As a Staff Software Engineer - Robotics at Stryker, your key responsibilities include designing and testing prototypes, developing software systems, conducting product design research, and mentoring other engineers. You’ll analyze design issues and advance solutions based on customer needs and clinical procedures while ensuring project success through collaboration with various departments.

To qualify for the Staff Software Engineer - Robotics position at Stryker, candidates should possess a Bachelor's or Master’s degree in Computer Science, Computer Engineering, Robotics, or a related field, along with at least 4 years of relevant work experience. Proficiency in C++ and Object-Oriented Programming is essential, while experience with modern C++ standards and Linux development is preferred.

Candidates for the Staff Software Engineer - Robotics role at Stryker should be proficient in C++ and Object-Oriented Programming, with a strong preference for modern C++ standards (C++14, C++17, C++20). Familiarity with multi-threaded codebases, performance optimization, and development tools like Qt Creator or Visual Studio will set you apart in this innovative environment.

At Stryker, professional development is a priority. As a Staff Software Engineer - Robotics, you’ll have the opportunity to mentor others and refine engineering documentation and practices. Stryker encourages continuous learning through collaboration, access to resources, and engagement with industry standards, ensuring your growth in the medical technology field.

The work environment for a Staff Software Engineer - Robotics at Stryker is dynamic and collaborative. Employees can choose between hybrid or onsite work options at our Portage, Michigan facility. You’ll work closely with various teams across the company, focusing on innovation and quality to enhance healthcare delivery.

When answering this question, detail your knowledge of C++ and your practical experience in Object-Oriented Programming. Mention specific projects you've worked on, the challenges you faced, and how you applied OOP principles to create efficient and maintainable code.

In your response, explain your method for gathering user requirements through interviews or surveys. Share how you translate these needs into design specifications, ensuring that they align with project goals while applying critical thinking and technical skills throughout the process.

Discuss a specific example of a complex design issue you encountered in a past role. Outline the steps you took to analyze the problem, the strategies you employed to devise a solution, and the successful outcome of your efforts.

Describe your approach to mentoring, emphasizing your commitment to knowledge sharing. Explain how you provide guidance on engineering standards, review code together, and foster an environment that encourages growth and open dialogue among team members.

In responding to this question, highlight your experiences with testing frameworks relevant to the position. Explain your rationale for selecting specific tools, emphasizing their effectiveness in improving software reliability and your role in maintaining high code quality.

Detail your methodology for incorporating customer feedback into the design process, such as conducting user testing sessions or surveys. Discuss how this feedback informs your modifications in design, ultimately leading to a more user-centric product.

Share your strategies for managing multiple projects, such as prioritizing tasks, using project management tools, and maintaining open communication with team members. Providing examples of how these strategies have led to successful outcomes will strengthen your answer.

Discuss your understanding of the Software Development Life Cycle, including its phases such as planning, design, implementation, testing, and maintenance. Highlight your experience working within an SDLC framework and share how you've contributed to each phase in past projects.

Provide a detailed example of a project where you optimized performance, outlining the specific challenges and techniques you employed to improve efficiency. Describe the measurable results achieved through your optimization efforts.

In your reply, explain the methods you use to stay informed about industry trends, such as following key publications and participating in professional networks. Mention any specific resources or communities that help you remain current in the fast-evolving field of robotics.