Software Engineer II - HMI

As a Software Engineer II - HMI at Hermeus, your primary responsibilities include developing and maintaining HMI software for various aircraft systems, collaborating with hardware and embedded software engineers for system integration, and enhancing the usability of cockpit interfaces in close cooperation with flight crews. You'll also engage in testing and debugging software, writing well-documented code that meets performance and safety requirements, while ensuring high software quality through design reviews.

To qualify for the Software Engineer II - HMI position at Hermeus, candidates must have a Bachelor's degree in Computer Science, Engineering, or a related field, plus at least 2 years of experience in user-facing software development. Proficiency in building web applications using technologies like Typescript, React, or Electron is essential, alongside experience in simulation programming and a strong understanding of 3D graphics and audio playback.

The salary range for the Software Engineer II - HMI position at Hermeus is between $128,250 and $156,750 per year. This compensation reflects the scope of responsibilities and the candidate's qualifications, including relevant experience and education. Hermeus also offers competitive benefits, including stock options and flexible work arrangements, making it an attractive opportunity for job seekers.

To enhance your application for the Software Engineer II - HMI role at Hermeus, consider highlighting experience in the aerospace industry, specifically with aircraft systems. Knowledge of software standards like ARINC and DO-178C, as well as GIS development skills, will set you apart. Experience with automated UI testing and working in a startup environment can also be beneficial.

The company culture at Hermeus is dynamic and driven by innovation. Employees, including Software Engineer II - HMI roles, are encouraged to collaborate and contribute creatively within a fast-paced startup environment. With benefits such as unlimited PTO and a fully stocked breakroom, Hermeus prioritizes employee well-being and team cohesion, ensuring that staff members feel valued and supported.

In answering this question, discuss specific projects where you've developed HMI software, detailing the technologies used and how your contributions improved usability and system integration. Highlight any collaborative efforts with hardware engineers to illustrate your teamwork skills.

Share your preferred coding standards, review processes, and testing strategies. Emphasize your commitment to writing well-documented, efficient code, and discuss any code versioning tools you've utilized to maintain code quality over time.

Describe your debugging methodology, including the tools you use and any systematic approaches you take to isolate and resolve issues. Discuss how you work collaboratively with team members to troubleshoot and rectify bugs efficiently.

Reveal any direct experience you have in simulation or game programming, highlighting specific projects or tasks. Discuss the technologies you've used, such as 3D graphics frameworks, and explain how it integrates with aircraft software systems.

Explain your strategies for gathering and incorporating feedback from flight crews into HMI development. Offer examples where you’ve made specific changes based on their input, showcasing your ability to listen and implement valuable suggestions.

Provide a detailed account of an instance where you collaborated with hardware engineers, outlining your role, the project's objectives, and the outcome. Focus on how effective teamwork led to successful integration of software and hardware.

Discuss your methods for staying informed about developments in aerospace software standards, such as attending conferences, participating in webinars, or following industry publications. This showcases your commitment to professional development in the aerospace domain.

Reflect on potential challenges, such as integrating new technologies or working within tight timelines. Explain how you plan to proactively address these challenges through collaboration, continued learning, and adaptability.

Provide a specific example where you improved software performance, detailing the techniques used to optimize speed or efficiency. Discuss the impact this had on user experience or functionality.

Share your approach to prioritization, such as using task management tools or frameworks like Agile. Discuss how setting clear goals, deadlines, and regular check-ins keeps you on track and aligns team efforts towards successful project completion.