K108 - Engine Performance Calibration

United States·Auburn Hillsmid

Other

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Quick Summary

Key Responsibilities

Perform engine dynamometer calibration and development activities for gasoline engines. Develop, optimize, and validate base engine calibration datasets to achieve performance, fuel economy,

Requirements Summary

Minimum 5+ years of experience in engine dynamometer calibration and engine performance development. Minimum 5+ years of gasoline engine calibration experience.

Technical Tools

Other

Responsibilities

~1 min read

→Perform engine dynamometer calibration and development activities for gasoline engines.
→Develop, optimize, and validate base engine calibration datasets to achieve performance, fuel economy, emissions, drivability, and robustness targets.
→Calibrate airflow models, fuel flow models, torque models, calculated MAP models, catalyst and exhaust temperature models, and other combustion-related control algorithms.
→Develop and optimize spark timing surfaces, minimum spark surfaces, knock control strategies, off-nominal spark adjustments, and cam phasing surfaces.
→Calibrate maximum tip-in cam strategies, transient response models, and engine protection functions.
→Support engine-out emissions calibration and cold-start emissions strategies.
→Conduct combustion analysis, engine performance optimization, and emissions trade-off studies.
→Utilize dyno automation and test scheduling systems to maximize test cell utilization.
→Analyze large volumes of test data and implement calibration improvements.
→Ensure calibration dataset management, version control, documentation, traceability, and release compliance.
→Collaborate with controls, combustion, emissions, software, and validation teams.
→Present technical findings and calibration results to internal and customer teams.

Requirements

~1 min read

Minimum 5+ years of experience in engine dynamometer calibration and engine performance development.
Minimum 5+ years of gasoline engine calibration experience.
Strong understanding of combustion fundamentals, engine controls, calibration methodologies, and emissions regulations.
Hands-on experience with airflow and fuel flow modeling, spark and cam phasing calibration, knock calibration, calculated MAP and torque model development, catalyst and exhaust temperature modeling, cold-start emissions calibration, and drivability calibration.
Experience with standard dyno equipment, emissions measurement systems, CAS, and engine test laboratory instrumentation.
Proficiency in ETAS INCA, MATLAB/Simulink, Microsoft Excel, and Base Engine Calibration Toolkits/internal calibration analysis tools.
Strong knowledge of calibration dataset management, release processes, and change control practices.
Experience working with large datasets and data-driven problem-solving techniques.
Excellent communication and cross-functional collaboration skills.