C++ Software Engineer - Autonomy/Physical AI

Applied Intuition•Ann Arbor, MI

1d•Onsite

About The Position

Applied Intuition is rapidly scaling its defense product ecosystem in Ann Arbor! We're looking for talented backend C++ engineers at all levels, who are ready to work on some of the hardest autonomy challenges in physical AI today. You'll be a core contributor to Axion and Acuity, our flagship defense products, building the foundational systems that power multi-domain autonomous operations. This is not a maintenance role. You'll architect, implement, and own backend infrastructure that runs at the edge of what's technically possible, in environments where the stakes are real. The A2 team sits at the intersection of Applied's commercial technology velocity and defense-grade requirements, giving you access to a rapidly evolving product suite and real world impact. You'll work in small, high-ownership teams where your code ships, your decisions matter, and your impact on national security is direct.

Requirements

Professional software engineering experience, with strong C++ at the core
Deep backend engineering fundamentals: systems programming, concurrency, performance optimization, and distributed systems
Genuine interest in autonomy, robotics, or physical AI; you want to understand how your code connects to machines operating in the real world
Exposure to or curiosity about multi-domain defense systems - you don't need a defense pedigree, but you're excited to develop one
Strong CS/CE/EE (or similar) foundation; you think rigorously about correctness and performance
Python proficiency for tooling, scripting, and integration work
Thrives in ambiguity & comfortable driving clarity and progress in fast-moving, high-stakes environments
Excellent communication skills; you can explain hard technical tradeoffs to both engineers and non-technical stakeholders
Must be a U.S. Citizen
Must hold or be eligible for a U.S. Secret security clearance

Responsibilities

Design and implement high-performance backend systems in C++ for Axion and Acuity, Applied's core defense autonomy products
Tackle hard autonomy challenges across multi-domain environments, from unmanned ground and aerial platforms to broader joint-force integration scenarios
Build scalable, reliable infrastructure that enables autonomous systems to operate in contested and degraded conditions
Partner closely with autonomy researchers, product teams, and defense customers to translate mission requirements into robust software solutions
Own end-to-end execution of high-stakes engineering workstreams; architecture through deployment
Contribute to the Ann Arbor site's rapid buildout, helping shape team culture, technical standards, and engineering practices as we scale
Interface with DOD programs and defense customers to ensure solutions meet real-world operational demands