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May Mobility

Autonomous vehicle mobility solutions for cities

Director, Performance Analytics

Data & AnalyticsConfirmed live in the last 24 hours
Full-timeRemote in USA

About the Job

Requirements

  • At least 8 years of industry experience in performance analytics, applied statistics, or data science, including at least 4 years managing senior individual contributors and front-line managers.
  • Direct experience leading performance analytics, experimentation, or verification and validation analytics in autonomous vehicles or advanced driver-assistance systems, robotics, large-scale computer vision systems, safety/performance metrics, or statistical experimentation.
  • A demonstrated track record leading a team of 10 or more through a major delivery, such as a production launch, major model rollout, regulatory milestone, or significant operational design domain or product expansion.
  • A bachelor's degree in Computer Science, Statistics, Mathematics, Engineering, Physics, or Robotics, or a related quantitative field, or equivalent practical experience.
  • Strong programming skills in Python and SQL; working familiarity with statistical analysis and experimentation tooling; and sufficient machine-learning fluency, such as trend/anomaly detection, to apply it selectively in analytics workflows.
  • Experience setting measurement and experimentation standards within an engineering or product organization, with credible examples of metrics or evaluation frameworks adopted and maintained by the team.
  • Experience partnering cross-functionally with engineering, product, safety, and operations leaders, defending technical positions and adjusting them in light of business or safety constraints.
  • Ability to reason about data from modern autonomous-vehicle stacks, including sensor logs, perception outputs, planning traces, simulator results, and operational telemetry, and identify the signals relevant to decisions.
  • Personal experience shipping production analytics or applied machine-learning systems within the last 3–5 years and credibility in code and design reviews with senior engineers and scientists.
  • Ability to explain complex analytical or statistical findings to engineering, product, and executive audiences and turn ambiguous business or safety questions into clear analytical briefs.
  • Ability to use fleet, simulation, and operational data to influence roadmap decisions and defend analytical conclusions while adapting when new data emerges.
  • Ability to build working relationships with engineering, product, safety, and operations leaders, and with Data Engineering as the internal customer setting pipeline requirements without owning the pipeline; ability to broker disagreements between technical functions.
  • Personal experience hiring and developing senior analysts and front-line managers, calibrating hiring standards, giving direct feedback, and supporting employees’ growth into larger roles.
  • Ability to prioritize roadmap work, stop low-leverage requests, protect the team from general-purpose data-science support assigned to other functions, and remain responsive to legitimate cross-functional needs.

Responsibilities

  • Set and own the Performance Analytics strategy across simulation and synthetic data, translating it into a 12–24 month roadmap with measurable milestones.
  • Lead, grow, and develop a team of senior performance analysts, analysts with applied machine-learning skills, and front-line managers; recruit from a small expert pool, calibrate the hiring bar, and build a hiring brand to compete for talent.
  • Partner with Engineering, Product, Safety, and Operations leaders to define release criteria, performance metrics, and operational design domain expansion gates; use data to support decisions about what to deploy, where, and when.
  • Decompose key performance indicators by geography, time, operational design domain element, and vehicle trends; detect anomalies.
  • Improve analysis quality and continuously monitor fleet performance.
  • Establish company-wide measurement and experimentation standards, including before-and-after analyses for autonomy-stack changes, simulation A/B-style comparisons, and statistically credible reporting on real-world incidents; determine which data is valid to analyze and verify conclusions before presenting them to leadership.
  • Lead team-wide quality activities, including design and code reviews, and maintain engineering rigor for analytics, reporting, and verification and validation systems.
  • Track and trend field performance of the autonomy stack, identify root causes, prioritize fixes with engineering, and communicate fleet-data findings to executives, regulators, and partners in actionable terms.
  • Provide technical guidance to Engineering and Operations leaders on issue diagnosis, resolution, and changes likely to improve safety and service metrics.
  • Represent Performance Analytics externally through publications, conference talks, partner reviews, and recruiting, as appropriate.

Desired Qualifications

  • A master's or PhD in Computer Science, Robotics, Statistics, Electrical Engineering, Mathematics, or a related quantitative field.
  • Prior experience at an autonomous-vehicle, robotics, or hard-tech company that has deployed products to real customers rather than only research demonstrations.
  • Experience with simulation, synthetic data generation, sim-to-real transfer, or scenario-based evaluation for autonomous vehicles or robotics.
  • Familiarity with safety-case construction, operational design domain definition, or regulator engagement for autonomous systems.
  • Publications or conference contributions in leading machine-learning, computer-vision, or robotics venues such as NeurIPS, ICML, CVPR, ICRA, or RSS.
  • Experience with C/C++ systems and/or GPU programming sufficient to engage credibly with onboard machine-learning and infrastructure teams.
  • Demonstrated ability to mentor and develop junior managers and senior individual contributors into larger roles.

About the Company

May Mobility

Autonomous vehicle mobility solutions for cities

May Mobility builds autonomous mobility solutions by partnering with cities and businesses to offer self-driving passenger transportation and related services. Its system relies on on-board, real-time simulations that let the vehicle anticipate and safely respond to a wide range of road scenarios, enabling safe navigation in urban environments. Unlike many competitors that rely on external testing or staged environments, May Mobility emphasizes safety by continuously simulating potential situations on board to prevent risky maneuvers. The company differentiates itself through its city-focused partnerships and its emphasis on improving urban mobility, safety, and environmental impact. Its goal is to make cities more accessible and visually appealing by transforming how people move, using autonomous vehicles as a practical, scalable mobility solution.

Company size
201-500
Company stage
IPO
Headquarters
Ann Arbor, MI
Founded
2017

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