Software Engineer, Instrument Cluster UI

Acclivis Technologies is seeking a skilled and seasoned Senior Software Developer proficient in Delphi programming environments, backend database systems, and modern frontend and scripting technologies. As a Senior Software Developer, you will be responsible for development, maintenance, testing, and mentoring in a collaborative and Agile setting. The ideal candidate for this role should have at least 5+ years of experience in Android application software development and a minimum of 7+ years in software development. This is a full-time position that requires expertise in developing high-performance, real-time applications for the instrument cluster/driver display. You will be tasked with implementing crucial vehicle features like ADAS, turn-by-turn navigation, notifications, and vehicle diagnostics while working closely with infotainment and mobile engineers to ensure a seamless HMI experience. Key Responsibilities: - Develop QNX/Linux-based C/C++ applications, services, and frameworks - Design and optimize real-time embedded systems for instrument clusters - Implement new features, enhancements, and bug fixes in a fast-paced environment - Utilize test-driven development (TDD) practices to maintain software quality - Document design specifications, technical architecture, and roadmaps - Stay abreast of real-time embedded systems trends and best practices - Collaborate with UX designers, product teams, and system engineers - Provide technical leadership within the engineering organization Required Qualifications: - BS/MS in Computer Science or related field - 5+ years of experience in QNX/Linux-based software development - 7+ years of overall software development experience - Proficiency in C/C++, QNX/Linux frameworks, QT, and OpenGL - Experience in embedded system performance optimization and architecture - Strong problem-solving skills with the ability to evaluate multiple solutions - Excellent communication, collaboration, and leadership abilities - Ability to work independently and translate ambiguous requirements into actionable deliverables,