Engineer - EMI/EMC Simulations

What you’ll do: 
 The primary responsibility of this role is to execute System, Sub-system, and Component-level EMI/EMC modeling and simulation activities supporting the design and development of Eaton's power electronics products.     Collaborate with global engineering teams to understand product design intent and develop high-fidelity EMI/EMC simulation models. Validate simulation models against test data and leverage insights to predict, analyze, and mitigate electromagnetic interference while ensuring compliance with applicable regulatory and industry standards. Provide technical recommendations for EMI/EMC design improvements, including filter design, shielding techniques, grounding strategies, and PCB/layout optimization. Perform complex EMI/EMC analyses covering conducted and radiated emissions, susceptibility studies, filter performance evaluation, and advanced electromagnetic mitigation techniques. Support product development teams in identifying and resolving EMI/EMC challenges early in the design cycle, reducing development risk and compliance issues. Independently plan and execute key simulation and analysis activities while coordinating with cross-functional teams, including hardware design, PCB layout, systems engineering, and compliance testing teams. Contribute to the development and continuous improvement of EMI/EMC modeling methodologies, simulation workflows, and best practices across the organization. Prepare technical reports, present simulation findings, and provide actionable recommendations to project stakeholders and engineering leadership. Qualifications: 
 MTech/MS - Power Electronics or Electronics 0-1 years Skills: 
 Familiar with Ansys (Maxwell, SIWave, q3d & HFSS) and EMI/EMC simulation tools for system, sub-system, and component-level analysis. Strong knowledge of power converter topologies (buck, boost, buck-boost, isolated converters, inverters) and their design principles. Exhibits strong foundational understanding and conceptual clarity across key electromagnetics concepts. Understanding of EMI/EMC considerations in converter design, including filter design, layout optimization, and compliance testing. Awareness of practical EMI/EMC testing procedures, standards, and best practices for validation and certification. Familiarity with Python scripting for automation and model hosting." Accountability - Demonstrates a strong commitment to delivering results, overcoming obstacles, and ensuring successful outcomes. Passion and Drive - Approaches goals and responsibilities with energy, enthusiasm, and a positive mindset. Consistently demonstrates determination and perseverance in accomplishing objectives and driving meaningful impact. Interpersonal Effectiveness - Builds strong relationships and collaborates effectively across teams, functions, and organizational boundaries to achieve shared goals. Problem Solving and Analytical Thinking - Demonstrates strong analytical judgment, uncovers root causes and hidden issues, and looks beyond the obvious to deliver sustainable outcomes."