Electronics Engineer

About the role

This is a 6month project opportunity for an experienced Electronics Engineer III to lead embedded system architecture and hardware development on crossfunctional teams. The role independently owns technical development, drives client communication, and ensures that all deliverables meet quality, regulatory, and compliance standards from concept through productionready designs. The role operates in a hybrid work environment that combines remote work with officebased collaboration and occasional clientsite support in the Portland/Vancouver metro area. You may begin with approximately half of your time onsite, transition to more remote work with periodic onsite visits, and then spend more time onsite toward the end of the project for handson hardware work, board bringup, and testing. Work is primarily performed in engineering office spaces and laboratory environments equipped with oscilloscopes, multimeters, logic analyzers, and other standard electronic test equipment. The setting is collaborative and crossfunctional, with regular interaction between electrical, mechanical, firmware, software, systems, and manufacturing teams. Professional attire suitable for clientfacing meetings and lab work is expected, with flexibility based on specific onsite activities.

Responsibilities

• Lead the architecture and hardware development of embedded electronic systems, owning board designs from requirements through layout, bringup, and validation.
• Communicate technical requirements, design plans, and project status clearly and professionally to clients, project managers, and engineering teams.
• Perform and document complex engineering analyses, laboratory testing, and hardware validation activities using industry best practices.
• Guide and mentor junior engineers, review their technical work, and provide constructive feedback to ensure highquality engineering output.
• Drive adherence to global regulatory standards, electrical design standards, testing requirements, and compliance considerations throughout the development lifecycle.
• Contribute to department process improvements by sharing best practices, refining workflows, and providing technical mentorship within the engineering team.
• Follow Business Technology policies to protect sensitive data, safeguard intellectual property, and reduce information security incidents.
• Translate customer requirements into robust electrical designs, including component selection and bill of materials (BOM) creation.
• Conduct schematic capture, PCB layout, design reviews, and design revisions, ensuring productionready circuit boards that meet performance and reliability targets.
• Lead board bringup, poweron testing, debugging, troubleshooting, and iterative hardware refinement to resolve technical issues.
• Collaborate closely with mechanical, firmware, software, systems, and manufacturing engineers across all phases