Propulsion Controls, Vehicle Performance & Virtual Integration Engineer

General Motors

. Develop calibration and embedded-control software for propulsion control modules and drive-unit control modules .

Posted 11/3/2026internshipIncheon • South KoreaMid-LevelSeniorWebsite

Core Competencies

Role fit

Core Competencies

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Demonstrates expertise in developing calibration and embedded-control software for propulsion control modules, integrating vehicle performance with virtual and physical testing. Proficient in modeling and simulation, with a strong foundation in vehicle dynamics, noise and vibration analysis, and thermal management.

Highest-signal resume keywords

Calibration Software DevelopmentModeling And SimulationVehicle Dynamics AnalysisPython ProficiencyC++ Proficiency

ATS Keywords

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Applicant Tracking System Keywords

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Hard Skills

Calibration Software DevelopmentModeling And SimulationVehicle Dynamics AnalysisNoise And Vibration AnalysisThermal ManagementFuel Economy EvaluationVirtual Control DevelopmentEmbedded-Control SoftwarePython ProgrammingC++ Programming

Tools & Technologies

CAE ToolsHIL ToolsSIL ToolsDIL ToolsVehicle Communication ProtocolsCAN Protocol

Industry Keywords

Propulsion Control ModulesDrive-Unit Control ModulesVirtual ValidationEnergy ManagementRegulatory Compliance

Tech Stack

Tools & technologies

PythonC++

About the role

Key responsibilities & impact

Develop calibration and embedded-control software for propulsion control modules and drive-unit control modules
Execute virtual control development and virtual validation for vehicle dynamics, connecting virtual analysis with physical testing
Develop noise and vibration performance through virtual N&V models and physical measurements
Develop and evaluate vehicle fuel economy in model-based and physical environments
Support development and validation of virtual thermal design and management through modeling, analysis, and physical testing
Support vehicle development from virtual analysis through physical testing and final validation
Integrate vehicle performance, propulsion controls and software, vehicle dynamics, noise and vibration, energy, and thermal testing and development
Identify issues early, improve vehicle performance, and ensure programs meet customer, regulatory, quality, and timing requirements

Requirements

What you’ll need

Bachelor's degree or higher from an accredited four-year university, or expected by February 2027
Cumulative GPA of B or higher, or at least 3.0 on a 4.5 scale
STEM-related major, such as Mechanical Engineering, Automotive Engineering, Electrical Engineering, Computer Science, or related fields
English proficiency: TOEIC 750 or higher, OPIc IM2 or higher, or TOEIC Speaking 130 or higher
TOEIC submission waived for graduates of, or candidates expected to graduate from, universities outside Korea
Able to participate full-time throughout the internship period
Must not require GM immigration sponsorship now or in the future
Experience in modeling and simulation using CAE, HIL, SIL, or DIL tools preferred
Working knowledge of Thermal, Controls, Vehicle Dynamics, Noise & Vibration, and Energy preferred
Proficiency in Python and C++ preferred
Working knowledge of vehicle communication protocols such as CAN preferred
English application and English-format resume or portfolio required
Only one attachment, up to 5MB; PDF recommended; ZIP, Excel, HWP, and HTML files not accepted

Benefits

Comp & perks

Full-time internship opportunity
Internship allowance paid according to actual internship working days and company regulations
Potential conversion to regular employment based on internship completion evaluation (not guaranteed)
Inclusive workplace and equal employment opportunities
Reasonable accommodations available for applicants with disabilities