Cislunar Space Domain Awareness (SDA) Systems Engineer (Multi-Phenomenology)

SAIC•Chantilly, VA

2d•Onsite

About The Position

This position is for a Cislunar Space Domain Awareness (SDA) Systems Engineer (Multi-Phenomenology) in Chantilly, VA supporting cutting-edge and innovative space programs. The Cislunar SDA Systems Engineer (Multi-Phenomenology) is a Subject Matter Expert (SME) with a strong focus on advanced multi-phenomenology observational technologies. The ideal candidate possesses expertise in electro-optical (EO) and/or passive radio frequency (RF) sensing, observational astronomy, and cutting-edge telescope/receiver design to support the detection, tracking, and characterization of faint objects and signals in the cislunar regime. 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.

Requirements

Expertise in electro-optical (EO) and/or passive radio frequency (RF) sensing
Expertise in observational astronomy
Expertise in cutting-edge telescope/receiver design
Experience as USAF/USSF acquisition officers (AFSC: 63A) or developmental engineers (AFSC: 62E) leading satellite programs in the USSF (SSC), NRO, or SDA
Experience applying the full range of the systems engineering discipline (e.g., Requirements Development, Architecture, SE milestones: SRR, PDR, CDR, etc.)
Experience with DAWIA/PMI Program Management

Nice To Haves

Self-directed leaders who skillfully navigate ambiguity
Ability to solve complex challenges
Diverse expertise to a dynamic environment focused on delivering capability rapidly
Adaptability
Initiative
Willingness to wear multiple hats in support of a high impact mission

Responsibilities

Develop and maintain an in-depth understanding of system level requirements for assigned systems and the design features that satisfy these requirements.
Support full lifecycle engineering reviews to demonstrate the design meets all specifications and customer requirements.
Review Contract Data Requirements List (CDRL) deliverables to ensure content, technical accuracy, and sufficiency of design details to meet program requirements and objectives.
Participate in technical interchange meetings between developers and contractors.
Evaluate vendor proposals and review technical reports, design artifacts, and program plans.
Serve as a system engineering liaison to other divisions in the SPO.
Conducts trade studies to define and refine requirements for future satellite capabilities
Support acquisition documentation development (CDRLs, SOWs, MPPs, etc) related to ground systems
Support readiness reviews and major program reviews to evaluate ground system readiness
Resolve highly complex and multi-dimensional problems requiring consideration of variables that impact multiple aspects of the project/program.
Develop documents and briefings to communicate work or study status and brief Government and industry as required.
Provide technical insight for EO/RF sensor designs.
Evaluate proposals for next-generation optical and RF sensor architectures.
Support the integration of ground- and space-based sensor systems into existing sensing networks.