North Charleston, South Carolina
Job ID JR2025462569 Category Engineering - Electronic and Electrical Role Type Onsite Post Date Jul. 11, 2025

JOB DESCRIPTION

At Boeing, we innovate and collaborate to make the world a better place. We’re committed to fostering an environment for every teammate that’s welcoming, respectful and inclusive, with great opportunity for professional growth. Find your future with us.
We are Boeing Research & Technology (BR&T): Boeing’s global research and development team creating and implementing innovative technologies that make the impossible possible and enabling the future of aerospace. We are engineers and technicians, skilled scientists, and bold innovators; Join us and put your passion, determination, and skill to work building the future!
BR&T is looking for a high performing, collaborative Electromagnetic Effects Senior Research Engineer/Physicist to join our team in North Charleston, SC. This role will evaluate, analyze, and measure EM properties of advanced materials and configurations. Successful candidates will also develop new EM digital engineering processes to be deployed across the Boeing Enterprise and into the supplier network.
Our team is seeking lead or senior level engineers who share a passion for innovation in electro-physics, electromagnetic effects, and electromagnetic interference in the aerospace industry.

BASIC QUALIFICATIONS (REQUIRED SKILLS/EXPERIENCE):

• Bachelor of Science degree from an accredited course of study in engineering, engineering technology (includes manufacturing engineering technology), chemistry, physics, mathematics, data science, or computer science
• Engineering experience with EMC (Electromagnetic Compatibility), EMI (Electromagnetic Interference), or E3 (Electromagnetic Environmental Effects)
• Experience with directing engineering teams for the definition and execution of work
• Willing to Travel Domestically and internationally as needed

PREFERRED QUALIFICATIONS (DESIRED SKILLS/EXPERIENCE):

• 9 + years of related work experience or an equivalent combination of education and experience
• Bachelor’s degree or higher in physics, electrical engineering, or aerospace
• Experience with computational electromagnetic software (CST, COMSOL, FEKO, EMA3D, etc. or self-developed FEM or FDTD solvers)
• Comprehension of electromagnetic fields, shielding effectiveness, transfer functions, cable coupling, and/or antennas
• Experience with the phenomena, analysis, and testing of lightning direct effects, lighting indirect effects, electrostatics, precipitation statics, and/or HIRF
• Experience with software languages (i.e., Python, MATLAB, C++)
• Comprehension of statistics, stochastic processes, and machine learning
• Experience with 3D CAD via a GUI plus CAD automation
• Knowledge of wiring diagrams and typical design procedures
• Experience with electrical laboratory test planning and execution for high voltages and currents
• Experience with the maturation of tools and processes from concept to prototypes to production use

EDUCATION

Bachelor’s Degree or Equivalent Required

• Lead technical investigations, as negotiated and assigned, independently or with a small team of engineers.
• Maintain and advance computational electromagnetic and multi-physics tools, to include time- and frequency-domain methods in both low frequency and high frequency models.
• Apply electromagnetic theory to develop advanced electrical analysis and measurement techniques and test processes for determining lightning direct effects and static charge performance on carbon fiber composites and mixed-material structural interfaces.
• Interface with materials engineers for the definition and qualification of new materials that meet lightning direct effects and static charge performance requirements, while meeting structural and manufacturing engineering requirements.
• Advise, design, and define necessary testing to characterize materials in electromagnetic environments.
• Apply knowledge of antenna design, RF spectrum, transmitter and receiver architectures, and RF distribution system components to coupling analyses, interference mitigation, propagation studies, and the definition of interference thresholds.
• Develop and validate electromagnetic requirements for electrical\electronic systems, mechanical systems, interconnects and structures
• Collaborate with multiple disciplines in developing architectures to integrate components into higher level systems and platforms
• Support project management by coordinating the development of work statements, schedule, budget, and fabrication plans for test articles and fixtures for appropriate reviews in a research-focused and milestone-defined environment.
• Develop proposals to support development of new business
• Apply knowledge of development, production, certification, qualification, quality assurance and acceptance testing to satisfy and verify alignment with governing regulations and compliance requirements.