Software Engineer - Simulation, Game Engine & World Systems (Autonomy)

Applied Intuition•Ann Arbor, MI

4d•$110,000 - $150,000•Onsite

About The Position

Applied Intuition, Inc. is seeking a talented Engineer to work on a brand new initiative designing and developing the world representation layer at the heart of Applied Intuition's Axion simulation stack. This role is for individuals who have experience building spatial worlds for games, simulations, or autonomous systems, and defining how environments are structured, queried, and updated at high frequency. This is a deeply technical position at the intersection of computational geometry, real-time world modeling, and large-scale simulation. The successful candidate will join a new team focused on foundational scene and mapping systems that downstream sensor fusion and path planning depend on, defining 4D spatial abstractions, Entity Component Systems, and high-performance data structures for multi-agent reasoning across air, ground, and maritime domains. The ideal candidate has experience with game engines, robotics simulators, or autonomous vehicle stacks and understands the requirements for fast, accurate, and scalable representations under real operational constraints.

Requirements

2+ years of professional software engineering experience, with deep expertise in spatial systems, world modeling, or simulation environments
Expert-level C++ skills (C++20 or later), including template metaprogramming, move semantics, SIMD, and performance optimization at the systems level
Hands-on experience building world or scene representations — from a game engine, sim platform, or autonomous system — including managing dynamic object state, spatial indexing, and real-time updates
Strong background in computational geometry: coordinate transformations, spatial data structures (BVH, octrees, k-d trees), geometric algorithms, and collision/proximity systems
Deep intuition for low-latency, high-throughput software design in real-time environments
Strong proficiency in Python and shell scripting for tooling and automation
Experience with agentic coding tools (Cursor, Claude Code, GitHub Copilot) and AI-assisted development workflows
Must be willing to travel as projects requires; average travel varies, but can be up to once a month for up to 1 week (~20%)
Must be a U.S. Citizen
Must hold or be eligible to obtain and maintain a U.S. security clearance

Nice To Haves

Expertise with the Linux/Docker/C++ toolchains (including build systems like Nix and Bazel) and cross-compilation.
Experience with temporal reasoning systems and 4D scene representation (space + time)
Background in game development, simulation, or virtual environments
Knowledge of physics engines and collision detection systems
Understanding of autonomous systems or robotics software architectures

Responsibilities

Develop World & Scene Representation Systems: Design and implement core spatial data structures, including Entity Component System frameworks, spatial indexing, occupancy representations, and 4D object management for large-scale multi-agent environments.
Own Mapping & Geometry Pipelines: Build and optimize the computational geometry and world-state systems that sit between raw sensor data and the path planning stack — including coordinate frame management, spatial queries, and environment abstraction layers.
Drive Performance to the Metal: Write highly optimized C++ (C++20) with a focus on low-latency, cache-efficient, and memory-conscious design. Comfortable profiling hot paths, eliminating allocations, and squeezing real-time performance out of complex spatial systems.
Technical Strategy & Integration: Participate in driving architectural decisions and design clean APIs that enable cross-domain integration across air, ground, and maritime autonomy stacks.