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Woven by Toyota

Senior Machine Learning Engineer, Autonomy

On-siteOn-siteFull-time$140k – $220k / year

About this role

Woven by Toyota - Senior Machine Learning Engineer, Autonomy !Woven by Toyota logo(https://lever-client-logos.s3.us-west-2.amazonaws.com/6d10af8f-6ba1-42f4-b58e-f059210d21d2-1680479619029.png)(https://jobs.lever.co/woven-by-toyota) Senior Machine Learning Engineer, Autonomy Ann Arbor, MI Product & Technology –AD/ADAS / Employee / Hybrid Apply for this job(https://jobs.lever.co/woven-by-toyota/4330d914-b2ea-46e3-ae43-195d49b47d5f/apply) Woven by Toyota(https://woven.toyota/en)is the mobility technology subsidiary of Toyota Motor Corporation. Our mission is to deliver safe, intelligent, human-centered mobility for all. Through our Arene mobility software platform, safety-first automated driving technology and Toyota Woven City —our test course for advanced mobility —we’re bringing greater freedom, safety and happiness to people and society. Our unique global culture weaves modern Silicon Valley innovation and time-tested Japanese quality craftsmanship. We leverage these complementary strengths to amplify the capabilities of drivers, foster happiness, and elevate well-being. Team At Woven by Toyota, we tackle Autonomy challenges at the intersection of AI, Robotics, and Advanced Driving. Our work involves a variety of challenges, such as analyzing petabytes of multimodal driving data, solving optimization problems in computer vision, minimizing latency on hardware accelerators, deploying scalable and efficient machine learning (ML) training and evaluation pipelines, and designing novel neural network architectures to advance state-of-the-art ML for Perception, Prediction, and Motion Planning. We are looking for doers and creative problem solvers to join us in improving mobility for everyone with human-centered automated driving solutions for personal and commercial applications. WHO ARE WE LOOKING FOR? The team is looking for a skilled Machine Learning Engineer to help advance a cutting-edge machine learning system for perception, prediction, and moti

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