Lead Analysis & Simulation Engineer

Industrial Electric Manufacturing•Tualatin, OR

31d•Hybrid

About The Position

The Lead Analysis & Simulation Engineer is responsible for leading a team tasked with defining and implementing simulation methods and tools supporting research and new product development. This role requires expertise in advanced analysis techniques, simulation tools and a solid understanding of the underlying concepts in physics. This role specializes in conducting thermal, mechanical, electromagnetic, and multiphysics simulations to validate and drive innovation in product designs that support IEM’s commitment to powering what’s next. Ideal Candidate Profile The ideal candidate is a visionary technical leader who thrives in a fast-growing environment and is eager to shape and expand a new Analysis & Simulation program. They combine deep simulation expertise with a strategic mindset—taking the time to understand the business, identify high-impact opportunities, and build a capable team that drives meaningful engineering and product value.

Requirements

Strong understanding of thermal, electromagnetic, and structural principles relevant to power distribution equipment.
Expertise in multiphysics Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) methods using tools such as Ansys or COMSOL.
Familiar with three-phase electric power concepts, power distribution systems, power control and protection strategies.
Familiarity with statistical analysis methods to interpret and utilize empirical data effectively.
Excellent communication and technical writing skills.
Team-oriented mindset with excellent interpersonal skills.
Minimum 5 years of experience designing, testing or analyzing low and/or medium voltage power distribution equipment or related products.
Bachelor’s degree in Mechanical Engineering, Electrical Engineering, or a related discipline; advanced degree preferred.

Nice To Haves

Design Experience using Solidworks is highly preferred.
Experience with common standards for electrical equipment (UL 891, 1558, 508A; IEEE C37.20, etc.) is a plus.

Responsibilities

Set priorities, assign tasks, and ensure high-quality, on-time delivery of simulation work.
Provide technical oversight, performance feedback, and professional development guidance.
Establish and enforce best practices, documentation standards, and validation protocols across the simulation team.
Lead the development and implementation of analytical tools and simulation models to predict thermal, mechanical, dielectric, and electromagnetic performance.
Guide and review team analyses including CFD, FEA, electromagnetic and electrostatic simulations for design validation and optimization.
Integrate simulation results with physical test data to validate models and refine design criteria.
Collaborate with cross-functional teams (Design, Testing, Manufacturing, and Product Management) to translate simulation insights into actionable design recommendations.
Drive continuous improvement in simulation accuracy, efficiency, and integration with digital design workflows.
Evaluate and recommend new simulation tools, techniques, and training to advance team capabilities.
Represent the Analysis & Simulation discipline in design reviews, technical discussions, and innovation initiatives.