4 of 4 EMC Jobs in Warwickshire

Duties and Responsibilities: Working within the Electrical/Electronic Systems team, the EMC Engineer/Senior Engineer role is responsible for ensuring electromagnetic compatibility (EMC) compliance of electronic systems. This role involves collaboration with Component Engineers, Test & Development teams, Systems Engineering (MBSE), cross-functional vehicle project teams, suppliers, and the Quality department to ensure global EMC compliance … lead review meetings, perform peer reviews and sign-offs, and may be called upon to deputise for Lead Engineers when necessary. Key Responsibilities: Act as the technical lead for EMC-related matters. Develop and manage EMC specifications and documentation. Ensure that components conform to applicable EMC standards and requirements. Maintain the component EMC database in collaboration … with Component Engineers. Oversee EMC test plans with suppliers to align with stage gate deliverables and support reviews as needed. Establish and maintain best practice procedures for EMC-related activities. Create and report EMC compliance KPIs to leadership on a regular (monthly) basis for each project. Support component hardware reviews with suppliers when required. Promote EMC More ❯

the full development lifecycle - from concept to production Support and review PCB layout, design, and bring-up Develop hardware verification plans and test procedures Contribute to compliance activities (e.g. EMC, environmental testing) Perform circuit-level analysis (e.g. power, tolerance, reliability) Collaborate with cross-functional teams including firmware and mechanical engineers Essential Skills: Proven experience in digital circuit design for More ❯

. Developing power electronic systems analytical, modelling tools for systems with a large degree of MW range power electronic converter systems. These will include power electronic inverter thermal studies, EMC, harmonic studies, common mode studies, rating evaluation, performance evaluation and optimisation etc. Verifying, validating testing of low voltage & medium voltage power electronic systems: Evaluation, performance evaluation and optimisation etc. More ❯

Development of power electronic systems analytical, modelling tools for systems with a large degree of MW range power electronic converter systems. These will include power electronic inverter thermal studies, EMC, harmonic studies, common mode studies, rating evaluation, performance evaluation and optimisation etc. Verification, validation, testing of low voltage & medium voltage power electronic systems, Application of engineering standards and development More ❯