Okay, I've searched for junior-level systems engineer roles in Chantilly, VA, requiring a Bachelor's degree in Systems Engineering or related STEM, TS/SCI clearance eligibility, and full-time positions. I have found 32 positions matching your criteria.

Sure. Here's the analysis:

Job Analysis:

The Junior-level Requirements Systems Engineer position at Peraton is fundamentally centered on supporting the engineering lifecycle across complex national security systems, specifically within geospatial intelligence domains like NSG, ASG, and federal agency missions. The role is designed as an entry point into a highly specialized environment where the candidate will assist mid-level engineers and government stakeholders in the translation of mission needs into precise, actionable system requirements. Key responsibilities revolve around requirements engineering, solutions design, integration, verification, and system reliability analysis—all crucial to delivering timely and accurate GEOINT capabilities. Success in this role hinges on a strong foundation in systems engineering principles, with an ability to understand multi-disciplinary technical complexities and government processes. The junior engineer must skillfully support tasks such as traceability analysis, architecture alignment, and technical assessments like AoAs and trade studies, which facilitate informed decision-making for system evolution. The candidate will face challenges related to navigating the interplay between dynamic user requirements, emerging technologies such as cloud services, and rigorous national security standards. Autonomy is developing here—while much work is collaborative and guided by senior engineers and government partners, the candidate must demonstrate initiative in problem-solving, attention to detail, and the capacity to manage ambiguity. Given the nature of defense and intelligence projects, maintaining security clearances and understanding classified environments is integral. Performance success likely means establishing oneself as a dependable contributor who can accurately translate requirements, propose viable solutions, and assist in integrating and verifying complex systems on schedule and within compliance parameters.

Company Analysis:

Peraton occupies a pivotal position as a next-generation national security integrator and mission capability provider, operating at the high-stakes intersection of evolving traditional and nontraditional threats. The company is best described as an innovation-driven, mission-critical partner to U.S. government agencies, demonstrating a culture that encourages fresh perspectives and entrepreneurial spirit while operating within the stringent, disciplined context of national defense and intelligence. For a junior systems engineer, this environment means working in a space that blends stability and structure with the need for adaptable, forward-thinking problem solvers who embrace complexity and scale. Peraton’s emphasis on "doing the can't be done" signals a culture that expects resilience, creativity, and proactive engagement with the toughest challenges. The role sits within a team supporting large, multi-agency programs involving NGA, NSG, and ASG, indicating cross-functional collaboration with government customers and technical teams. Visibility to leadership may be moderate at the junior level but with clear pathways for growth and influence as technical acumen and domain expertise develop. Strategically, this hiring reflects Peraton’s investment in cultivating talent to sustain and modernize critical GEOINT capabilities—ensuring the junior engineer's work directly supports the company’s mission of national and allied security in rapidly evolving operational environments.

Absolutely. Here are some mock interview questions that could come up:

• Behavioral: Tell me about a time when you had to assist in translating complex technical requirements into actionable project tasks. How did you ensure accuracy and clarity?
• Behavioral: Describe a situation where you worked closely with cross-functional teams or stakeholders to resolve conflicting requirements or priorities. How did you approach the challenge?
• Behavioral: Can you give an example of a time when you faced ambiguity in project requirements? How did you handle it and what was the outcome?
• Behavioral: Share an experience where you had to learn a new technical concept quickly to contribute effectively to a technical project. How did you approach your learning?
• Technical: How would you approach analyzing and maintaining requirements traceability in a complex systems engineering environment?
• Technical: Explain your experience or understanding of Model Based Systems Engineering (MBSE) and how it supports requirements and architecture traceability.
• Technical: What steps would you take to assist in the evaluation of cloud service capabilities when integrating them into a geospatial intelligence system?
• Technical: Discuss how you would support the preparation and analysis of an Analysis of Alternatives (AoA) or trade study.
• Situational: Imagine you identify a discrepancy between user mission needs and the defined system requirements during a review. How would you handle this discovery?
• Situational: If asked to assist with scheduling and reliability assessments but you encounter incomplete data, what strategy would you use to move forward effectively?
• Situational: Suppose you are working under tight deadlines alongside government partners who have changing priorities. How would you manage your tasks to ensure timely and reliable outcomes?
• Company Fit: Why does Peraton's mission to 'do the can't be done' resonate with you, and how do you see yourself contributing to this ethos?
• Company Fit: How do your personal values and work style align with Peraton’s culture of innovative problem solving in a classified, mission-critical environment?
• Candidate Questions: Can you describe the typical career development paths for junior engineers within Peraton's national security programs?
• Candidate Questions: How does Peraton support interdisciplinary learning and growth for engineers who want to deepen their expertise in geospatial intelligence systems?