Technical Specialist - Aircraft Power Electronics Job Cheltenham area,England UK,Engineering

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.
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.

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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