The Role
The Senior Electromagnetic Simulation Engineer leads simulation efforts, analyzes electromechanical systems, and collaborates with engineers while mentoring junior staff.
Summary Generated by Built In
Engineering Service Business Unit focuses on power system software development, power system and substation consulting studies and compliance testing services, as well as asset management solutions for electric utilities and other clients in power industry. We are the vendor of the cutting-edge power system analysis software package, DSATools™, which has been recognized globally as leading-edge technologies and software platforms for dynamic security assessment of large complex power systems for both off-line (system planning) and on-line applications (near-real-time operation). We provide a full spectrum of study services from fast electromagnetic transient switching studies, to typical power system planning and operation studies, post-mortem investigation of system disturbances and equipment failures, grounding, and to protection and insulation coordination studies.
We are seeking a Senior Electromagnetic Simulation Engineer with deep expertise in ANSYS Maxwell and low-frequency electromagnetic (EM) field modeling.
In this role, you will lead advanced simulation efforts to study, analyze, and optimize electromechanical systems and electrical protection devices using 2D/3D finite element methods (FEM). You will work on complex real-world applications including arc flash phenomena, circuit breakers, motors, actuators, transformers, and sensors, contributing directly to product performance, safety, and innovation.
Key Responsibilities
• Develop and execute advanced 2D and 3D electromagnetic simulations using ANSYS Maxwell for low-frequency EM applications
• Model and analyze arc flash phenomena, transient EM behavior, and coupled electromagnetic–mechanical effects
• Apply finite element methods (FEM) techniques to calculate:
- Magnetic and electric field distributions
- Electromagnetic forces and torque
- Capacitance and inductance
- Eddy currents and losses
• Conduct parametric studies and design optimization to improve device performance and reliabilility
• Collaborate cross-functionally with mechanical, electrical, and systems engineers to support product development, troubleshooting and root-cause investigations
• Validate simulation results using analytical calculations and experimental or test data
• Prepare clear and comprehensive technical reports including methodologies, assumptions, results and recommendations
• Mentor junior engineers and contribute to developing best practices, workflows, and standards for electromagnetic simulation
Qualifications
• Bachelor’s or Master’s degree in Electrical Engineering, Electromagnetics, Physics, or a related field. Applicants with a Bachelor’s degree in Electrical Engineering with direct work experience will be considered.
• Registered or eligible for registration as a Professional Engineer or Engineer in Training with Engineers and Geoscientists British Columbia (i.e., non-British Columbia registrations are acceptable as long as there is an ability to immediately transfer the accreditation).
• Minimum of five (5) years of hands-on experience with ANSYS Maxwell (or equivalent low-frequency EM simulation tools)
• Strong understanding of electromagnetic theory and finite element analysis (FEA/FEM)
• Proven experience modeling electromechanical devices such as:
- Circuit breakers and switchgear
- Electric motors and actuators
- Transformers and inductive components
- EM sensors
• Experience calculating EM forces, torque, capacitance, and field distributions
• Ability to interpret simulation results and translate them into design recommendations
• Experience with arc flash modeling and transient electromagnetic simulations
• Knowledge of multi-physics coupling (EM–thermal, EM–mechanical)
• Familiarity with scripting or automation (e.g., Python, MATLAB, ANSYS scripting)
• Experience working in regulated industries (power systems, industrial equipment, automotive, aerospace, or energy)
In addition, below are performance competencies that will contribute to the employee's success :
• Able to plan ahead, solve engineering problems, increase efficiency and get things done safely
• Able to engage with stakeholders, understand business priorities as well as project impacts
• Demonstrates a strategic focus, adapt to a constrained schedule and perform well under time pressure
• Demonstrates the importance of self-development and team work
• Effective written and verbal communication skills and comfortable in delivering presentations to a variety of stakeholders
Job location: Surrey B.C.
Job Status: Full-Time Regular
Annual salary $ 107,010 - $ 135,330
Job level : P3
* Applicants who do not meet the full qualifications may be considered for an intermediate role that is aligned with their level of experience.
As part of the selection process, applicants may be required to complete a written test/ assessment and/or a presentation as part of the interview process. Please be advised that this role has been assessed as safety sensitive and pre-qualification alcohol and drug testing will be required as a pre-condition to employment.
We are seeking a Senior Electromagnetic Simulation Engineer with deep expertise in ANSYS Maxwell and low-frequency electromagnetic (EM) field modeling.
In this role, you will lead advanced simulation efforts to study, analyze, and optimize electromechanical systems and electrical protection devices using 2D/3D finite element methods (FEM). You will work on complex real-world applications including arc flash phenomena, circuit breakers, motors, actuators, transformers, and sensors, contributing directly to product performance, safety, and innovation.
Key Responsibilities
• Develop and execute advanced 2D and 3D electromagnetic simulations using ANSYS Maxwell for low-frequency EM applications
• Model and analyze arc flash phenomena, transient EM behavior, and coupled electromagnetic–mechanical effects
• Apply finite element methods (FEM) techniques to calculate:
- Magnetic and electric field distributions
- Electromagnetic forces and torque
- Capacitance and inductance
- Eddy currents and losses
• Conduct parametric studies and design optimization to improve device performance and reliabilility
• Collaborate cross-functionally with mechanical, electrical, and systems engineers to support product development, troubleshooting and root-cause investigations
• Validate simulation results using analytical calculations and experimental or test data
• Prepare clear and comprehensive technical reports including methodologies, assumptions, results and recommendations
• Mentor junior engineers and contribute to developing best practices, workflows, and standards for electromagnetic simulation
Qualifications
• Bachelor’s or Master’s degree in Electrical Engineering, Electromagnetics, Physics, or a related field. Applicants with a Bachelor’s degree in Electrical Engineering with direct work experience will be considered.
• Registered or eligible for registration as a Professional Engineer or Engineer in Training with Engineers and Geoscientists British Columbia (i.e., non-British Columbia registrations are acceptable as long as there is an ability to immediately transfer the accreditation).
• Minimum of five (5) years of hands-on experience with ANSYS Maxwell (or equivalent low-frequency EM simulation tools)
• Strong understanding of electromagnetic theory and finite element analysis (FEA/FEM)
• Proven experience modeling electromechanical devices such as:
- Circuit breakers and switchgear
- Electric motors and actuators
- Transformers and inductive components
- EM sensors
• Experience calculating EM forces, torque, capacitance, and field distributions
• Ability to interpret simulation results and translate them into design recommendations
• Experience with arc flash modeling and transient electromagnetic simulations
• Knowledge of multi-physics coupling (EM–thermal, EM–mechanical)
• Familiarity with scripting or automation (e.g., Python, MATLAB, ANSYS scripting)
• Experience working in regulated industries (power systems, industrial equipment, automotive, aerospace, or energy)
In addition, below are performance competencies that will contribute to the employee's success :
• Able to plan ahead, solve engineering problems, increase efficiency and get things done safely
• Able to engage with stakeholders, understand business priorities as well as project impacts
• Demonstrates a strategic focus, adapt to a constrained schedule and perform well under time pressure
• Demonstrates the importance of self-development and team work
• Effective written and verbal communication skills and comfortable in delivering presentations to a variety of stakeholders
Job location: Surrey B.C.
Job Status: Full-Time Regular
Annual salary $ 107,010 - $ 135,330
Job level : P3
* Applicants who do not meet the full qualifications may be considered for an intermediate role that is aligned with their level of experience.
As part of the selection process, applicants may be required to complete a written test/ assessment and/or a presentation as part of the interview process. Please be advised that this role has been assessed as safety sensitive and pre-qualification alcohol and drug testing will be required as a pre-condition to employment.
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The Company
What We Do
One of the largest testing and research labs in North America, Powertech is home to a broad range of scientists, engineers, and technical specialists from around the world. Our cross-departmental teams investigate, diagnose and solve complex problems within a variety of markets with highly technical specialization, and to exceptional standards. We provide specialized testing and investigation services to support electrical utilities’ capital assets: generation, transmission and distribution, OEMs, automotive manufacturers, government and research organizations. - Large, multi-disciplinary laboratory - 15 primary labs over 11 acre site - 30 years of specialized engineer experience - More than 200 employees - 30% of our staff hold post-graduate degrees - 55% of our staff hold technical and/or engineering degrees - Global customer base. 300+ customers including many fortune 500s
