Electrical Power SME

Accord Technologies Inc; United States; Hybrid; USD 120,000 - 170,000; Full time

Job summary

Accord Technologies Inc. seeks a Senior Electrical Power SME to support aerospace projects in Everett, WA, with remote work flexibility but travel to customer sites as needed.

The role emphasizes end-to-end electrical architecture framing and integration with mechanical, thermal, and certification disciplines. The ideal candidate will apply worst-case and nominal power budgeting, conduct architecture trade studies, and drive alignment with certification requirements across EWIS and wiring

Qualifications

• Must have deep expertise in aircraft electrical architecture analysis.
• Experience framing load/power budgeting and architecture trade studies.
• Ability to integrate electrical with mechanical, thermal, and certification disciplines.

Responsibilities

• Lead end-to-end electrical architecture framing across power sources and distribution topology.
• Correlate electrical demand with mechanical, thermal, and dispatch-reliability outcomes at aircraft level.
• Perform worst-case, nominal, and degraded power budget reasoning and architectural consequence analysis.
• Synthesize transient behavior, failure-mode analysis, and certification posture into integrated views.
• Translate architectural choices into wiring weight, segregation, and EWIS impact at aircraft scale.
• Apply EWIS architecture, routing, and segregation principles within FAR/CS 25 transport category context.

Skills

Electrical architecture

Load budgeting

Trade studies

Systems integration

Certification coordination

EWIS considerations

Job description

Job Information

• Title: Electrical Power SME
• Location: Everett, WA - Remote (BUT candidates need to travel as and when required to customer location)
• Position Type: Fulltime
• Client: Aerospace domain
• Visa: GC/ US Citizen.

Job Description

Senior electrical systems domain with deep expertise in aircraft electrical architecture analysis capable of framing load/power budgeting, architecture trade studies, and integrated correlation with mechanical, thermal, and certification disciplines.

Systems-Level Capabilities

• End-to-end electrical architecture framing across power sources, distribution topology, and redundancy strategy
• Correlation of electrical demand with mechanical, thermal, and dispatch-reliability outcomes at aircraft level
• Worst-case, nominal, and degraded power budget reasoning and architectural consequence analysis
• Synthesis of transient behavior, failure-mode analysis, and certification posture into integrated views
• Translation of architectural choices into wiring weight, segregation, and Electrical Wiring Interconnection System impact at aircraft scale
• Aircraft electrical architecture for FAR/CS 25 transport category aircraft
• EWIS architecture, routing, and segregation principles

Analytical

• Parametric modeling of generator sizing, load profiles, and architectural alternatives
• Sensitivity analysis across nominal vs. degraded operating modes
• Quantitative comparison of competing electrical architectures
• Integration analysis spanning electrical, thermal, and certification disciplines

Preferred

• Architecture-level trade studies on commercial transport electrical systems
• More-Electric Aircraft architecture exposure
• Architectural-level reasoning