Semi Senior Software Engineer - C++ (Android NDK)

As a Semi Senior Software Engineer - C++ at our company, you will be responsible for developing effective software solutions while applying different tech stacks. Your key responsibilities will include implementing low-level functionalities for hardware capabilities, collaborating with peers to ensure best coding practices, engaging in discussions around technical implementations, and participating in training and mentorship through our internal tech dojo.

To apply for the Semi Senior Software Engineer - C++, you should have a degree in Computer Science, Computer Engineering, or a related field, along with at least two years of strong experience coding in modern C++ (C++17 and beyond). Proficient English skills for technical discussions and presentations are essential, making sure you can effectively collaborate with your team and contribute to project outcomes.

While not a strict requirement, having experience with Android application development in Java or working with Android NDK will certainly be advantageous for the Semi Senior Software Engineer - C++. This background can enhance your contributions to mobile platform projects and help you engage effectively in technical discussions around low-level functionalities.

As a Semi Senior Software Engineer - C++, having strong proficiency in modern C++ is critical, particularly C++17 and beyond. Familiarity with sensor data processing and experience with Bazel, Protocol Buffers, and contributions to open-source projects are also beneficial skills that can set you apart and allow you to thrive in our development environment.

Our company fosters a vibrant community that values innovation, continuous learning, and teamwork. As a Semi Senior Software Engineer - C++, you'll find an engaging environment where your contributions matter. We offer opportunities for professional growth, collaborative project work, and access to a supportive network of talented engineers eager to share knowledge and insights.

When answering this question, focus on specific projects where you utilized C++ and highlight your problem-solving and coding skills. Discuss challenges you faced, solutions you implemented, and any performance optimization techniques you employed. This showcases your expertise and ability to contribute effectively.

Share a systematic approach to debugging, referencing tools you've used such as gdb or Valgrind. Discuss how you isolate problems, use logging effectively, and collaborate with team members to resolve issues, emphasizing your analytical skills.

Discuss specific strategies like algorithm optimization, memory management techniques, and profiling tools you're comfortable with. Provide examples from past experiences where you successfully improved performance, illustrating your technical knowledge.

Highlight communication skills, the importance of regular check-ins, collaboration tools you utilize, and how you build rapport with team members. Emphasizing adaptability and teamwork showcases your ability to thrive in a remote working setup.

Share examples of any projects where you worked with Android NDK, focusing on the functions you implemented and challenges encountered. Discuss your understanding of hardware utilization, especially in relation to sensor data processing.

Share best practices you follow for coding such as using meaningful variable names, modular design, and comprehensive documentation. Discuss how you incorporate feedback and engage with peers to maintain high coding standards.

Select a specific scenario where you encountered obstacles and the steps you took to overcome them. Focus on your analytical thinking, resourcefulness, and collaboration with your team to navigate through complexities.

Mention your habits like attending webinars, participating in forums, reading technical blogs, or contributing to open-source projects. This shows your commitment to professional growth and keeps you engaged in the latest industry trends.

Discuss any relevant projects where you’ve worked with sensor data such as accelerometer or gyroscope inputs. Highlight your familiarity with processing techniques and algorithms you've employed.

Highlight your perspective on code reviews as a constructive practice. Discuss how you provide and receive feedback, ensuring code quality, and supporting team growth, fostering a collaborative environment.