Staff Software Simulation Engineer

The Staff Software Simulation Engineer at Archer is responsible for architecting and leading a team that manages high-fidelity aircraft simulators. This includes tasks such as validating systems, conducting quality evaluations, supporting test pilot training, and optimizing simulation pipelines. You will also collaborate cross-functionally to maintain configuration and integration for aircraft hardware within real-time environments.

To qualify for the Staff Software Simulation Engineer position at Archer, candidates need a Bachelor's or higher degree in Aerospace Engineering, Software Engineering, Electrical Engineering, or a related field, along with 10+ years of robust experience in simulation software development and systems integration. Advanced proficiency in programming languages like C/C++, Python, and software tools like MATLAB/Simulink is essential.

Collaboration is fundamental to the Staff Software Simulation Engineer position at Archer. You’ll work closely with various internal teams and external suppliers to ensure that aircraft hardware is integrated effectively into simulation models. By fostering a cooperative environment, the role enhances the impact of collective problem-solving and innovation in high-stakes scenarios.

The pay range for the Staff Software Simulation Engineer position at Archer is between $168,000 and $210,000, depending on the applicant's job-related knowledge, skills, and experience. Archer values performance and aims to attract talent through a competitive compensation structure.

Preferred qualifications for a Staff Software Simulation Engineer at Archer include experience with aerospace systems, flight dynamics, and developing HIL test infrastructures. Familiarity with GNC algorithms, real-time operating systems, and relevant regulatory frameworks will also give candidates an edge in this advanced role.

In responding to this question, provide specific examples of your past projects that involved HIL architectures. Discuss the challenges you faced, the tools you used, and the outcomes of the deployments. It's also helpful to mention your problem-solving strategies and how you adapted to real-time constraints.

Be ready to talk about your proficiency in C/C++ and Python, including specific instances where you've implemented these languages in simulation software development. Highlight projects that demonstrate usability, modularity, and performance of the tools you've developed.

When addressing this question, focus on your communication skills and team dynamics. Explain how you ensure transparency, share knowledge, and encourage input from different team members to achieve project goals effectively.

Discuss methodologies you've implemented to ensure data accuracy, such as using CI/CD practices for automated testing and validation of models. Mention any tools or protocols you've employed to ensure reliability in your simulation environments.

Provide a specific scenario that emphasizes your problem-solving skills. Describe the complexity of the issue, the steps you took to address it, how you collaborated with your team, and the final result. This shows your analytical skills and how you navigate challenges.

Detail any projects where you’ve designed GUIs, focusing on the user feedback process that informed your design decisions. Mention your tools of choice and why they were effective in creating an intuitive user experience.

Here, outline your commitment to continuous learning through resources like online courses, industry conferences, publications, and networking with peers. Share specific examples of how you've implemented recent technologies into your work.

Discuss your hands-on experience with agile practices, including any roles you've taken in sprint planning, daily stand-ups, or retrospectives. Highlight how these methodologies have enhanced team efficiency and project outcomes.

It's important to convey a positive attitude towards feedback. Share an experience where you received constructive criticism, detailing how you processed it, made adjustments, and ultimately improved your work because of it.

Discuss your familiarity with FAA or other relevant regulatory frameworks. Explain your experience in incorporating compliance checks into your project processes and how you stay informed about regulatory changes impacting your work.