINK
- SAS/SATA
- Experience with sideband and control buses:
- Excellent communication and leadership skills will be needed.
- FPGA design experience with Verilog is preferred.
- Experience with recent Intel/AMD CPUs are a plus.
- Experience with recent Nvidia GPUs are a plus.
- Experience with PCIe switches and re-timers are a plus.
- Power integrity analysis experience is a plus.
- Experience with Digital or Analog Simulation is a plus.
- BSEE with 7 years’ experience or MSEE with 5 years’ experience.
External Responsibilities
Key Responsibilities
Conceptual Design of Electrical Systems:
-Designs, develops, and integrates complex electrical systems for hardware products, ensuring they meet functional, performance, efficiency, security, and reliability requirements across power, signal integrity, and board-level designs for cloud and rack-level systems in accordance with program requirements for cost and schedule.
Detailed Design and Implementation:
-Completes parts selection, qualification, Field-Programmable Gate Array (FPGA) design, and schematic capture for electrical subsystems, ensuring compliance with design specifications, manufacturability requirements, and industry standards.
-Performs detailed design analysis of electrical systems independently, contributing to product development from concept to production.
-Collaborates with Computer-Aided Design (CAD) designers to optimize board floor planning, ensuring accurate and efficient component placement, high-speed routing, and electromagnetic interference (EMI) mitigation.
-Works with external vendors to source components, verify specifications, and resolve issues related to power management integrated circuits (PMICs), passive components, and high-speed interconnects.
-Works closely with internal teams such as firmware, software, and diagnostics to ensure seamless integration of electrical subsystems with overall product functionality, addressing both power and signal integrity challenges.
Testing, Validation, and Debugging:
-Conducts integration, testing, and validation of digital systems and subsystems, ensuring stable and efficient operation under varying loads and environmental conditions.
-Develops and maintains automation platforms for electrical subsystem validation, ensuring long-term reliability across product lifecycles.
-Executes test plans, validates prototypes, and performs debugging of signal integrity issues and thermal management challenges, resolving complex technical problems.
-Performs complex sustaining engineering activities such as resolving customer escalations, performing root cause analysis, qualifying alternate source components, and resolving end-of-life component issues.
Documentation and Process Development:
-Develops technical documentation, including specifications, test plans, test reports, signal integrity constraints, and bills of materials, ensuring comprehensive records for future product iterations.
-Leads and participates in formal design reviews, providing input on electrical subsystem performance, signal integrity considerations, and PCB layout trade-offs.
Continuous Learning and Innovation:
-Remains up-to-date on advancements in electrical subsystem technologies, including industry standards, tools, and best practices.
-Identifies opportunities for innovation in electrical design, suggesting improvements for future product lines and driving adoption of cutting-edge techniques in electrical systems.
-Shares expertise in electrical system design and testing with cross-functional teams to enhance overall product quality and performance.
Additional Responsibilities (as needed)
Electromagnetic Compatibility:
-Provides leadership to ensure that hardware products meet applicable safety, electromagnetic compatibility (EMC), and environmental regulations across global markets by independently applying regulatory knowledge throughout the development process.
-Leads collaboration with design, test, and manufacturing teams to proactively integrate compliance requirements into hardware specifications, leads pre-compliance testing efforts, and coordinates with third-party labs to secure required certifications.
-Monitors changes in international and regional regulatory landscapes, advises cross-functional teams on design implications, and drives updates to documentation and processes to maintain continuous global market access.
This team is responsible for the architecture, analysis, detailed design, development, integration, test, and delivery of Oracle servers based on the latest high-end server-grade merchant silicon. The systems delivered are integrated as building blocks for some of Oracle’s market leading and growing Cloud Systems & Appliances.
As a Principal Board Engineer, you will be responsible for designing and testing boards in new servers starting from system conception through system deployment in our cloud data centers. This position is not a design service group but rather on a product team with full ownership responsibilities!
Responsibilities
The list of responsibilities (but not limited to) may include:
- Parts selection and qualification.
- Schematic Capture.
- Board Floor planning.
- Provide guidance to CAD designers (placement and routing).
- Review CAD work.
- Lead and participate in formal design reviews.
- Work with SI and PI engineers on pre-layout planning based on simulations.
- Author HW specifications.
- Publish bill of materials.
- Bring up and test prototypes.
- Develop and implement test plans.
- Mentor Junior Engineers.
- Perform and lead Lab debug of HW problems.
- Light FPGA work.
An engineer in this position must work closely with the System leads and Architects to ensure the overall system requirements are achieved. In this role, you will collaborate with Operations Engineering, Mechanical Engineering, Industrial Design, PCB layout designers, EMC Design, and External manufacturers to review and optimize designs. You must have a proven track record of designing and delivering high-quality, high-speed enterprise class products to market.
Qualifications
- Proficient in the complete flow of CAD design tools such as Cadence, Concept, Allegro.
- Proficient in constraint driven design methodologies.
- Experience with the use of high-performance server processors, GPUs and support FPGAs.
- Experience with interface controllers like GigE, USB, etc.
- Experience with high power on-board modern VRD designs.
- Strong knowledge and application of high-speed design methodologies for Signal Integrity is a must.
- Experience and understanding of effective PCB stack-up design is a must.
- Experience with high-speed buses to include:
- PCIe up to Gen5/Gen6.
- Intel UPI
- AMD xGMI
- Multi-gigabit Ethernet.
- DDR4/DDR5
- NVLINK
- SAS/SATA
- Experience with sideband and control buses:
- Excellent communication and leadership skills will be needed.
- FPGA design experience with Verilog is preferred.
- Experience with recent Intel/AMD CPUs are a plus.
- Experience with recent Nvidia GPUs are a plus.
- Experience with PCIe switches and re-timers are a plus.
- Power integrity analysis experience is a plus.
- Experience with Digital or Analog Simulation is a plus.
- BSEE with 7 years’ experience or MSEE with 5 years’ experience.
