Embedded Software Engineer

As an Embedded Software Engineer at Powertalent, you will be responsible for developing and maintaining embedded software for satellite communication (Satcom) products. Your work will ensure that aviation communication remains reliable and safe, while adhering to compliance regulations. You'll be engaged throughout the entire Software Development Life Cycle, collaborating with an agile team to innovate and integrate advanced systems tailored for aircraft.

To qualify for the Embedded Software Engineer position at Powertalent, you will need a Master’s or Bachelor’s degree in Software Engineering, Computer Science, or a related field, along with over 5 years of experience in embedded software development. Proficiency in C and/or C++ is essential, along with knowledge of data communication protocols and validation processes.

Teamwork is crucial for an Embedded Software Engineer at Powertalent, especially within the agile methodology. You will be collaborating closely with team members to design, integrate, and construct innovative Satcom systems. This position not only requires technical skills but also the ability to communicate effectively and align with the broader goals of the projects at hand.

Powertalent offers comprehensive benefits for Embedded Software Engineers, including a competitive salary based on experience, health insurance for associates and their families, a food subsidy, and 26 vacation days. Additionally, there is a flexible hybrid work model that supports work-life balance.

An Embedded Software Engineer at Powertalent should be proficient in programming languages such as C and C++. Familiarity with modern embedded development tools and technologies is also necessary for effectively working with large code bases and contributing to the design and development of Satcom products.

When answering this question, showcase your specific projects or roles where you developed embedded systems. Highlight your use of C or C++ and mention any relevant protocols you've worked with, solidifying your technical competence in the field.

In your response, discuss the phases of the SDLC such as planning, development, testing, and deployment. Emphasize your experience in those phases, providing examples of how you contributed to projects throughout the SDLC, especially in agile settings.

Explain your understanding of regulatory standards in the aviation industry and share examples of how you've incorporated compliance checkpoints into your software development process to ensure that products adhere to these stringent requirements.

Discuss your approach to debugging, mentioning specific tools or techniques you employ, such as using debuggers or simulation environments. It's helpful to provide an example of a challenging bug you fixed and the steps you took to solve it.

Highlight your ability to work in sprints, participate in stand-ups, and adapt to changing requirements quickly. Use examples of how your collaborative approach contributed to the team's success and the overall quality of the project's outcome.

Share your preferred tools and languages you work with, discussing why you favor them for embedded software development. This gives insight into your familiarity with the industry-standard tools and your personal development philosophy.

Discuss your strategies for managing time and priorities, such as breaking down tasks and communicating effectively with your team. Provide an instance when you faced a tight deadline and how you successfully completed the project.

Express your passion for problem-solving, creating innovative solutions, and the challenges that come with embedded systems. Mention specific aspects of the industry that excite you, particularly those related to aviation technology.

Illustrate your familiarity with various data communication protocols you've used, describing specific projects where these protocols played a significant role. This demonstrates your depth of knowledge and how it integrates into your software solutions.

Share your strategies for continuous learning, such as online courses, conferences, or industry literature. This emphasizes your commitment to staying current with trends and developments that influence best practices in embedded software engineering.