Embedded Software Engineer — Autonomous Vehicles

Capgemini; Utah; Hybrid; USD 73,000 - 174,000; Full time

Benefits offered by this job

Paid time off

Medical, dental, and vision coverage

Retirement savings plans

Life and disability insurance

Employee assistance programs

Job summary

Capgemini seeks an Autonomous Vehicle Embedded Software Engineer to contribute across the full SDLC for embedded software on unmanned robotic vehicles. You will write C/C++ code, diagnose defects, and support integration with fielded systems, with up to 15% travel.

Collaboration across hardware, software, and systems engineering is essential. The role emphasizes test-driven development, refactoring, design patterns, and reuse, with a strong focus on ROS/ROS2, sensors, and interfaces such as CAN,

Qualifications

• Bachelor's degree required; Master's preferred.
• 3–5 years embedded, real-time C/C++ for embedded processors.
• Experience with RTOS and multithreaded applications.
• Familiarity with ROS/ROS2, sensors and unmanned vehicle systems.
• Authorized to work in the U.S. and strong communication skills.

Responsibilities

• Feature development for embedded applications on unmanned vehicles.
• Diagnosis and correction of defects and issues.
• Support systems engineering for smooth software integration.
• Testing first mentality with unit/integration/system testing.
• Travel up to 15% may be required.

Skills

C/C++ programming

Embedded systems

RTOS

ROS/ROS2

Multithreading

CAN protocol

TCP/UDP

SPI

RS232

Unmanned vehicle systems

Device drivers

Flash programming tools

Electrical/mechanical integration

Communication skills

Education

Bachelor's degree in Electrical Engineering

Master's degree preferred

Tools

Flash programming tools

Job description

Capgemini seeks an Autonomous Vehicle Embedded Software Engineer to contribute across the full SDLC for embedded software on unmanned robotic vehicles. You will write C/C++ code, diagnose defects, and support integration with fielded systems, with up to 15% travel.

Collaboration across hardware, software, and systems engineering is essential. The role emphasizes test-driven development, refactoring, design patterns, and reuse, with a strong focus on ROS/ROS2, sensors, and interfaces such as CAN,