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Panthalassa

Autonomous floating wave-energy generators for power

Internal Harness and Interconnect Engineer

Electrical EngineeringConfirmed live in the last 24 hours
Full-timePortland, OR, USA

About the Job

Requirements

  • Demonstrated capability in designing, packaging, and documenting complex wiring harnesses and interconnect assemblies for high-reliability systems such as aerospace, marine, automotive, robotics, industrial automation, or other harsh environments.
  • Deep technical knowledge of connector families such as Phoenix, Amphenol, Deutsch, and Molex; specialized wire insulation and jacketing materials; and cable shielding techniques.
  • Demonstrated track record diagnosing and resolving noise, grounding, and signal-integrity artifacts in mixed data/power cabling architectures.
  • Proficiency in wire harness design software such as Zuken E3.series, RapidHarness, or equivalents.
  • Hands-on expertise with harness fabrication, crimp validation, rework tools, and diagnostic instrumentation, including digital multimeters, oscilloscopes, time-domain reflectometers, and insulation testers or meggers.

Responsibilities

  • Contribute to the complete interconnection lifecycle for all dry-side node electronics, including connector selection, harness routing, wire termination, backshell integration, potting, strain relief, and mechanical retention.
  • Develop and standardize robust harness assembly workflows for crimping, soldering, potting, connectorization, and continuity/high-potential testing to ensure repeatable, high-yield builds from prototype to production.
  • Embed Design for Excellence into every harness iteration by simplifying connector counts, standardizing keying and polarization, optimizing routing to prevent mis-mates and reduce assembly cycle time, and integrating automated continuity test points and derating strategies to withstand continuous thermal-mechanical stress and high-vibration ocean environments.
  • Architect clean signal and power pathways, eliminating electromagnetic interference, crosstalk, and ground loops between high-speed data channels and power lines.
  • Manage the interconnect bill of materials and vendor pipeline, driving procurement, tolerance analysis, second-sourcing, and obsolescence mitigation for future node architecture rollouts.
  • Drive quality verification and shop-floor triage, leading first-article inspections and serving as the primary technical authority to debug electrical interconnect anomalies during system integration.
  • Own harness designs from initial concept through fabrication and deployment at sea.
  • Manage external manufacturing partners and diagnose and resolve integration issues on the shop floor.
  • Travel to vendors and test sites as needed.
  • Work longer hours and weekends intermittently to support critical needs.

Desired Qualifications

  • Bachelor’s degree in Electrical Engineering, Mechatronics, or an equivalent field.
  • Familiarity with manufacturing standards such as IPC/WHMA-A-620 Class 3 or high-reliability aerospace or military equivalents.
  • Experience designing interconnects for sealed enclosures, pressure vessels, or chassis exposed to rigorous shock, vibration, and thermal-cycling environments.
  • Experience with high-speed data transmission such as Ethernet, radio frequency, and high-speed differential pairs; fiber-optic terminations; or high-voltage direct-current distribution.
  • Familiarity with automated wire-processing equipment and automated harness test systems such as Cirris and CableEye.
  • Proven track record establishing vendor second-sourcing and qualification pipelines for custom cable assemblies and specialized interconnect hardware.

About the Company

Panthalassa

Autonomous floating wave-energy generators for power

Panthalassa builds autonomous, floating energy nodes that harvest power from open-ocean waves. Each node is a 50-meter-diameter solid sphere with a 60–70 meter downward neck; waves move the node to pump seawater into a pressurized reservoir, which runs through a turbine to generate electricity, aiming for continuous power with a high capacity factor and energy kept on board for off-grid use. The design is simple and rugged, supports offshore operation, and focuses on modular, marine-based energy rather than centralized, onshore plants. Its goal is to provide reliable ocean-based power for on-site needs and to enable scalable sea-based energy infrastructure for clean power and fuels like green hydrogen.

Company size
51-200
Company stage
Series B
Total funding
$218.1M
Headquarters
Portland, OR
Founded
2016

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