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May Mobility

Autonomous vehicle mobility solutions for cities

Director of Autonomy Behaviors

Engineering LeadershipConfirmed live in the last 24 hours
Full-timeAnn Arbor, MI, USA

About the Job

Requirements

  • A bachelor's degree in engineering in a highly technical field, such as robotics, computer science, computer engineering, aerospace engineering, or physics, or equivalent experience.
  • Demonstrated ability to solve complex autonomy problems as a principal investigator, staff or principal engineer, director, or equivalent role.
  • Seven or more years of software-focused engineering experience solving challenging robotics problems in mission-critical software and/or robotic systems.
  • Experience leading a team of 10 or more engineers, setting goals, leading by example, and handling challenging situations and failures.
  • Previous experience as an individual contributor successfully developing and deploying innovative solutions in the autonomous vehicle or related space.
  • Deep technical knowledge and demonstrated success delivering innovative solutions in planning, autonomous decision making, reinforcement learning, and/or computational prediction.
  • Ability to understand, track, and efficiently mitigate technical, integration, and personnel risks.
  • Demonstrated success working in uncertain environments and turning uncertain concepts and problems into effective, executable plans.
  • Ability to set goals and expectations for others, communicate clearly and honestly, and discuss difficult topics.
  • Ability to clearly communicate technical concepts, including root cause analysis, technical challenges and solutions, and results backed by data.
  • Ability to work with peers in related technical areas to solve larger system issues.
  • Ability to deliver under tight schedules.

Responsibilities

  • Lead the vision, strategy, and technical roadmap of the Behavior & Controls team.
  • Champion the company's mission, vision, values, and priorities as a technical thought leader, and develop and execute autonomy strategy with executives and engineering leaders.
  • Work cross-functionally with Autonomy, Vehicle Engineering, Software, Data and Infrastructure, and Operations leaders to solve and deploy solutions to autonomy challenges.
  • Deliver advances to MPDM technology, including transitioning to data-driven policies, improving MPDM simulations, developing learned reward functions and expressive policies, and advancing compatible and stable control algorithms and other required technologies.
  • Ensure core MPDM technologies operate efficiently and effectively in commercial deployments, including supporting triage and resolution of related issues.
  • Maintain an understanding of planning, automated decision making, and machine learning research, including reinforcement learning.
  • Develop and maintain key performance indicators to track autonomy performance.
  • Construct and execute a roadmap to solve key challenges and synchronize it with roadmaps of other functions.
  • Interview, hire, and manage a diverse team of perception engineers and scientists.
  • Oversee escalation of critical issues and opportunities within the autonomy team's leadership and provide clear recommendations to maximize team effectiveness in relation to company priorities and strategy.

Desired Qualifications

  • A PhD or master's degree in a relevant, highly technical field, such as robotics, computer science, computer engineering, aerospace engineering, or physics.
  • Five or more years of management experience.
  • Experience developing and/or using MPDM.
  • Deep understanding of challenges facing autonomous vehicles and the state of the art in autonomy.

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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