Software Engineer

Familiarity with connected embedded software components and hardware peripherals We are seeking an experienced Software Engineer to support the Hardware Platform Development team. This role focuses on embedded software development for next-generation vehicle electronic systems. The Software Engineer will use their strong background in embedded systems, automotive software development, and system-level architecture to collaborate with cross-functional teams and external partners to design, develop, and deliver production software.

Role Responsibilities: List essential functions in order of importance; include percentage of time spent performing each function (total should equal 100%) Embedded Software Development - (80%)

• Participate in the definition and design of embedded software for vehicle systems
• Assist hardware teams with component selection, schematic reviews, bring-up, and debugging
• Develop/integrate bootloaders, device drivers, kernels, and upgrade mechanisms
• Contribute to base software (BSP), MCAL, drivers, diagnostics, and debugging tools
• Support hardware verification and board bring-up activities
• Interface with third-party vendors and open-source communities as needed
• Collaborate with internal teams to gather software requirements, including safety and security
• Build and maintain development infrastructure, including automated testing environments
• Ensure high-quality, validated software feature delivery
• Lead rapid prototyping efforts to explore innovative hardware/software solutions

Operational Management - (20%)

• Work closely with contract manufacturers to develop test software for ECU bring-up, validation, and production testing

AOSP (Android Open Source Project) and Android HAL (Hardware Abstraction Layer) experience - these are mandatory skills.

• Deep knowledge of embedded software architecture and development processes
• Experience supporting software through the product lifecycle, including mass production
• Strong understanding of vehicle EE architectures and automotive development practices
• Expertise in functional safety (ISO 26262) and its implementation in software
• Experience designing complex embedded systems, including defining system topologies and component interfaces
• Strong understanding of automotive EE architectures and development lifecycles
• Proficiency in real-time operating systems, embedded software frameworks, and interface development
• Programming languages: C, C++, Java, HTML5, and scripting languages, Android, Automotive Technology, BSP, Booting, C Programming Language, C++ Programming Language, Component Selection, Contract Manufacturing, Cross-Functional, Debugging Skills, Debugging Tools, Device Drivers, Embedded Operating Systems, Embedded Software, Embedded Systems, HTML5, Hal, Hardware Administration, Hardware Components, Hardware Development, ISO (International Organization for Standardization), Java, Kernel Programming, Manufacturing/Production Testing, Mass Production, Open Source, Operations Management, Peripheral Hardware, Product Lifecycle, Programming Languages, Quality Assurance Software, Rapid Prototyping, Realtime Operating System, Requirements Management, Safety Training, Schematics, Scripting (Scripting Languages), Software Administration, Software Architecture, Software Design, Software Development, Software Engineering, Software Validation, System Architecture, Test Automation, Topology, Validation Testing