Robotics Simulation Engineer for Autonomous Construction

Bedrock Robotics Inc; New York (NY); On-site; USD 120,000 - 180,000; Full time

Job summary

Bedrock Robotics Inc. is hiring software engineers to build and scale our robotics simulation environment for autonomous construction machines nationwide. Simulation is a critical foundation for autonomy, validating end‑to‑end systems and testing thousands of runs with real‑world physics.

The role focuses on an ML‑driven autonomy stack, accurate terrain/physics, and scalable simulation content. You will write production‑quality code and help advance scene generation and neural rendering.

Qualifications

• Engineering, math, or physics degree, or computer science background with demonstrated interest and strength in math and physics.
• 4+ years of professional experience in software engineering, with proven track record of building modular, maintainable, production‑quality software systems in C++.
• 2+ years of experience with one or more 3D engines or simulation frameworks, such as Unreal Engine, Unity, Godot, Blender, Gazebo, Isaac Sim, Omniverse.

Responsibilities

• Build high‑fidelity simulation environments for autonomous construction machines.
• Develop simulation systems that support ML‑based autonomy, evaluation, and safety validation.
• Improve realism and performance to better reflect real‑world behavior.
• Help guide our strategy in scene generation and neural rendering techniques.
• Write production‑quality, hands‑on code and build real simulation content—not just prototypes.

Skills

C++

Large-scale simulation

3D engines

Machine learning

Neural rendering

Rust

Education

Engineering/Math/Physics/CS degree

Tools

Unreal Engine

Unity

Godot

Blender

Gazebo

Omniverse

Job description

Bedrock Robotics Inc. is hiring software engineers to build and scale our robotics simulation environment for autonomous construction machines nationwide. Simulation is a critical foundation for autonomy, validating end‑to‑end systems and testing thousands of runs with real‑world physics.

The role focuses on an ML‑driven autonomy stack, accurate terrain/physics, and scalable simulation content. You will write production‑quality code and help advance scene generation and neural rendering.