Machine Learning Engineer - Autonomous Driving Policy & Deployment
- Vancouver, BC, Canada
Full-time
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Job details
- Job type
- Full-time
- Apply by
- Posting language
- English
- Posted
Original job description
Inverted AI is a Vancouver-based UBC spin-out building the behaviour models behind autonomous driving. Our generative models of human driving are used by AV and ADAS companies for simulation, and we now train and deploy end-to-end driving policies that run onboard real vehicles. We have a large proprietary drone-captured driving dataset, abundant GPU compute, and a small, technically dense team of researchers and engineers.
The role
This is an early-career role for a strong engineer who wants to work on learned driving policies, from training runs on the GPU cluster to code that runs on the car. You'll work alongside our researchers, take ownership quickly, and grow your role with the company.
What you'll do
- Run, monitor and debug training of driving policy and perception models on multi-GPU clusters
- Build data pipelines that turn raw video and sensor logs into training data
- Help port, optimize and test models on embedded hardware, and integrate them with the vehicle software stack
- Build evaluation tooling and closed-loop simulation tests
- Maintain build systems, containers (Docker/Singularity) and CI for our Python and C++ codebases
Required qualifications
- BSc or MSc in Computer Science, Computer Engineering, Engineering Physics or similar (new and recent graduates welcome)
- Strong Python; working knowledge of C++
- Coursework or project experience with PyTorch and deep learning
- Comfortable on Linux, with git and Docker
- Self-starter who can contribute without a rigidly defined scope
Nice to have
- Robotics, autonomous racing (F1TENTH), RoboCup or similar student design-team experience, especially getting a model running on real hardware
- Experience with ROS/ROS 2, Jetson or other embedded GPUs, or real-time systems
- Reinforcement learning, imitation learning or computer vision projects
- Prior co-op or internship in ML or robotics
What we offer
- Salary: $90,000 - $120,000 CAD per year, depending on experience, plus participation in our employee stock option plan
- Health and wellness benefits and paid time off
- Your work runs on real vehicles, not just in benchmarks
- A small, fast-moving team with direct access to world-class ML researchers
Hiring process
A 30-minute remote screen with a short coding exercise; a 1-2 hour in-depth interview (in person if you're in Vancouver); a take-home with a programming and a design part, completed within a 48-hour window; then reference checks.
In person, downtown Vancouver, BC. Full-time. Must be legally entitled to work in Canada. Inverted AI is an equal opportunity employer. We welcome applicants from all backgrounds and make hiring decisions on qualifications, merit and business needs.
More about this job
Responsibilities
Train, monitor, and debug driving policy and perception models on multi-GPU clusters, and build pipelines that convert raw video and sensor logs into training data. Port and optimize models for embedded hardware, integrate them with vehicle software, develop evaluation and simulation tools, and maintain build systems, containers, and CI.
Requirements
A BSc or MSc in Computer Science, Computer Engineering, Engineering Physics, or a similar field is required; new and recent graduates are welcome. Candidates should have strong Python skills, working knowledge of C++, project or coursework experience with PyTorch and deep learning, and comfort with Linux, Git, and Docker.
Skills
- Python
- C++
- PyTorch
- Deep Learning
- Linux
- Git
- Docker
- Multi-GPU Training
- Data Pipelines
- Embedded Hardware Optimization
- Vehicle Software Integration
- Closed-Loop Simulation
- Build Systems
- Continuous Integration
- Machine Learning
- Autonomous Driving
Benefits
- Employee Stock Options
- Health And Wellness Benefits
- Paid Time Off
Visa sponsorship
Not detected in the job text
Categories
- Software
- Technology
- Engineering
- Transportation
- Data & Analytics
Keywords
- Autonomous Driving
- Driving Policies
- Perception Models
- Machine Learning
- Deep Learning
- PyTorch
- Python
- C++
- Multi-GPU Clusters
- GPU Compute
- Training Data
- Data Pipelines
- Video Data
- Sensor Logs
- Embedded Hardware
- Jetson
- Vehicle Software Stack
- Closed-Loop Simulation
- Evaluation Tooling
- Linux
- Git
- Docker
- Singularity
- Continuous Integration
- ROS
- ROS 2
- Real-Time Systems
- Reinforcement Learning
- Imitation Learning
- Computer Vision