Strategy Architecture Systems Engineer

SAICChantilly, VA
Onsite

About The Position

Join a mission driven satellite program at the forefront of national defense innovation. Our team is developing cutting edge technologies that directly support critical Department of War priorities, combining both proven and first-of-their-kind capabilities that have never been applied in space. Operating within a fast-paced acquisition environment, we benefit from streamlined authorities and direct access to senior Government decisionmakers, enabling us to move quickly and execute aggressive schedules using the most innovative contracting strategies available. SAIC is seeking self-directed leaders who skillfully navigate ambiguity, solve complex challenges, and bring diverse expertise to a dynamic environment focused on delivering capability rapidly. Success here requires adaptability, initiative, and a willingness to wear multiple hats in support of a high impact mission. Candidates experienced as USAF/USSF acquisition officers (AFSC: 63A) or developmental engineers (AFSC: 62E) leading satellite programs in the USSF (SSC), NRO, or SDA, applying the full range of the systems engineering discipline (e.g., Requirements Development, Architecture, SE milestones: SRR, PDR, CDR, etc.), and/or DAWIA/PMI Program Management will be especially well-prepared to excel. This position is for a Strategy Architecture Systems Engineer in Chantilly, VA supporting cutting-edge and innovative space programs. The Satellite Program Sr Systems Engineer provides systems architecture, systems engineering, and model-based systems engineering technical expertise to enable mission acquisition, integration, and deployment. This includes development of solution architectures including technical approaches, roadmaps, and strategies that allow the government team to integrate new technologies and allows for a pathway to timely delivery of the capability to space. In partnership with the Government leadership, Satellite Program Office Technical Advisor, and SPO technical team, the Sr Systems Engineer advises on architectural options and solutions that enables delivery of critical mission technology. This position encompasses strategic and tactical advice, hands on roadmap and strategy development, thorough understanding of modeling and simulation that enables the government to guide the successful acquisition and operations of a critical space program.

Requirements

  • Skilfully navigate ambiguity
  • Solve complex challenges
  • Bring diverse expertise to a dynamic environment
  • Adaptability
  • Initiative
  • Willingness to wear multiple hats
  • Experience as USAF/USSF acquisition officers (AFSC: 63A) or developmental engineers (AFSC: 62E) leading satellite programs in the USSF (SSC), NRO, or SDA
  • Applying the full range of the systems engineering discipline (e.g., Requirements Development, Architecture, SE milestones: SRR, PDR, CDR, etc.)
  • DAWIA/PMI Program Management experience

Responsibilities

  • Develop and advise on solution architectures including technical approaches and implementation roadmaps tailored to customer needs.
  • Support the development and evaluation of trade studies.
  • Work with the government team to develop overarching acquisition, integration, and fielding strategies.
  • Partner with the Government Military Leader and Program Managers to strategically and tactically guide nationally critical satellite programs through acquisition, engineering, and operational trades to achieve on-time launch and on-orbit performance.
  • Develop technical materials (roadmaps, integration strategies, etc.) for senior leadership reflecting deep analysis of alternative views and options. Facilitate meetings with SMEs across the program to collect input and develop selectable options.
  • Liaise with Prime Developer leadership to maximize information flow with Government leadership. Communicate Government priorities and concerns to Developers. Respond to help needed requests from Developers to cultivate win-win relationships.
  • Foster communication and alignment among team members to identify challenges and corresponding solutions.
  • Identify and manage risks throughout the acquisition and systems engineering lifecycle by conducting risk assessments, developing mitigation strategies, and monitoring potential impacts on mission objectives.
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