Embedded Software Engineer

PROJECT

Join an international engineering team working on advanced Interior Sensing solutions focused on Driver Monitoring Systems (DMS) and Cabin Monitoring technologies for automotive environments. You will work on low-level embedded software components enabling reliable image transfer, buffer management, shared memory communication, and real-time processing across Linux/QNX-based systems in modern automotive platforms.

YOU WILL

• Develop and maintain embedded software components in C++ for Interior Sensing platforms.
• Design and implement scalable, high-quality software solutions following modern C++14/17 standards
• Perform software verification activities, including unit testing and code coverage analysis.
• Create and maintain Unit Tests (UT) for developed software modules
• Analyze and resolve issues reported by Static Code Analysis tools
• Improve and maintain code quality, readability, and complexity standards
• Collaborate with distributed international engineering teams across Poland and India
• Work with source control systems and code review processes using Gerrit/GitHub
• Support integration and debugging activities in Linux/QNX environments
• Contribute to image and video processing-related functionalities within the CoreFramework architecture

MUST HAVE

• 5–10 years of experience in Embedded Software Engineering
• Strong hands-on experience with Embedded C++ development
• Very good understanding of software design, implementation, and debugging principles
• Experience writing Unit Tests and working with code coverage tools
• Experience resolving Static Code Analysis findings and maintaining coding quality standards
• Knowledge of modern C++ standards (C++14/C++17)
• Good understanding of Linux and/or QNX operating systems
• Experience with Git/Gerrit and source code branching strategies
• Strong communication skills in English (spoken and written)
• MSc degree in Electronics, Computer Science, or related field

NICE TO HAVE

• Experience working with image/video processing functionalities such as scaling, cropping, alignment, or buffer handling
• Knowledge of shared memory concepts and multithreading/thread handling
• Experience in automotive or safety-critical software environments
• Understanding of real-time embedded systems and performance optimization
• Familiarity with communication frameworks used in embedded platforms