Embedded Engineer

Role:Embedded Engineer

Location:Carmel, IN

Contract

ONLY W2 

Key Responsibilities

• Develop initial embedded C software that forms the foundational building blocks of an AUTOSAR‑based software release.
• Collaborate with the SW Architect to define architecture‑aligned module behavior, interfaces, and integration strategy.
• Work closely with the AUTOSAR Expert to ensure developed modules are structured and abstracted in a way that supports smooth AUTOSAR integration.
• Implement system functionality such as power management logic, diagnostic handling (UDS), communication services, and internal software infrastructure.
• Support system-level analysis, debugging, and issue resolution across early prototypes and internal test builds.
• Develop and analyze CAN communication behavior using CANalyzer/CANoe.
• Support development and analysis of SENT (SAE J2716) communication interface / device driver for bench prototype hardware.
• Participate in unit tests, static analysis, and internal verification activities.
• Utilize cross‑compilers, debuggers, and embedded development tools during software build-up.
• Follow Aptiv development processes including ASPICE and basic functional safety expectations (ISO 26262).
• Work efficiently with global team members and contribute to early-phase program planning, reviews, and bring-up activities.

REQUIRED SKILLS:

• Bachelor’s degree or higher in Electrical Engineering, Computer Engineering, Computer Science, or equivalent.
• 10+ years of experience developing embedded software in C.
• Strong background with 16/32‑bit microcontrollers (TriCore, S32, Renesas, Cypress, etc.).
• Proven experience developing embedded building-block modules (state management, communication abstractions, diagnostics, power modes, etc.).
• Understanding of AUTOSAR concepts, with the ability to develop AUTOSAR‑ready software (hands‑on integration experience is helpful but not required).
• Experience with UDS, diagnostics workflows, and automotive communication protocols (CAN).
• Proficiency with compilers, debuggers, and software build systems.
• Demonstrated experience with static analysis, unit testing, and verification processes.
• Strong debugging and system analysis skills.
• Exposure to ASPICE and general automotive development process expectations.
• Awareness of ISO 26262 functional safety basics.