EMI/EMC Engineer

Role Overview

As a key member of the Aircraft Integration Team, the Electromagnetic Environmental Effects (EMI/EMC) Engineer will manage all facets of E3 to safeguard aircraft from internal and external electromagnetic disturbances. The role encompasses supporting new aircraft development as well as modifications, addressing Intra-system EMC, HIRF, IEL, DEL, EMRADHAZ, and P-Static compliance requirements.

Key Responsibilities

• Design, strategize, and implement E3 certification plans, including organizing and conducting certification testing with necessary compliance documentation.
• Develop and maintain E3 system architecture for new or modified electrical/electronic systems ensuring resilience to electromagnetic interference and abnormal environments.
• Perform antenna co-site analysis and optimize aircraft communication systems accordingly.
• Collaborate with system designers to draft technical requirements and equipment installation criteria meeting environmental standards.
• Support validation and verification tasks alongside electrical and mechanical teams.
• Review and assess supplier qualification test plans/reports for adherence to aircraft electromagnetic environment standards.
• Guide internal teams, vendors, and customers on EMI/EMC aspects.
• Engage with certification bodies, suppliers, and accredited testing agencies to ensure compliance.
• Prepare, update, and maintain testing reports, procedures, certification evidences, and documentation for accredited tests.
• Contribute to continuous improvement initiatives focusing on cost efficiency, enhanced productivity, and process optimization.

Education and Qualifications

• Bachelor’s degree in Electrical Engineering, Telecommunications, Aerospace Engineering, or related discipline.
• Specialization in Electromagnetics and RF Communication Design is highly desirable.

Experience and Required Skills

• A minimum of 5 years of engineering experience with expertise in EMC/E3 within the Aerospace & Defence sectors.
• Solid understanding of aircraft/system design methodologies, including standards such as ARP 4754 & ARP 4761.
• Proficient in translating system-level requirements into detailed subsystem specifications and schematic designs.
• Experienced in reviewing system architectures, wiring, and installations for regulatory compliance.
• Knowledgeable of 14 CFR Part 23 regulations, focusing on fuel tank lightning protection, HIRF, static electricity, and associated hazards.
• Adept at analyzing aircraft modifications to ensure they meet certification requirements.
• Experience in electronic system analysis across sensors, radar, communications, flight control, and power systems.
• Strong theoretical foundation in electromagnetic fields, transmission lines, antennas, wave propagation, signal integrity, and EMI/EMC principles.
• Familiarity with RTCA/DO-160, SAE ARP standards, and FAA advisory circulars.
• Understanding of MIL-STD-464 and MIL-STD-461 standards is advantageous.
• Experience working within EASA/FAA-approved Design Organizations (Part 21J) is a plus.
• Practical knowledge of electromagnetic simulation tools such as EMA3D, CST, and FEKO is beneficial.
• Self-driven, proactive, with a problem-solving orientation.
• Ability to adapt to fast-moving, multidisciplinary projects with shifting scopes.