Autonomy Embedded Software Engineer II

Cintal, Inc.; Chillicothe (IL); On-site; USD 103,000 - 110,000; Full time

Benefits offered by this job

10 paid holidays per year

2 weeks paid time off per year

Medical insurance including dental and

Job summary

Cintal seeks a system integration professional to lead onboard solutions for autonomous haulage machines. You will work under the system integration lead, shaping vehicle-level designs and coordinating with hardware, software, and validation teams to deliver robust autonomy features.

The role emphasizes collaboration, design decomposition, and rigorous analysis of options, with opportunities to influence the technology stack across multiple hauling products.

Qualifications

• BS degree in Engineering, Computer Science, or equivalent.
• 2–4 years of experience in system integration, robotics, or related field.
• Internships accepted as job experience.

Responsibilities

• Own onboard system designs for vehicle-level autonomy hardware.
• Break down tasks and coordinate with hardware, development and validation teams.
• Triage and resolve system-level issues across teams.
• Design electronic and network architecture for autonomy tech stack.
• Coordinate delivery with partner teams.
• Document designs and ensure test plans with validation team.

Skills

Robotics fundamentals

Collaboration across teams

Design thinking

Development processes

Autonomous robotics

Robotic hardware

Requirements decomposition

Risk/benefit analysis

Troubleshooting

Product lifecycle

Data analysis

Safety frameworks

Simulation tools

C++ familiarity

Python familiarity

Education

BS Degree Engineering or Computer Science

Tools

CAN

Ethernet

Linux environment

Job description

Cintal seeks a system integration professional to lead onboard solutions for autonomous haulage machines. You will work under the system integration lead, shaping vehicle-level designs and coordinating with hardware, software, and validation teams to deliver robust autonomy features.

The role emphasizes collaboration, design decomposition, and rigorous analysis of options, with opportunities to influence the technology stack across multiple hauling products.