Embedded Software Engineer - Radar (f/m/div.)

As an Embedded Software Engineer - Radar at Bosch, your primary responsibilities will include designing, implementing, testing, documenting, and maintaining software specifically for hardware functional tests related to RADAR. You will also contribute to technical decisions, ensuring alignment with best practices and international standards while collaborating with various engineering teams.

Candidates for the Embedded Software Engineer - Radar position at Bosch should ideally hold a BSc or MSc in Electronics Engineering, Computer Science, or a related field. Additionally, a solid background in software development for embedded systems, particularly in C/C++, is necessary. Experience with laboratory equipment and strong analytical skills will also be beneficial.

An Embedded Software Engineer - Radar at Bosch should be proficient in C/C++, with exposure to other languages such as C#, Python, or scripting languages being a plus. This diverse skill set empowers engineers to tackle different aspects of software development in automotive embedded systems.

Bosch is committed to the professional growth of its employees. As an Embedded Software Engineer - Radar, you will have access to training opportunities, including technical workshops, language training, and certifications. Additionally, Bosch encourages participation in various projects to further develop your skills and advance your career.

The work environment for an Embedded Software Engineer - Radar at Bosch is dynamic and collaborative, encouraging innovation and teamwork. Emphasizing a flexible hybrid work system, you’ll be part of a diverse team, all working towards technological advancement in the automotive sector while enjoying a supportive and inclusive culture.

When discussing your experience with embedded systems development, focus on specific projects where you utilized C/C++ and the outcomes achieved. Emphasize your understanding of hardware integration, coding practices, and how you ensured software quality throughout the development lifecycle.

To ensure coding best practices, describe your routine of reviewing and testing code thoroughly. Highlight techniques like peer reviews, unit testing, and adhering to industry standards. It helps to bring in examples where you improved code quality in past projects.

When answering this question, provide a specific example of a technical challenge you encountered and the steps taken to resolve it. Emphasize problem-solving skills, and how you applied logic and analytical thinking to overcome obstacles, as well as the positive outcome of your efforts.

In your response, list relevant tools and technologies such as development environments (like Eclipse or Keil), debugging tools, and any laboratory equipment you've employed in testing embedded systems. Explain how these tools have enhanced your development processes.

Discuss your approach to communication and collaboration. Describe specific methods you use to ensure smooth cooperation with teams from different domains, like hardware and production technology, and provide examples of successful collaborative projects.

Outline your debugging strategies, including systematic testing, use of diagnostic tools, and recording logs to pinpoint issues. Sharing a past experience where these strategies led to a successful resolution can provide a strong narrative.

Your answer should include methods like attending workshops, participating in online courses, or engaging with professional networks. Mention any recent learning opportunities you've pursued that are relevant to embedded systems.

Start by defining relevant international norms such as ISO 26262 for automotive safety. Discuss how understanding these standards informs your practices in software development and testing, ensuring compliance within projects.

Talk about your proactive approach to quality assurance, including steps taken during development to preemptively ensure quality, such as thorough testing and iterative feedback loops. Providing examples reinforces your commitment to high standards.

Share your passion for technology and how it drives you to innovate and find satisfaction in problem-solving. Emphasize your dedication to contributing positively to team goals and advancing your skills, reinforcing how they align with Bosch's values.