Autonomy Vehicle Integration Engineer – Field & HIL

HavocAI Inc.; North Kingstown (RI); Hybrid; USD 120,000 - 160,000; Full time

Benefits offered by this job

100% Employer paid Health Insurance

Dental and Vision Insurance

Life Insurance (Employer Paid)

401k Matching

Unlimited PTO with 2 weeks minimum

Equity Package

Work/Home Office Stipend

Global Entry

Job summary

HavocAI Inc. is seeking a Vehicle Autonomy Integration Engineer to bring our autonomy software onto real vehicles and robotic platforms. You will work with vehicle controls, autopilots, sensors, and onboard compute, ensuring reliable performance in the field.

The role involves hands-on hardware work, platform bring-up, debugging interfaces, and supporting bench and field tests across vessels, drones, and ground vehicles.

Qualifications

• Bachelor's degree or equivalent hands-on experience in a related engineering field

Responsibilities

• Platform integration of HavocAI autonomy onto robotic platforms
• Configure, validate and troubleshoot control systems and telemetry paths
• Integrate sensors (GPS/INS, IMUs, cameras, radar, lidar) and vehicle interfaces
• Support system bring-up, bench testing, field tests and demonstrations
• Diagnose issues across software, hardware, networking, and controls
• Develop tools, scripts and documentation to speed platform bring-up
• Collaborate with autonomy, embedded software, hardware, field operations and product teams

Skills

C++

Python

Bash

Linux

CAN/Serial/Ethernet protocols

Debugging across hardware/software

System integration

Communication

Security clearance

Education

Bachelor's degree in Electrical, Computer, Mechanical or Aerospace Engineering, Robotics, Computer Science or related field

Hands-on hardware experience

Tools

ROS/ROS 2

MAVLink/ArduPilot/PX4 ecosystem

Embedded Linux/NVIDIA Jetson

Job description

HavocAI Inc. is seeking a Vehicle Autonomy Integration Engineer to bring our autonomy software onto real vehicles and robotic platforms. You will work with vehicle controls, autopilots, sensors, and onboard compute, ensuring reliable performance in the field.

The role involves hands-on hardware work, platform bring-up, debugging interfaces, and supporting bench and field tests across vessels, drones, and ground vehicles.