Senior ML Infra Engineer — Real-Time Systems, Equity

Anduril Industries; Broomfield (CO); On-site; USD 190,000 - 252,000; Full time

Benefits offered by this job

Equity grants

Competitive benefits

Job summary

Anduril Industries in the United States is seeking a Senior Software Engineer - Infrastructure to strengthen our Battlespace Awareness team. You will develop core tools and stand up ML infrastructure to optimize parameters and detect regressions in CI.

You should have professional experience in Python, C++, or Rust, strong software fundamentals, and a background in ML, including hyperparameter optimization, anomaly detection, and explainable ML.

Qualifications

• Proficient in Python, Rust, C++ or C with professional experience.
• Strong software fundamentals: OOP, FP, REST API design.
• Experience building low-latency or real-time software.
• Experience with testing (Robot Framework) and CI/CD.
• Ability to work with AI coding assistants and GitHub workflows.
• ML background including hyperparameter optimization, anomaly detection, explainable ML.

Responsibilities

• Develop and support core team tools and ML infra for parameter optimization and regression detection.
• Collaborate on integration of ML workflows and CI pipelines.
• Contribute to high-performance software and real-time data processing.

Skills

Python

Rust

C++

C

OOP

Functional programming

REST API design

Real-time systems

Robot Framework

GitHub

CI/CD

Hyperparameter optimization

Anomaly detection

Explainable ML

Faster-than-real-time simulation

Tools

TypeScript

JavaScript

React

NodeJS

PyTorch

Python FastAPI

CesiumJS

Job description

Anduril Industries in the United States is seeking a Senior Software Engineer - Infrastructure to strengthen our Battlespace Awareness team. You will develop core tools and stand up ML infrastructure to optimize parameters and detect regressions in CI.

You should have professional experience in Python, C++, or Rust, strong software fundamentals, and a background in ML, including hyperparameter optimization, anomaly detection, and explainable ML.