Electromagnetic Environmental Effects (E3/RF System) Engineer

About The Role

Aircraft Integration Team

Key Responsibilities

• Develop, plan, and execute
• E3 certification strategies
• , including preparation and conduct of certification tests and compliance documentation
• Define and support
• E3 architecture
• for new or modified electrical and electronic systems to ensure resistance to electromagnetic effects and abnormal environmental conditions
• Support
• antenna co-site analysis, evaluation, and optimization
• for aircraft communication systems
• Assist system designers in developing
• technical specifications and equipment installations
• , ensuring full compliance with environmental standards
• Support electrical and mechanical teams during
• system validation and verification (V&V)
• activities
• Review
• supplier E3 qualification test plans and reports
• to ensure aircraft-level electromagnetic environment compliance
• Provide
• EMI/EMC guidance
• to internal teams, suppliers, and customers
• Liaise with
• certification authorities
• , suppliers, and accredited test houses
• Create, maintain, and update
• test reports, procedures, certification evidence
• , and documentation for accredited testing
• Support continuous improvement initiatives related to
• cost reduction, efficiency, and process optimization

Educational Qualification

• Bachelor’s degree in

Electrical Engineering, Telecommunications, Aerospace Engineering

• , or a related field
• Specialization in

Electromagnetics And Rf Communication Design

Experience & Skills

• Minimum
• 5 years of engineering experience
• in

Emc And E3

• within the Aerospace & Defence industry
• Good understanding of
• aircraft and system design processes
• , including

Arp 4754 & Arp 4761

• Ability to
• flow system requirements
• down to subsystem specifications and drawings
• Experience evaluating
• system designs, wiring diagrams, and installations
• against applicable standards
• Knowledge of

14 Cfr Part 23

• regulations, including fuel tank protection against lightning, HIRF, static electricity, and related hazards
• Ability to analyze aircraft modifications and ensure
• certification compliance
• Experience performing
• electronic system analyses
• (sensors, radar, communications, flight controls, power systems, etc.)
• Strong theoretical knowledge of
• EM fields, transmission lines, antennas, propagation, signal integrity, EMI/EMC
• Familiarity with

RTCA And DO‑160

• , SAE ARP standards, and FAA advisory circulars
• Knowledge of
• MIL‑STD‑464 and MIL‑STD‑461
• is a strong asset
• Experience working in

Easa And Faa Approved Design Organizations (Part 21j)

• is a strong asset
• Hands-on experience with

EMA3D, CST, and And or FEKO

• electromagnetic simulation tools is an advantage
• Self‑motivated, proactive, and solutions‑oriented mindset
• Ability to work effectively in
• dynamic programs
• with evolving scope and multi-disciplinary coordination