Embedded Software Engineer, Power Electronics in , United States

End-to-End Contribution: Playing a key role in the specification, design, implementation, and thorough testing of low-level software (bare metal and RTOS) for various power electronics applications. Independent Problem Solving: Taking initiative to understand and resolve technical challenges and ambiguities in requirements and designs. Interface Development: Designing and implementing clear and efficient interfaces between software components. Multicore Implementation: Contributing to the development and testing of multicore applications for optimal performance. Real-Time Implementation: Developing robust and efficient real-time software components and interfaces. Quality Focus: Implementing and executing comprehensive software component testing to ensure stability and reliability. Hardware Interaction: Collaborating with hardware engineers and using debugging tools to verify software functionality. Detailed Documentation: Creating and maintaining thorough documentation for your software projects.

Deep understanding of embedded software development principles and strong C programming skills. Proven experience with version control systems (GitFlow, GitLab). Ability to develop and utilize scripting (Python) for testing and automation. Familiarity with software build systems and the ability to work with build scripts (Bazel , CMake, Makefile). A strong grasp of real-time software concepts and testing methodologies. Demonstrated ability to independently design, implement, and test embedded software modules.