Space Force - Sr Advanced Tracking Systems Engineer - Referral Bonus Eligible

To qualify for the Space Force - Sr Advanced Tracking Systems Engineer position at General Dynamics Mission Systems, you should have a Bachelor’s degree in Systems Engineering or a related field with 8+ years of job-related experience, or a Master's degree with at least 6 years of experience. Agile experience is preferred, and you must be able to obtain a Department of Defense Secret security clearance.

As a Sr Advanced Tracking Systems Engineer at General Dynamics Mission Systems, you'll be responsible for developing and deploying state-of-the-art ground operational systems for the SDA GMI program. This includes collaborating with cross-functional teams, leading systems development life cycles, and leveraging your knowledge in satellite and ground communication technologies to meet customer requirements.

Ideal candidates for the Space Force - Sr Advanced Tracking Systems Engineer role at General Dynamics Mission Systems should have knowledge of satellite communications, ground operations experience, proficiency in STK/Python, CAMEO, MATLAB, and modeling tracking payloads. A background in software development, cloud technologies, and a grasp of aerospace concepts will also set you apart.

General Dynamics Mission Systems offers a competitive benefits package to the Sr Advanced Tracking Systems Engineer, including 401k matching, flexible time off, paid parental leave, comprehensive healthcare benefits, health & wellness programs, and employee resource groups. Additionally, employees enjoy flexible work schedules, including a potential 9/80 schedule, providing a better work-life balance.

At General Dynamics Mission Systems, you will work in a vibrant, collaborative environment that encourages creativity and innovation. The culture promotes professional development, team-based work, and the desire to succeed together. You'll be part of a highly-skilled team that prioritizes recognition and rewards contributions while maintaining a strong sense of purpose focused on national security.

When answering this question, focus on specific projects you have worked on, your role in the systems engineering life cycle, and how you adapted to challenges. Mention the tools and methodologies you employed, such as Agile practices or Model-Based Systems Engineering.

Discuss strategies you use, such as regular check-ins, structured documentation, and fostering an open-door policy for feedback. Highlight examples where clear communication helped overcome obstacles or led to successful project outcomes.

Define key concepts such as data transmission, latency, and the challenges faced in ground-to-satellite communications. Illustrate your response with experiences where you applied your knowledge to solve specific problems in previous projects.

Share a specific challenge you faced, the steps you took to address it, and the lessons learned. Highlight your problem-solving skills and ability to adapt to new information or changing project scopes.

Detail a project where you took the lead, outlining your responsibilities, strategy, and how you motivated your team. Emphasize any challenges you faced and how your leadership style contributed to the project’s success.

Demonstrate your commitment to professional development by discussing resources like industry journals, workshops, webinars, and networking with peers. Mention any specific trends that recently influenced your work or thinking.

Discuss your experience with Agile methodologies, Model-Based Systems Engineering, or similar frameworks. Explain why you prefer these frameworks and how they have benefited your previous projects.

Talk about your time management skills, how you prioritize tasks, and your approach to maintaining quality under pressure. Provide examples of situations where you successfully met tight deadlines.

Highlight your proficiency in tools like MATLAB, Python, CAMEO, or STK. Provide specific examples of projects where these tools played a critical role in your success or helped solve technical challenges.

Share a specific instance where you identified an inefficiency, proposed a change, and implemented a solution that led to measurable improvements. Focus on your ability to analyze processes and advocate for change effectively.