Robotics Engineer Jobs in United States

Microsoft technologies

Web and Client technology

ASP.NET

C#

VB.net

MVC

industrial automation

robotics

mechanical systems

electrical systems

network configurations

software coordination

industrial automation

robotics

mechanical systems

electrical systems

network configurations

software coordination

industrial automation

robotics

mechanical systems

electrical systems

network configurations

software coordination

industrial automation

robotics

mechanical systems

electrical systems

network configurations

software coordination

C++

Python

ROS/ROS2

Gazebo

WMS/WCS/MES

C++

Python

ROS

Linux

CUDA

Computer vision

Expert C++ proficiency with deep understanding of modern C++ (14/17/20) in production systems

Proven experience with actuator control including bring-up, characterization, and testing

Motor controller and encoder integration expertise

EtherCAT implementation experience for real-time distributed control

Deep expertise with DDS and middleware systems – you understand QoS policies, discovery protocols, and have optimized publish-subscribe architectures for real-time performance

Real-time systems expertise – you understand priority inversion, jitter, and deterministic scheduling

HIL testing

simulation environments

AI models

robotic systems

automated testing frameworks

test frameworks

C++

Python

ROS

PX4

Ardupilot

SLAM

C++

Python

ROS

PX4

Ardupilot

SLAM

Robotics

logistics

material flow

AGVs

automation

Python

robotics

software

autonomous mobile robots

control software

language perception

power management

Python

GitHub

Bash

C++

YOLO

ROS2

Python

GitHub

Bash

C++

YOLO

ROS2

Robotics

Autonomous Systems

Signal Processing

C/C++

Python

Linux

Python

C++

Java

robotics systems

automation

sensors

C++

Python

Bash

ROS

ROS1

ROS2

C++

Go

Rust

Python

Typescript

Linux

AI/ML frameworks

robotics-relevant models

computer vision systems

Python

C++

Rust

embedded C++

ROS

Python

C++

ROS 2

Embedded Linux

Raspberry Pi

PID control

general software engineering principles

systems programming

concurrent and distributed systems

data structures

algorithm development

software architecture design

C++

Rust

LiDAR

radar

depth cameras

GPS

PLC

HMI

VFD programming

control systems

digital circuits

power distribution design

Python

ROS

MoveIt

behavior trees

state machines

kinematics

C++

Python

ROS (Robot Operating System)

JavaScript

Linux

Rust

Linux-based systems

containerized environments

CI/CD systems

build tooling

artifact management solutions

MLOps

C++

Python

Linux

ROS

RViz

Gazebo

robotics

software

autonomous mobile robots

control software

language perception

power management

modern C++ (C++11 and above)

EtherCAT

Linux kernel

ROS 2

gRPC

asynchronous IPC frameworks

Linux

containerized environments

CI/CD systems

build tooling

artifact management

Bitbucket

ROS 2

ROS 1

C++

Python

SLAM

perception pipelines

C++

Python

Linux

ROS

RViz

Gazebo

HIL testing

simulation environments

safety monitoring

performance benchmarking

intelligent collaborative robots

AI models

Robotics

Autonomous Systems

Signal Processing

C/C++

Python

Linux

HIL testing

simulation environments

AI models

robotic systems

automated testing frameworks

test frameworks

robotics

software

autonomous mobile robots

control software

language perception

power management

C++

Robotics

ROS (Robot Operating System)

C++

Robotics

ROS (Robot Operating System)

embedded C++

ROS

robotics

software

autonomous mobile robots

control software

language perception

power management

robotics

software

autonomous mobile robots

control software

language perception

power management