HILSIL Software Design Lead

As a HILSIL Software Design Lead at True Anomaly, your primary responsibilities will include leading the design and implementation of HIL and SIL systems, collaborating with various teams to define requirements, and developing simulation models of spacecraft subsystems. You'll also be responsible for testing, troubleshooting, and maintaining the HIL/SIL systems to ensure they meet evolving mission requirements.

To qualify for the HILSIL Software Design Lead position at True Anomaly, applicants should have a Bachelor's degree in software, electrical, aerospace, or controls engineering, along with 5-7+ years of professional experience in spacecraft simulation and system integration. Proficiency in programming languages such as Python, C++, and C#, along with familiarity in communication protocols used in HIL/SIL setups, is essential.

True Anomaly seeks a HILSIL Software Design Lead with substantial software development experience, particularly in creating and maintaining spacecraft testing and validation systems. Candidates should have prior experience working with simulation models, data acquisition systems, and software version control systems like GitHub to effectively develop HIL/SIL technologies.

A successful HILSIL Software Design Lead at True Anomaly should demonstrate proficiency in programming for Beckhoff Automation IPCs, as well as experience with National Instruments LabVIEW or Dspace. Familiarity with CAD tools for reviewing models and documentation is also beneficial, as is experience in simulation fidelity and test automation.

The work environment for a HILSIL Software Design Lead at True Anomaly is a dynamic blend of standard office settings and a production factory. You can expect a fast-paced atmosphere filled with innovative projects, requiring occasional physical activity such as standing, walking, and the ability to carry items up to 20lbs. This is an exciting chance to contribute to advancements in space technology!

When answering this question, emphasize your hands-on experience with HIL and SIL systems, detailing specific projects where you developed or integrated these systems. Discuss the challenges you faced and how you overcame them, showing your technical skills and problem-solving abilities.

In your response, elaborate on the methodologies you utilize to maintain accuracy in simulation models, such as validating your models against real-world data, collaborating with systems engineers, and continuously refining your models based on testing results.

Discuss a systematic approach to troubleshooting, such as isolating variables, running diagnostic tests, and liaising with engineering teams to collectively identify and solve the problem efficiently.

Explain your process for gathering requirements, including collaborating with stakeholders and other engineering teams to outline needs, and how you document those requirements to ensure clarity throughout the project lifecycle.

Mention languages such as Python, C++, and C#, discussing why you find them critical based on your experience in developing robust and efficient software solutions in the context of spacecraft systems.

Provide an example of a project where you had to adapt quickly to changes or challenges. Talk about your role, the outcome, and what skills you used to succeed, showcasing your ability to thrive under pressure.

Discuss blogs, journals, or associations you follow that offer insights into the latest developments in spacecraft technology, showing your proactive approach to staying informed and relevant in the industry.

Emphasize your communication skills and collaborative experiences, highlighting how you've effectively worked within multi-disciplinary teams and contributed to successful project outcomes.

Express your methodology for addressing incomplete specifications, such as prioritizing discussions with stakeholders, conducting prototyping, and iterating based on feedback while remaining adaptable.

Discuss your strategies for prioritization, such as using project management tools, assessing deadlines, and focusing on tasks that align most closely with project objectives and milestones.