Lead ASIC design, verification, and implementation for high‑performance, low‑power products.
Compensation
$216,400.00 - $324,600.00
Responsibilities
Leverages expert ASIC knowledge to implement and drive development of high performance, high quality, low power products.
Influences and communicates guidelines for advanced architectures, circuit specifications, logic designs, and system simulations based on system‑level requirements.
Collaborates with cross‑functional teams to develop, communicate, and execute implementation strategy that meets system requirements and customer needs.
Influences all aspects of the process flow from high‑level design to synthesis, place and route, timing and power use, and verification for custom circuit design/layout flow.
Drives execution and enablement of architecture and design of blocks/SoC or IC Packages; ensures appropriate resources and procedures are in place.
Requirements
Bachelor's degree in Science, Engineering, or related field
Master's degree in Science, Engineering, or related field
Own supplier quality and reliability performance for OEM networking hardware deployed across Google’s global network, and analyze large field data to identify trends, predict failures, and prevent systemic issues.
Own supplier quality and reliability performance for OEM networking hardware deployed across Google’s global network, and analyze large field data to identify trends, predict failures, and prevent systemic issues.
Partner with Hardware Engineering and Network Operations to define and enforce quality and reliability requirements, and influence design, sourcing, and deployment decisions to improve fleet availability, reliability, and total cost of ownership.
Drive reliability validation and risk assessment, including accelerated stress testing and lifetime modeling.
Investigate and resolve field quality and reliability issues, performing deep root-cause analysis and leading corrective and preventive actions with suppliers, and define and track supplier KPIs and hold suppliers accountable to continuous improvement.
Lead supplier engagement during NPI phases to ensure design, process, and test readiness for scale, and conduct supplier audits focused on process control, quality systems, and reliability practices.
Requirements
Bachelor’s degree in Electrical, Mechanical, Computer Engineering, a related technical field, or equivalent practical experience.
The role involves production support and operations, interacting with internal and external technical teams to troubleshoot issues and manage data processing and performance optimization.
Compensation
$68-73 Per HR
Responsibilities
Provide production support and interact with various technical teams
Work closely with business teams to address technical needs
Independently troubleshoot and resolve issues
Identify and implement opportunities for optimization and automation
Support IST Engineering in designing, developing, and facilitating high quality integration test procedures and enhancing the solution development lifecycle.
Compensation
The salary rate for this role is currently $79100-112800
Responsibilities
Accountable for ensuring testing hardware and software against the system requirements and interface specification requirements
Attending and participating in Solution level Requirements, individual System Requirements, Operational scenario, and Use Case document reviews
Apply a System-of-Systems (SoS) mindset when developing test strategies and validating integrated solutions
Work with cross-functional teams to develop Integrated Solutions Test (IST) plans, test procedures, and automation tools used to validate customer solutions
Develop and maintain IST test procedures and test plans based on new software features, enhancements, and defect resolutions
Requirements
Bachelor’s degree in software engineering, computer science, electrical engineering, Information Technology, or another related discipline
Nice to have: general network design principles
Nice to have: AI-assisted engineering and testing tools
As a Senior Software Engineer specializing in Platform Software, you will play a pivotal role in designing and developing sophisticated platform software for multiple electronic control units..
Compensation
Base Pay Range (Annual) $158,400—$217,800 USD
Responsibilities
Design and develop advanced platform software, focusing on low-level and middleware components for powertrain and high voltage electronic control units.
Lead the development of highly reliable and critical components for electric vehicles, ensuring exceptional performance and reliability.
Provide comprehensive design, development, and debugging support for the integration of individual functions into control units.
Conduct thorough design and code reviews to optimize platform software.
Develop and implement robust design and product validation test programs to ensure the durability and robustness of the software.
Requirements
Bachelor's degree in Computer Science, Computer Engineering, Electrical Engineering, or a related technical field
Master's degree or higher education in Computer Science, Computer Engineering, Electrical Engineering, or a related technical field
Nice to have: embedded C development for resource constrained environments
Engineer and administer virtual desktop and remote application platforms, build and maintain workspace deployment images, test and deploy security updates and patches, configure and troubleshoot application delivery and user profiles, automate image builds and application deployments using scripting tools.
Compensation
Pay Range:$50.00-$65.00 Per Hr
Responsibilities
Engineer and administer virtual desktop and remote application platforms.
Build and maintain workspace deployment images.
Test and deploy security updates and patches.
Configure and troubleshoot application delivery and user profiles.
Automate image builds and application deployments using scripting tools.
Lead a team of spacecraft and subsystem engineers during launch and early orbit activities to commission the space vehicle(s) for service
Perform duties of lead technical authority during mission operations for both the space and ground segments
Support every aspect of the mission lifecycle, from proposal/mission modeling, design, integration and test, space vehicle shipment, launch and on-orbit operations, to decommissioning
Define ground and mission operations requirements, and flow mission requirements back to the space vehicle team
Define mission concept of operation and design reference missions
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