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Eaton

Technical Specialist - Aircraft Power Electronics

Cheltenham
Posted about 15 hours ago
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Key Responsibilities

  • Define and solve complex, multi-disciplinary engineering problems, with focus on HVDC/AC conversion, protection, thermal design, EMC, insulation, reliability, and certification risk.
  • Lead the power electronics technical strategy and technology roadmap in collaboration with the Technical Authority.
  • Provide leadership, supervision, and coordination to engineering teams to deliver work on time, cost, and quality targets.
  • Act as a senior technical authority and customer-facing escalation point for HV power systems, ensuring high-quality engineering delivery.
  • Sponsor or lead strategically important programmes (e.g., intelligent PDUs, IPS controllers, motor drives, HV demonstrators).
  • Maintain awareness of emerging technologies and translate developments (SiC/GaN devices, sensing, magnetics, thermal management, EMI) into product strategies.
  • Define engineering standards, including design rules, derating, HV spacing, protection methods, and EMC practices.
  • Lead trade studies across converter topologies, motor control, and protection strategies.
  • Support bid activities, including technical input, estimation, and risk identification.
  • Mentor engineers across technical, product, and lifecycle domains.

General Responsibilities

  • Investigate equipment failures and recommend solutions.
  • Prepare and review engineering estimates, identifying risks and dependencies.
  • Produce reports and present technical findings to stakeholders.
  • Maintain professional competency and support continuous development.
  • Adhere to company values, policies, and procedures.
  • Perform off-site duties as required and support broader business needs.

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PwC·London, UK
£35,000/yr

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Technical (Electronic) Competencies

  • Advanced expertise in high-voltage power electronics design, including conversion, control, sensing, protection, and gate drive systems.
  • Ability to define requirements and ensure full traceability from safety requirements to verification evidence (including DAL A).
  • Strong experience in EMC design and compliance for high-speed switching systems (SiC/GaN), including emissions, susceptibility, filtering, shielding, and layout.
  • Proficiency in simulation and analysis tools (e.g., SPICE, PLECS/PSIM, thermal/electromagnetic modelling, stability analysis, worst-case and reliability analysis).
  • Experience with validation and test methods including switching loss, thermal characterisation, insulation testing, HIL, load testing, and qualification.
  • Solid understanding of PCB design for high-voltage/high-current systems, including creepage/clearance, parasitics, and manufacturability.
  • Component selection expertise across power semiconductors, magnetics, capacitors, sensors, and insulation systems.
  • Experience with HV architectures including DC distribution (270–800 VDC), inverters, motor drives, SSPCs, and power supplies.
  • Ability to lead technical reviews (PDR, CDR, TRR, qualification, production readiness).
  • Manage and support suppliers for key components and subsystems.
  • Collaborate effectively across software, mechanical, systems, manufacturing, and test disciplines.
  • Contribute to architecture definition for key products (PDUs, converters, inverters, motor drives).
  • Provide technical leadership and influence engineering direction within the organisation.

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Qualifications

  • Degree (typically Master’s) in Electronics Engineering or equivalent experience, with significant relevant industry experience.
  • Specialisation in power electronics, motor drives, high-voltage engineering, or aerospace electrical systems preferred.
  • Chartered Engineer (or equivalent) desirable.
  • Eligible for required security clearances.
  • Desirable: postgraduate study or training in power electronics, EMC, high-voltage safety, or safety-critical systems.

Experience

  • Substantial experience in a complex engineering environment, particularly in power electronics and safety-critical systems.
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Skills

HVDC/AC Conversion
Power Electronics Design
EMC Design
Thermal Management
SiC/GaN Devices
PCB Design
Motor Control
Safety-Critical Systems
Simulation Tools
High-Voltage Engineering
Technical Leadership
Certification Risk Management
Hardware-in-the-Loop (HIL)
Reliability Analysis
System Architecture
Technical Strategy

Location

Cheltenham, England, United Kingdom

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