Radar Systems Engineer

Riverside Research Institute•Peterson Space Force Base, CO

1d•Onsite

About The Position

Riverside Research is looking for a candidate to provide Radar Systems and System Engineering support for a number of national radar programs. The work is to be performed at Peterson Air Force Base in Colorado Springs, CO. Specific requirements and job assignments include, but are not limited to: Technical analysis of a wide variety of engineering problems involving large-scale radar systems. These include ground-based radar platforms that track ballistic missile and earth-orbiting targets; performance capability assessments of radar missions from recorded event data; investigation and resolution of system and software anomalies; requirements development, and radar systems design/acquisition. Experience with radar systems such as COBRA DANE, PARCS, UEWR, LRDR, etc. is desired. Prior experience in supporting a Systems Program Office (SPO) with solid understanding of DAF Acquisition, Logistics, Sustainment, T&E and maintenance processes is also desired. The ideal candidate will be self-motivated, an independent problem solver, and have excellent communication skills both written and oral. They must also enjoy learning and applying new technologies, and thrive in a dynamic, engineering-oriented work environment.

Requirements

A minimum of 12 years of related experience with a Bachelor's degree, 8 years with a Master's degree, a PhD with 5 years experience in electrical engineering, physics, computer engineering, or computer science , or equivalent experience is typically required for an employee at this level.
Radar Systems Engineering experience
Life Cycle Management experience
Familiarization with Space Surveillance, Missile Warning, and Missile Defense mission requirements
Technical Orders Development experience
Acquisition Documentation Development (SEP, LCSP, PESHE, SRD, ORD, ICD, etc.) experience
Source Selection support experience (PWS development, Market Research, development of bidders library, etc.)
Experience in developing and presenting technical and programmatic briefings, presentations and papers
Familiarization with large Phased Array Radar systems (UEWR, PARCS, COBRA DANE, LRDR, etc.)
The candidate must posses an active DoD Secret Security Clearance, with eligibility to obtain and maintain a TS/SCI Clearance.

Nice To Haves

Current TS/SCI clearance
Experience working in/supporting a Government Program Office; a comprehensive understanding of radar system functionality, performance limitations, and mission support requirements; and demonstrated ability preparing and presenting technical papers, summaries, briefings, or seminars for junior to senior level audiences.
Operational experience with Missile Defense, Space Surveillance, ISR, and/or Missile Warning missions/sensors is highly desired, to include experience with COBRA DANE, UEWR, BMEWS, PAVE PAWS, PARCS or similar radar systems.

Responsibilities

Conduct and support system and mission requirements analysis, feasibility studies, system modernization and architecture studies.
Provide acquisition and sustainment systems engineering support for various radar systems.
Perform radar system and mission performance assessment; including detection, track, object classification/discrimination performance.
Conduct technical data analysis for a wide array of engineering problems involving large-scale radar systems, which may include ground-based and mobile radar platforms.
Investigate and conduct root-cause analysis of system and software performance anomalies.
Assist with system modernization and system architecture studies.
Provide system test support, assist with Independent Verification and Validation (IV&V), algorithm prototyping, and simulation.
Investigate and define mitigation of system and software performance anomalies.
Manage customer relationships, develop and present briefings, technical papers and other documents, and provide recommendations in support of customer needs, and act as a technical liaison.
Stay up-to-date with current technologies and technical developments.
Read and interpret blueprints, technical drawings, schematics, or computer-generated reports.
Confer with engineers or other personnel to implement operating procedures, resolve system malfunctions, or provide technical information.