At a Glance
- Tasks: Lead the design and development of high-performance motors for aerospace and defence.
- Company: Join a pioneering tech firm focused on next-gen aerospace electrification.
- Benefits: Competitive salary, flexible working, and opportunities for professional growth.
- Other info: Collaborative environment with exciting projects and global teamwork.
- Why this job: Make a real impact in cutting-edge aerospace technologies and work hands-on with prototypes.
- Qualifications: Degree in Electrical Engineering and experience in electromagnetic machine design required.
The predicted salary is between 60000 - 80000 £ per year.
We are seeking a Principal Electromagnetic Engineer to join our Technology & Product Development team. This role is suited to an engineer with strong expertise in electromagnetic machine design, EMAG/FEA, and machine‑level EMC considerations with the ability to engage directly with prototype builds and hands‑on shop floor activities. You will play a leading role in the design, development, and delivery of high‑performance motors, generators, and electromechanical systems for aerospace and defense applications. The role involves requirements interpretation, technical proposal writing, electromagnetic modelling, mechanical integration, DFMEA leadership, and prototype validation through production release. This is an opportunity to contribute to next‑generation aerospace electrification and thermal management technologies within a growing product development environment.
Key Responsibilities
- Act as a focal point for electromagnetic design activities across development programs.
- Perform detailed analysis using simulation tools such as ANSYS MotorCAD, ANSYS Maxwell with awareness of thermal, mechanical, and system‑level integration considerations.
- Generate analytical models and calculations to verify sizing, performance, losses, efficiency, and NVH characteristics.
- Support technical proposal development and work package definition work package management from concept to production, ensuring compliance with functional, safety, and regulatory requirements.
- Interpret customer specifications and translate them into robust machine topologies and design concepts.
- Lead or contribute significantly to DFMEA activities and ensure design robustness and risk mitigation.
- Provide hands‑on technical support to manufacturing and prototype build activities, including winding, lamination inspection, assembly processes, and root cause investigations.
- Support validation and qualification testing, including electrical, mechanical, and thermal performance tests.
- Produce high‑quality engineering reports, design documentation, DFMEA artefacts, test plans, and technical presentations.
- Prepare and review 2D/3D CAD models, detailed drawings, and BOMs where required.
- Support creation of verification and validation evidence for design reviews for customer projects.
Essential Skills and Experience
- Bachelor’s or Master’s degree in Electrical Engineering, or related discipline.
- Proven experience in electric machine electromagnetic design (e.g., PMM, BLDC, BLAC, RFM, AFM).
- Strong understanding of electromagnetic theory, machine topology selection, magnetic materials, loss mechanisms, EM‑thermal coupling, and structural considerations.
- Proficiency with ANSYS MotorCAD, ANSYS Maxwell.
- Proven experience acting as technical authority, reviewer, or approver in engineering environments.
- Significant experience with concessions / deviations / non‑conformance management, DFMEA and technical risk management, failure analysis and structured problem‑solving methodologies.
- Hands‑on mindset with the ability to work directly with prototype hardware and manufacturing teams.
- Ability to interpret technical requirements and create coherent machine‑level design solutions.
- Excellent communication, documentation, and teamwork capabilities.
Desirable
- Experience within aerospace, defence, automotive electrification, or high‑reliability industries.
- Proficiency with EMC and EMI.
- Impact of machine design on system‑level EMC performance.
- Understanding of EMC coupling paths, shielding strategies, grounding architecture, filtering approaches, and their interaction with electric machine and inverter design.
- Knowledge of NVH, thermal systems, or advanced materials.
- Familiarity with design‑for‑manufacture and production processes.
- Awareness of emerging digital engineering methodologies, scripting, or AI‑assisted engineering workflows.
General Requirements
- Operate effectively within engineering governance frameworks and quality systems.
- Ability to manage multiple programs and priorities.
- Strong ownership mindset and accountability for technical decisions.
- Collaborative approach across global and cross‑functional teams.
Principal Electromagnetic Engineer (EMAG / EMC Focus) employer: AMETEK
Join a forward-thinking company that values innovation and collaboration, where as a Principal Electromagnetic Engineer, you will be at the forefront of developing cutting-edge aerospace technologies. Our supportive work culture fosters professional growth through hands-on experience and engagement in prototype builds, while our commitment to employee development ensures you have access to continuous learning opportunities. Located in a vibrant area, we offer a dynamic environment that encourages creativity and teamwork, making it an excellent place for engineers looking to make a meaningful impact in the aerospace and defence sectors.
StudySmarter Expert Advice🤫
We think this is how you could land Principal Electromagnetic Engineer (EMAG / EMC Focus)
✨Tip Number 1
Network like a pro! Reach out to your connections in the aerospace and defence sectors. Attend industry events or webinars, and don’t be shy about introducing yourself. You never know who might have the inside scoop on job openings or can put in a good word for you.
✨Tip Number 2
Show off your skills! Create a portfolio that highlights your electromagnetic design projects, simulations, and any hands-on work you've done. This will give potential employers a clear picture of what you can bring to the table, especially in areas like ANSYS MotorCAD and DFMEA.
✨Tip Number 3
Prepare for interviews by brushing up on your technical knowledge and problem-solving skills. Be ready to discuss your experience with electromagnetic theory and machine design. Practise explaining complex concepts in simple terms – it shows you can communicate effectively with cross-functional teams.
✨Tip Number 4
Don’t forget to apply through our website! We’re always on the lookout for talented engineers like you. Keep an eye on our job postings and make sure your application stands out by tailoring it to the specific role and showcasing your relevant experience.
We think you need these skills to ace Principal Electromagnetic Engineer (EMAG / EMC Focus)
Some tips for your application 🫡
Tailor Your CV:Make sure your CV is tailored to the Principal Electromagnetic Engineer role. Highlight your experience with electromagnetic machine design and any relevant software like ANSYS MotorCAD or Maxwell. We want to see how your skills match our needs!
Craft a Compelling Cover Letter:Your cover letter is your chance to shine! Use it to explain why you're passionate about aerospace and defence applications. Share specific examples of your hands-on experience with prototype builds and how you've tackled challenges in previous roles.
Showcase Your Technical Skills:In your application, don’t forget to showcase your technical skills, especially in DFMEA and electromagnetic modelling. We love seeing candidates who can demonstrate their problem-solving abilities and technical authority in engineering environments.
Apply Through Our Website:We encourage you to apply through our website for a smoother process. It helps us keep track of your application and ensures you’re considered for the role. Plus, it’s super easy to do!
How to prepare for a job interview at AMETEK
✨Know Your Electromagnetic Stuff
Make sure you brush up on your electromagnetic machine design knowledge. Be ready to discuss specific projects where you've used tools like ANSYS MotorCAD or ANSYS Maxwell. They’ll want to see how you’ve applied your skills in real-world scenarios, so have some examples up your sleeve.
✨Show Off Your Hands-On Experience
Since this role involves prototype builds and shop floor activities, be prepared to talk about your hands-on experience. Share stories about your involvement in manufacturing processes, assembly, or any troubleshooting you've done. This will demonstrate your practical understanding of the engineering concepts.
✨Master the Art of Communication
You’ll need to interpret customer specifications and communicate complex ideas clearly. Practice explaining technical concepts in simple terms. Think about how you can convey your design solutions and DFMEA activities effectively, as strong communication is key in collaborative environments.
✨Prepare for Technical Proposals
Get ready to discuss your experience with technical proposal writing and work package management. Have a few examples of proposals you've worked on, highlighting how you ensured compliance with functional and safety requirements. This shows you understand the full lifecycle from concept to production.
