Senior Embedded Software Engineer - RTOS, AUTOSAR, C/C++

Caterpillar; Peoria (IL); On-site; USD 113,000 - 169,000; Full time

Benefits offered by this job

Medical, dental, and vision benefits

Paid time off (vacation, holidays)

401(k) savings plans

Tuition Reimbursement

Disability benefits

Job summary

Caterpillar Inc. is seeking an embedded software engineer to join our engineering team in Mossville, IL and Peoria, IL. You will design, develop, integrate, and test software features for embedded electronic controls used across Caterpillar machine products.

Responsibilities include integrating a new Powershift Transmission Library, using C/C++ on a Real-Time OS with AutoSAR, and validating software with SIL/HIL methods. Relocation support available; travel < 10%.

Qualifications

• Requires a 4-year degree in Engineering, Computer Science, or Materials Science.
• Experience with embedded real-time software or systems.
• Experience with FMEA processes or knowledge of electronic system failure modes.

Responsibilities

• Plan to integrate new libraries in a reusable way with machine systems teams.
• Develop software using C/C++ on a Real-Time OS with AutoSAR framework.
• Integrate software features from models and libraries to create software flash files.
• Integrate updated configuration and calibration data.
• Develop test plans and validate software using SIL and HIL methods.

Skills

Analytical Thinking

Effective Communications

Teamwork

Producing Results

Software Development

Education

4-year degree in Engineering, Computer Science, or Materials Science

Tools

AutoSAR

Real-Time OS

Job description

Caterpillar Inc. is seeking an embedded software engineer to join our engineering team in Mossville, IL and Peoria, IL. You will design, develop, integrate, and test software features for embedded electronic controls used across Caterpillar machine products.

Responsibilities include integrating a new Powershift Transmission Library, using C/C++ on a Real-Time OS with AutoSAR, and validating software with SIL/HIL methods. Relocation support available; travel < 10%.