Senior Engineer – EV AER Development

Hyundai Motor America

. Lead activities identifying, developing, and integrating efficient propulsion-system technologies in current and next-generation Hyundai, Kia, and Genesis EV products .

Posted 10/14/2026full-timeSuperior Township • Michigan • United StatesSeniorWebsite

Core Competencies

Role fit

Core Competencies

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Demonstrates expertise in vehicle propulsion systems, including electrified powertrain systems and thermal management, while effectively leading vehicle testing and analysis to achieve energy efficiency targets. Proficient in technical reporting and collaboration with cross-functional teams to drive innovation in EV technologies.

Highest-signal resume keywords

Electrified Powertrain SystemsVehicle Testing and AnalysisTechnical ReportingProject ManagementCollaboration with Regulatory Agencies

ATS Keywords

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Applicant Tracking System Keywords

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Hard Skills

Vehicle InstrumentationTest Equipment SetupData Analysis with MATLAB/SimulinkVehicle DynamicsCalibration and ControlFuel Economy TestingSimulation and Model DevelopmentEnergy Efficiency BenchmarkingTechnical LeadershipMentoring and Training

Soft Skills

Interpersonal SkillsTechnical Problem-Solving

Certifications & Qualifications

Bachelor of Science in Mechanical EngineeringBachelor of Science in Electrical Engineering

Industry Keywords

Automotive IndustryPropulsion System TechnologiesEV ProductsRegulatory RequirementsFuel EconomyEnergy EfficiencyVehicle PerformanceCompetitive BenchmarkingMHEVPHEV

About the role

Key responsibilities & impact

Lead activities identifying, developing, and integrating efficient propulsion-system technologies in current and next-generation Hyundai, Kia, and Genesis EV products
Support investigation of technologies for off-cycle, real-world, and fuel-efficiency benefits
Support and establish EV energy-efficiency (MPGe) targets through vehicle testing, analysis, and competitive benchmarking
Investigate advanced propulsion technologies, strategies, and methods while considering cost, drivability, and performance impacts
Analyze competitive data sets and assess future trends in passenger-vehicle fuel economy and energy-efficiency technologies
Lead development and integration of technologies to improve vehicle and system efficiency and achieve targeted MPGe
Document impacts and trade-offs to vehicle performance and drivability
Collaborate with Propulsion System Development, Product Planning, Certification and Regulation, and other relevant teams
Lead or support communications and negotiations with regulatory agencies for EV test procedures
Travel domestically and internationally, up to 10%

Requirements

What you’ll need

Bachelor of Science in Mechanical Engineering, Electrical Engineering or other related engineering degree from accredited university
4+ years of total automotive industry experience in one or more of: instrumentation and testing of vehicle propulsion system and related systems; evaluating mHEV, FHEV, PHEV and BEV performance, emissions, and fuel economy/efficiency test data; supporting vehicle simulation and model-based development
Demonstrated experience and strong knowledge of electrified powertrain systems, thermal management systems, general vehicle dynamics and vehicle controls/calibration
Demonstrated experience supporting and leading vehicle instrumentation, test equipment and experimental setup/design
Experience writing detailed technical reports and clearly presenting results and recommendations to engineers and management
Strong interpersonal and technical problem-solving skills
Demonstrated technical leadership, project management, and ability to support less experienced engineers through mentoring and technical training
Valid Driver’s License and satisfactory driving record
Ability to set up and conduct vehicle testing (MCT) for fuel economy, system/component efficiency benchmarking, and analyze test data using tools such as MATLAB/Simulink
Experience integrating and developing efficient technologies and strategies in vehicle applications and executing validation test programs
Experience and detailed understanding of vehicle propulsion systems under various driving conditions, including calibration/control for optimizing vehicle energy efficiency
Experience and strong understanding of vehicle/propulsion-system simulation, vehicle model development, and validation with test data
Strong knowledge of U.S. propulsion-system technology trends and current/future regulatory requirements, including testing procedures
Ability to collaborate with Propulsion System Development, Vehicle Engineering, Product Planning, Regulation & Legal Affairs, and regulatory agencies
Ability to create detailed technical reports, present technical analyses, document system trade-offs, conclusions, recommendations, and business cases
Candidates must be legally authorized to work in the United States

Benefits

Comp & perks

Zero-dollar Employee Premiums on Medical, Dental, and Vision for You and Your Family
100% Employer-paid Disability and Life Insurance
Generous Paid Time Off, Including Vacation, Sick, and Abundant Holidays
Competitive Salaries
A Global Environment that Fosters Diversity
Retirement Savings and Planning Benefits
Access to Health Savings Accounts and Flexible Spending Accounts