Analyze and interpret vehicle test data from ICE and EV platforms to derive actionable insights.* Develop and maintain cloud-based analytics methodologies using MATLAB, Python, and Databricks.* Design and deploy interactive dashboards and web applications for data visualization and reporting using Power BI and Tableau.* Collaborate with calibration and testing teams to integrate analytics into vehicle development workflows.* Support predictive modeling and machine learning initiatives for performance and reliability analysis.*
Critical Must-Have Deliverables
Accurate analysis of drivability and performance test data for ICE and EV platforms.* Development of robust data analytics pipelines leveraging Python, MATLAB, and cloud platforms.* Creation of real-time dashboards for vehicle performance monitoring and reporting.* Integration of analytics into calibration and testing processes to improve efficiency and reliability.*
Good-to-Have Deliverables
Implementation of advanced machine learning models for predictive maintenance and performance optimization.* Development of simulation models for vehicle systems to support virtual testing.* Contribution to cross-functional projects involving EV efficiency mapping and fleet durability analysis.*
Experience
3-5 years of experience in engine/vehicle testing or system simulation.* 1-2 years of hands-on experience in data analytics and visualization.* Exposure to ICE and EV architectures, calibration tools, and CAN protocols.*
Industry Preferred
Automotive OEMs and Tier-1 suppliers specializing in powertrain development, EV systems, and vehicle testing.
Qualifications
Bachelor's or Master's degree in Mechanical Engineering, Automotive Engineering, Electrical Engineering, or Data Science.* Certifications in data analytics tools (Python, MATLAB) and cloud platforms (Databricks, Spark) are desirable.*
General Requirements
Competencies and Skills
Functional Competencies:
Vehicle and engine performance analysis, drivability assessment, EV efficiency mapping.* VCU calibration, emission analysis, fleet durability evaluation.*
Tools and Techniques Used:
MATLAB, Python, Databricks, Spark, Power BI, Tableau, Excel.* Knowledge of CAN protocols and calibration tools.*
Behavioral Competencies:
Strong analytical thinking and problem-solving skills.* Ability to collaborate effectively with cross-functional teams.* Adaptability to emerging technologies and agile workflows.*
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