Design and optimize high-performance analog and mixed-signal ICs for automotive and industrial applications, including transistor-level design, simulation, silicon validation, and product qualification.
Responsibilities
Design and optimize analog and mixed-signal circuit blocks such as amplifiers, voltage references, regulators, data converters, and sensor interfaces.
Perform transistor-level design, simulation, and verification across process, voltage, temperature, and reliability conditions.
Drive silicon bring-up, characterization, debugging, and root-cause analysis through technically sound closure.
Contribute to product robustness, yield improvement, and long-term reliability.
Collaborate closely with Layout, Verification, Product, Test, and System Engineering teams.
Requirements
Bachelor's in Electrical Engineering, Microelectronics, Physics, or a related field
Master's in Electrical Engineering, Microelectronics, Physics, or a related field
Define and document the microarchitecture for digital designs within the TPU
Partner with Verification to develop test plans and debug RTL, and collaborate with Physical Design to achieve timing, area, power, and manufacturability goals
Drive critical power optimization and automation initiatives across all on-chip-network components and subsystems
Support post-silicon validation and hardware debugging efforts to ensure successful deployment
Lead the development and enhancement of internal design tools, flows, and engineering methodologies
Responsible for developing and maintaining parametric CAD models, engineering drawings, and automated design solutions using SolidWorks and DriveWorks for core laminations and transformer core assemblies.
Compensation
$75,000 - $85,000 year (dependent on experience)
Responsibilities
Design, develop, and maintain parametric CAD models, configurations, and automated engineering solutions using SolidWorks and DriveWorks
Develop and maintain automated drawing generation systems for core laminations, transformer core assemblies, and related products
Create, modify, and maintain engineering and manufacturing drawings in SolidWorks in accordance with company and client standards
Create and maintain clamp, insulation, assembly, and manufacturing drawings for transformer core assemblies
Develop and maintain design templates, CAD libraries, standards, and automation rules to improve engineering efficiency and consistency
Requirements
Bachelor’s Degree or Diploma in Engineering, Engineering Technology, Mechanical Design, or a related technical discipline
Nice to have: Experience developing parametric models, configurations, and design automation solutions using DriveWorks
Nice to have: Experience creating automated drawing generation systems and configurable engineering models
The Delivery Lead is accountable for the end-to-end delivery health of a portfolio of large, complex customer operations managed service engagements. The role is responsible for ensuring delivery excellence across transition and run, safeguarding commercial outcomes, driving continuous improvement and transformation, and leading high-performing, global delivery teams.
Responsibilities
Oversee the end-to-end delivery health of a large portfolio of complex customer operations managed service engagements.
Ensure delivery excellence across transition and run, safeguard commercial outcomes, and drive continuous improvement and transformation.
Establish robust delivery governance across the portfolio, proactively managing operational risks, dependencies, escalations, and adherence to agreed service levels.
Lead high-performing, global delivery teams in alignment with PwC Operates Delivery Standards.
Serve as a senior operational specialist and trusted advisor to senior clients and internal stakeholders, ensuring efficient, compliant service delivery to contracted levels, protecting margin, and enhancing client satisfaction.
Lead a multi-disciplinary engineering organization supporting ETO, COE, COD, wiring diagrams, application engineering, and manufacturing support for MVA and LV MCC.
Responsibilities
Lead a multi-disciplinary organization of engineers, designers, technical leads, and specialists supporting ETO, COE, COD, wiring diagrams, application engineering, and manufacturing support for MVA and LV MCC.
Own engineering execution from customer specification and order configuration through drawings, bills of material, customer approval, manufacturing release, as-built updates, and engineering-change closure.
Serve as the technical and organizational leader for Medium Voltage Assembly and Low Voltage Motor Control Center engineering; ensure leaders and teams understand product architecture, application boundaries, design rules, configuration logic, manufacturing constraints, and test requirements.
Guide engineering for metal-clad and arc-resistant switchgear applications, including 5/15 kV, 27 kV, and 38 kV classes; indoor and outdoor lineups; main, feeder, tie, transition, auxiliary, metering, and protection sections; and IGX and other supported MVA/MVS configurations.
Lead adoption and governance of BidManager, AutoCAD and AutoCAD Electrical, EPLAN, Inventor, ENOVIA/3DX, Design Automation, MAPICS/AS400, Product Order Management tools, and related engineering systems used by the product lines.
Lead engineering operations for medium voltage assembly and low voltage motor control center product lines, overseeing design, manufacturing support, and digital thread initiatives.
Responsibilities
Lead a multi-disciplinary engineering organization
Own engineering execution from specification to manufacturing release
Serve as technical and organizational leader for MVA and LV MCC
Guide engineering for switchgear applications
Lead adoption of engineering systems and digital thread
Requirements
Bachelor's in Electrical Engineering
Master's in Electrical Engineering
Nice to have: Green Belt or Black Belt certification
As a Software Engineer for antenna calibration, you will collaborate with systems architects, hardware engineering design teams & FW/SW design teams to bring up and test systems combining FPGA, firmware, RF, and networking functions and build advanced tools.
Compensation
USA, WA, Redmond - 143,700.00 - 194,400.00 USD annually
Responsibilities
Characterizing subsystems and systems related to antennas
Complex data storage
Hardware test automation
Firmware design and implementation
Application development
Requirements
Bachelor's degree in Computer Science, Engineering, Mathematics, or a related field
Nice to have: full software development life cycle
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