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Using knowledge of the software, customer behaviors, and real-world fleet exposure, you will identify failure modes with precision and urgency, develop fleet data-driven requirements for diagnostics and prognostics, and inform system design decisions. You will collaborate cross-organizationally with software, mechanical, and electrical teams to define the confidence metrics and rollout strategy for new safety-critical algorithms. You will develop dashboards to visualize fleet data trends and ensure cross-organizational alignment on behaviors and critical metrics.
Analyze vehicle data and extract useful statistics and insights to drive actionable updates to the software, product performance, quality, and customer experience
Write efficient SQL/Python code and complex queries across extensive data sets
Identify, analyze, and interpret trends or patterns in complex data sets and depict the story via dashboards and reports
Work with the software developers to implement additional diagnostics, alerts, or software changes.
Automate analyses and author pipelines using SQL, Python, and Airflow based ETL framework
Bachelor's Degree in Mechanical Engineering, Computer Science, Math, Statistics or related field, or equivalent experience
Prior internship/work experience in data analytics or related field
Demonstrable engineering fundamentals in vehicle chassis systems or automotive physics.
Proven proficiency in SQL and Python for writing efficient queries, data manipulation, and analysis
Working knowledge of data visualization techniques and tools using Matplotlib, Seaborn, etc.
Experience working with time-series sensors data to perform robust engineering analyses
Demonstrated ability to take on projects with a sense of ownership and entrepreneurial mindset
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