Automotive ECU Software

Job Description: As a Custom Software Engineer, you will be responsible for developing custom software solutions to design, code, and enhance components across systems or applications. Utilize modern frameworks and agile practices to deliver scalable, high-performing solutions tailored to specific business needs. Your role will involve architecting and implementing Android-based infotainment platforms with a focus on Android 15 BSP customization. You should have a minimum of 12 years of experience in Automotive ECU Software. Key Responsibilities: - Design and develop BSP components for Android-based infotainment platforms. - Customize Android 15 BSP, including kernel and driver adaptations for automotive SOCs. - Implement and optimize system services and HAL layers for infotainment features. - Conduct CTS, VTS, and STS testing to ensure platform compatibility and stability. - Diagnose and resolve system-level issues across software and hardware interfaces. - Collaborate with Android porting, BSP, and integration teams across global locations. - Ensure alignment with Android Compatibility Definition Document (CDD) and maintain technical documentation. Qualifications Required: - Bachelor's degree in Computer Science, Electronics, or related field. - Minimum 14 years of experience in Automotive ECU Software. - Years of experience in embedded systems and Android infotainment development. - Strong expertise in Android Automotive OS and Android 15 BSP. - Deep knowledge of Linux kernel customization and driver integration. - Experience with Samsung Automotive SOCs and custom IVI platforms. - Proficiency in implementing system services and HAL layers. - Familiarity with Android architecture and CDD standards. - Hands-on experience with CTS, VTS, and STS compliance testing. - Strong debugging and problem-solving skills. - Experience with GIT, Android build systems, and development tools. - Exposure to infotainment hardware setups and cloud platforms. - Experience working in Agile environments and global delivery models.,