Transformer Design Engineer

Socomec Group

. Develop transformer models in a multi-physics simulation environment to identify and quantify loss mechanisms .

Posted 11/4/2026full-timeBrampton • CanadaMid-LevelSenior💰 CA$110,000 - CA$130,000 per yearWebsite

Core Competencies

Role fit

Core Competencies

Use this summary to align your resume positioning with the role.

Demonstrates expertise in transformer design and manufacturing, with a strong focus on simulation, modeling, and compliance with industry standards. Proficient in applying advanced analytical techniques to optimize transformer performance and manufacturability.

Highest-signal resume keywords

Transformer DesignAdvanced Simulation ToolsTransformer Testing InstrumentationRegulatory Compliance KnowledgeTransformer Loss Mechanisms

ATS Keywords

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Applicant Tracking System Keywords

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Hard Skills

Transformer DesignMulti-Physics SimulationMagnetic Circuit DesignThermal DesignTransformer TestingRoot-Cause AnalysisDesign-for-ManufacturePrototype DevelopmentData AnalysisElectrical Engineering

Soft Skills

CollaborationProblem-SolvingProject Management

Tools & Technologies

COMSOLMATLABPSIMCAD ToolsPower MetersMicro-OhmmetersDielectric-Withstand Test EquipmentSound-Level Meters

Certifications & Qualifications

Bachelor’s Degree in Electrical EngineeringMaster’s Degree or Ph.D. PreferredP.Eng. Designation or Eligibility

Industry Keywords

UL StandardsCSA StandardsIEEE StandardsNEMA StandardsDry-Type TransformersHarmonic LoadingNonlinear LoadingManufacturing Processes

About the role

Key responsibilities & impact

Develop transformer models in a multi-physics simulation environment to identify and quantify loss mechanisms
Test and verify transformer model fidelity against real-world testing
Apply simulation and modelling results to advance dry-type transformer designs with lower losses, improved performance, and robust manufacturability
Perform and verify magnetic, electrical, thermal, mechanical, insulation, acoustic, and short-circuit analyses
Evaluate harmonic and nonlinear loading and mitigation measures
Select and apply core, conductor, insulation, and structural materials
Design and develop transformers using amorphous-steel wound cores
Translate design intent into repeatable manufacturing processes, tooling, tolerances, drawings, bills of material, specifications, and work instructions
Plan, witness, and interpret prototype, routine, design, and investigative tests
Correlate calculated and measured performance
Resolve design, production, quality, and test issues through root-cause analysis and corrective action
Support product compliance and testing to UL, CSA, IEEE, NEMA, customer, and regulatory requirements
Collaborate with Engineering, Manufacturing, Quality, Supply Chain, and Operations
Execute R&D and production-support projects within project-management requirements
Own designs from initial simulation and calculations through prototyping, testing, production implementation, and ongoing product-lifecycle follow-up

Requirements

What you’ll need

Bachelor’s degree in Electrical or Electromechanical Engineering
Five or more years of directly relevant transformer design and/or manufacturing-engineering experience
Experience with low-voltage dry-type transformers at ratings up to and including multi-megawatt levels preferred
Experience taking transformer designs from concept through prototype development, testing, manufacturing release, and production follow-up
Experience with advanced simulation and modelling tools, such as COMSOL, MATLAB, PSIM, or equivalent tools
Practical experience using transformer test instrumentation, including power meters, micro-ohmmeters, dielectric-withstand (hi-pot) test equipment, sound-level meters, and other related instruments
Working knowledge of applicable UL, CSA, IEEE, NEMA standards and regulatory requirements
Deep applied knowledge of transformer magnetic-circuit design
Detailed understanding of transformer loss mechanisms and mitigation
Knowledge of core, conductor, lamination, insulation, and structural materials
Familiarity with harmonic and nonlinear loading effects
Practical knowledge of dry-type transformer construction, insulation coordination, thermal design and cooling, clamping systems, leads, terminals, and short-circuit withstand
Knowledge of design-for-manufacture, transformer testing, validation, troubleshooting, and correlation of calculated, simulated, and measured performance
Proficiency with transformer design, analysis, CAD, and data tools
Master’s degree or Ph.D. is preferred; P.Eng. designation or eligibility for registration is an asset
Experience with medium-voltage dry-type transformers and electromagnetic and thermal FEA capability are assets

Benefits

Comp & perks

Reasonable accommodation for disabilities during the recruitment process