The "Sr. Staff Engineer, Electrical" is a member of a global R&D Team. The role is of a hands‑on Electrical/Electronic engineer who is motivated to actively contribute to the new design and update of existing products.
Responsibilities
Serve thought process leadership for building depth of embedded design for team.
Understand product function & convert related design to Embedded requirements.
Perform reviews on design concepts, component selections, trade off analysis drive culture of simulation, design calculations, margin analysis & design process rigor before design finalization.
Build and review & approve the design documents and verification plan mapping to all the requirements including key performance & reliability requirements.
Approve the design performance meets the requirements, stays in sync with the Manufacturability and Serviceability, and achieve the cost/reliability target.
Requirements
Masters or Bachelor’s degree in Electrical/Electronics engineering, or related field or equivalent.
The Sr. Staff Integration Engineer is responsible for defining, optimizing, and sustaining end-to-end process integration flows for probe card manufacturing in a high-volume semiconductor environment.
Compensation
$163,400.00 - $214,410.00 per year
Responsibilities
Define, own, and continuously improve end-to-end process integration flows for probe card manufacturing
Ensure alignment of unit process performance to product-level electrical, mechanical, and reliability targets
Identify and manage integration risks, interactions, and trade-offs across modules
Lead integration-level yield improvement initiatives using data-driven analysis and structured problem solving
Investigate complex yield excursions, defect mechanisms, and cross-process interactions
Lead the technical implementation and architecture of advanced robotic systems, translating complex algorithms into reliable, production-ready hardware and software solutions.
Locations (2)
Sunnyvale, California, United States
Pittsburgh, Pennsylvania, United States
Compensation
The U.S. base salary range for this full-time position in Sunnyvale, California is $330,000-$350,000.
Responsibilities
Lead end-to-end robotics deployment from concept to real-world operating environments
Define and drive long-term robotics research roadmap
Make key decisions on system architecture, hardware-software co-design, and make-or-buy strategies
Foster agile and pragmatic engineering culture within interdisciplinary teams
Mentor and coach researchers across mechanical engineering, electronics, software engineering, and AI
Requirements
Master's degree in Robotics, Mechatronics, Computer Science, Electrical Engineering or equivalent
Mechanical Engineer on the research & development team focused on new product development for advanced scientific instrumentation.
Compensation
Salary: 80-100k
Responsibilities
Design and develop electro‑mechanical components, assemblies, and integrated systems for new products.
Support existing products, including troubleshooting issues, implementing design improvements, evaluating component obsolescence risks, and assisting with sustaining engineering activities to ensure ongoing product reliability and manufacturability.
Collaborate with cross‑functional teams (electrical, software, manufacturing, quality) to translate product requirements into engineering specifications.
Create and maintain engineering drawings, models, BOMs, and documentation compliant with company standards and relevant industry practices.
Conduct structural, thermal, and vibration analyses using analytical methods and finite element analysis (FEA).
Requirements
Bachelor’s degree in Mechanical Engineering or related field
Lead technical initiatives to develop new technologies and transition products from concept to high-volume commercial manufacturing for CGM sensor technologies.
Compensation
Salary ranges for U.S (excl. PR) locations (USD):$153,000.00 - $261,000.00
Responsibilities
Lead the design, development, and optimization of CGM sensor components and wearable technologies, including adhesive patch systems.
Translate Voice of Customer (VoC) feedback and product needs into technical requirements and engineering solutions.
Drive product and process development from concept through design verification, validation, and commercial manufacturing transfer.
Apply Design for Reliability and Manufacturing (DRM), Design for Six Sigma (DFSS), and Design for Manufacturing and Assembly (DFM/A) principles to improve product performance, reliability, and manufacturability.
Design and execute engineering studies to evaluate new technologies, optimize processes, troubleshoot technical issues, and identify root causes.
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