Lead PCB design for wearable medical devices, collaborating with electrical, RF, and antenna engineers from concept to production, ensuring high‑quality, manufacturable layouts.
Locations (5)
Los Angeles, California, United States
Seattle, Washington, United States
Washington DC, District of Columbia, United States
Boston, Massachusetts, United States
New York City, New York, United States
Compensation
Salary ranges for U.S (excl. PR) locations (USD):$68,000.00 - $116,000.00
For roles located in California, Seattle WA, Washington DC, Boston MA, and New York City, the salary range is $95,000 - $125,000 USD.
Responsibilities
Detail oriented PCB design with schematic capture, high density multilayer layout, flex and rigid flex assemblies, RF and high‑speed signal routing, impedance control, length matching and crosstalk mitigation
Work with multi‑MCU systems for low‑power wearable devices and class 3 medical products
Create component footprints, models and manage component libraries
Place components, route signals, generate Gerber and ODB++ files, determine optimum layer stackup
Use Altium Designer, Altium A365 and PCB Layout Tools
Requirements
High school diploma or equivalent (United States)
Vocational or technical education or certification (all other countries)
Nice to have: Advanced PCB constructs such as blind, buried, micro and stacked vias
As a Reliability Engineer, you work closely with design engineers to perform schematic design review and analysis through various design methods, such as simulation, to drive better NPI hardware quality and reliability.
Responsibilities
Perform schematic design review and analysis
Analyze specifications, datasheets, and application notes to create component device models
As an RF/Wi-Fi Engineer on the Starlink Reliability team, you will perform telemetry and log analysis as well as hands‑on debugging to drive to root cause and corrective action of failed hardware.
Responsibilities
Perform telemetry and log analysis as well as hands‑on debugging to drive to root cause and corrective action of failed phased‑array, Wi‑Fi, and power supply PCBAs
Build and maintain critical tools and custom software to objectively assess the performance and reliability of Starlink customer hardware
Run internal betas and product launches to identify and resolve any design issues in the hardware or software of new products ahead of their public launch
Build relationships and collaborate across disciplines including engineering, production, test, inventory, quality, supply chain, and customer experience to drive positive business outcomes
Consistently contribute effort, leadership, and creative thinking to solving complex problems in a collaborative fashion and under tight deadlines
Requirements
Bachelor’s degree in electrical engineering, RF engineering, computer engineering, computer science, mathematics, or other STEM discipline
Nice to have: consumer electronics
Nice to have: troubleshooting electronics hardware
Nice to have: understanding PCB schematics and layout tools
Nice to have: experience with engineering projects in any one or more of the following areas: CPU/FPGA/ASIC circuit boards, Linux, high‑speed interfaces, memories, and/or low‑power platforms
Design and develop power delivery solutions for HPE products as an entry-level Power Engineer II.
Compensation
The expected salary/wage range for this position is provided below. Actual offer may vary from this range based upon geographic location, work experience, education/training, and/or skill level. – United States of America: Annual Salary USD 84,200 - 170,300 in California
Responsibilities
Design portions of engineering solutions for power delivery
Investigate suitable components for key design initiatives
Design/simulate/schematic capture of power circuit blocks
Participate in functional specification and design review sessions
Collaborate with internal and outsourced development partners
Requirements
Bachelor's or Master's degree in Electrical Engineering
Support the hardware design process, including schematic capture and PCB layout, assist in testing and validation of hardware systems, collaborate with the hardware engineering team to document requirements and specifications, contribute to development of hardware design projects, stay updated with industry trends and technologies.
Responsibilities
Support the hardware design process, including schematic capture and PCB layout
Assist in the testing and validation of hardware systems
Collaborate with the hardware engineering team to document hardware requirements and specifications
Contribute to the development of hardware design projects
Stay updated with the latest industry trends and technologies
Requirements
Bachelor's in Electrical Engineering or related field
Nice to have: advanced degree in Electrical Engineering or related field
Nice to have: experience with schematic capture and PCB layout tools
Nice to have: familiarity with hardware testing and validation processes
Design portions of engineering solutions for power delivery based on established engineering principles and in accordance with development technology practices and guidelines.
Compensation
The expected salary/wage range for this position is provided below. Actual offer may vary from this range based upon geographic location, work experience, education/training, and/or skill level. – United States of America: Annual Salary USD 84,200 - 170,300 in California
Responsibilities
Design portions of engineering solutions for power delivery
Investigate suitable components for key design initiatives
Design/simulation/schematic capture of power circuit blocks
Participate in Functional Specification and Design Review sessions
Collaborate with internal and outsourced development partners
Requirements
Bachelor's or Master's degree in Electrical Engineering
Entry-level position for a New College Graduate at the MSEE level focused on designing power delivery solutions for Front End and Board Mount Power technologies.
Compensation
Annual Salary USD 84,200 - 170,300 in California
Responsibilities
design portions of engineering solutions for power delivery based on established engineering principles
detailed investigation of suitable components for key design initiatives
design/simulation/schematic capture of power circuit blocks
assist development/implementation/documentation of power circuit testing
participate in Functional Specification and Design Review sessions
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