Senior Engineer - Electromagnetic Simulation (ANSYS Maxwell)

TL;DR

Senior Engineer - Electromagnetic Simulation (ANSYS Maxwell): Lead advanced simulation efforts to study, analyze, and optimize electromechanical systems and electrical protection devices using 2D/3D finite element methods with an accent on low-frequency EM field modeling, arc flash phenomena, and coupled electromagnetic-mechanical effects. Focus on calculating magnetic/electric fields, forces, torque, capacitance, inductance, eddy currents, conducting parametric studies, design optimization, and validating results against tests.

Job location: Surrey, B.C., Canada. Registered or eligible for registration as a Professional Engineer or Engineer in Training with Engineers and Geoscientists British Columbia (non-BC registrations acceptable if immediately transferable).

Annual salary $107,010 - $135,330

Company

Vendor of cutting-edge power system analysis software DSATools™ and provider of consulting studies, compliance testing, and asset management solutions for electric utilities.

What you will do

• Develop and execute 2D/3D electromagnetic simulations using ANSYS Maxwell for low-frequency applications.
• Model arc flash, transient EM behavior, and coupled EM-mechanical effects.
• Apply FEM to compute field distributions, forces, torque, capacitance, inductance, eddy currents, and losses.
• Perform parametric studies, design optimization, and validation with analytical/experimental data.
• Collaborate with mechanical, electrical, and systems engineers on product development and troubleshooting.
• Prepare technical reports and mentor junior engineers on best practices.

Requirements

• Bachelor’s or Master’s in Electrical Engineering, Electromagnetics, Physics, or related (Bachelor’s with experience considered).
• Minimum 5 years hands-on with ANSYS Maxwell or equivalent low-frequency EM tools.
• Strong electromagnetic theory and FEA/FEM knowledge.
• Experience modeling circuit breakers, motors, actuators, transformers, EM sensors.
• Arc flash modeling, transient simulations, multi-physics coupling (EM-thermal, EM-mechanical).
• Scripting/automation (Python, MATLAB, ANSYS).
• Experience in regulated industries (power systems, industrial equipment, etc.).

Culture & Benefits

• Full-time regular position at P3 job level.
• Focus on planning, problem-solving, stakeholder engagement, strategic focus, self-development, and teamwork.
• Safety-sensitive role with pre-employment alcohol and drug testing.

Hiring process

• Written test/assessment and/or presentation during interviews.
• Possible consideration for intermediate role if not fully qualified.