Human Machine Interface Engineer

As a Human Machine Interface Engineer at Applied Intuition, your main responsibilities will include developing and deploying command-and-control systems for autonomous vehicles. You'll be writing full-stack web applications, implementing interface designs that allow operators to interact seamlessly with UAS platforms, and collaborating with various stakeholders to ensure software integrates smoothly with different platforms. Your role also involves supporting live flight tests and ensuring mission-critical operations across a range of technologies.

To qualify for the Human Machine Interface Engineer position at Applied Intuition, candidates should hold a Bachelor's degree in computer science or a related engineering field, along with at least 3 years of experience in developing full-stack web applications for robotic systems. Additionally, familiarity with frontend frameworks like React or Redux, experience with Docker, and proficiency in tools like Git and Visual Studio Code are vital. U.S. citizenship and eligibility for a secret security clearance are also required.

A Human Machine Interface Engineer at Applied Intuition should be skilled in frontend development using JavaScript frameworks such as React or Redux. Familiarity with Docker containers is essential for verifying HMI capabilities, as well as experience with building applications that handle data-intensive operations. It’s also beneficial to have knowledge of tools like GitLab and artifact registries, alongside a general grasp of command-and-control software for unmanned systems.

Yes, the Human Machine Interface Engineer position at Applied Intuition does require travel, usually amounting to 2-5 days every other month. This travel is primarily for project demonstrations or deployments. It’s a great opportunity for those who enjoy seeing their innovations in action across various locations and engaging with clients and stakeholders directly.

The salary range for a Human Machine Interface Engineer at Applied Intuition is between $110,000 to $160,000 USD annually, which reflects the base salary component of the total compensation package. The final salary will depend on various factors, including the candidate’s experience, educational background, and performance during the interview process.

When answering this question, be sure to highlight specific projects you've worked on, emphasizing your role and the technologies used. Discuss how you managed both frontend and backend aspects, and any challenges faced along the way—sharing how you solved them will demonstrate your problem-solving skills effectively.

Be specific about the frameworks you have experience with, like React or Redux. Give examples of projects where these frameworks were utilized and why you prefer them, such as their performance or response times. This shows your insight into the technology as well as practical application knowledge.

Discuss the importance of user experience design in your approach. Highlight methods you've employed to gather user feedback and how you've incorporated that feedback into your development cycle. Providing concrete examples of projects where this was successfully implemented will strengthen your position.

Explain your experience with Docker, detailing how you've used it in development cycles to test and deploy web applications. Providing scenarios of how it improved workflows or solved development issues will portray your technical expertise and practical understanding of containerization.

When answering this question, describe a past situation where time constraints were a factor. Share how you prioritized tasks, communicated with your team, and ultimately delivered a successful outcome under the pressure of the deadline. This demonstrates your ability to manage stressful situations effectively.

Outline the steps you would take, including researching the technology, assessing how it aligns with current project goals, planning for integration, and testing. Stress the importance of collaboration with the team and continuous learning to ensure successful implementation.

Detail the strategies you've found effective, from using debugging tools to writing tests and logging. Share a specific example where your debugging process led to identifying and fixing a challenging bug, showcasing your analytical skills and persistence.

Provide a specific project where you handled data-intensive elements, explaining the architecture, technologies involved, and performance considerations. Focus on how you optimized the application and any challenges you encountered during development and deployment.

Discuss the key principles you would apply: usability, accessibility, responsiveness, and how they drive operator efficiency during use. Providing examples of user-centered design practices you've applied in past projects demonstrates your commitment to creating intuitive interfaces.

Explain your methods for keeping up-to-date, such as following industry blogs, attending webinars, participating in developer communities, and practicing new skills through personal projects. Sharing specific examples showcases your proactive approach to continuous learning.