May Mobility
Lead Machine Learning Engineer
$220K–$270K
USA - Remote +1 · Remote · Full-time · Posted Aug 19, 2026
- Location
- USA - Remote
Ann Arbor, Michigan, United States - Experience
- Minimum 4 years of commercial robotics industry experience; minimum 1 year mentoring ML Engineers in a commercial or lab environment.
- Education
- Master’s degree in Robotics, Computer Science, Computer Engineering, or a field requiring a strong mathematical and/or engineering foundation.
About the job
Leads development of machine learning models and practices for May Mobility’s autonomous driving, simulation, and ML platform systems.
What you'll do
- Design, train, and evaluate models for autonomous driving, simulation, and the ML platform.
- Apply emerging End-to-End driving, VLA, World Model, or Foundation Model techniques to commercial-scale problems.
- Lead small cross-functional engineering teams and define data, training, and evaluation practices for petabyte-scale work.
What they ask for
- At least 4 years of industry experience working on commercial robotics systems and at least 1 year mentoring ML Engineers in a commercial or lab environment.
- Extensive practical experience in Vision Language Action Models, Generative World Models, Foundation Models in Robotics, or Data Centric AI; practical experience addressing the long-tail problem in Machine Learning.
- Master’s degree in Robotics, Computer Science, Computer Engineering, or a field requiring a strong mathematical and/or engineering foundation.
- Strong programming skills in Python/PyTorch in a Linux environment; functional understanding of LiDAR, Camera, and Radar processing techniques.
Nice to have
- PhD and/or published research in the described specialty domains; familiarity with common post-training techniques.
- Experience deploying models to resource-constrained and edge hardware; functional understanding of C/C++/CUDA memory and threading models.
Pay
$220,000 — $270,000 USD (base salary)
Tools
Python, PyTorch, Linux, LiDAR, Camera, Radar, C/C++, CUDA
AI focus
Develops models for autonomous driving, simulation, and ML platforms, including VLA, Generative World, and Foundation Models; addresses long-tail failures and scales data, training, and evaluation.
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