Systems Engineer II (Active Interim Secret Clearance)

Akima, LLC•North Charleston, SC

10h•Onsite

About The Position

Systems Engineer II will work on-site in North Charleston, South Carolina. Responsibilities Review integration of complex counter-unmanned aircraft system (C-UAS) that includes radars, cameras, electro-optical sensors, satellite and terrestrial communications, networking, computers, and weapon systems. Design, validate, and re-design simple point-to-point through complex multi-legged Military Standard cables using computer aided drafting (CAD) software. Designing, validating, and re-designing mechanical mounts with consideration to cable runs, equipment center of gravity, and human factors within a tactical military vehicle. Review and provide recommendations to optimize software code. Work collaboratively with Government engineers and vendor representatives to solve problems. Provide technical input to Test Readiness Reviews (TRR), test plans (TP), test objectives, entrance criteria, and exit criteria for each test. Investigate Test Incident Reports (TIR) during test events using Root Cause Analysis (RCA) criteria. Establish and maintain the system’s requirements traceability matrix (RTM). Provide input to material procurement managers to justify sole source selections, alternate sources of supply, alternate part numbers, and adherence to applicable military standards. Conduct lifecycle analysis at the system component level to include but not limited to: end of life (EOL) projections and engineering input to reliability, availability, maintainability, and safety (RAMS) analysis. Establish quality assurance (QA) acceptance procedures for incoming finished material.

Requirements

High School Diploma/GED.
3 years serving in a systems engineer role on a Department of Defense (DOD) acquisition program.
3 years performing research, design, development, or applying software programming concepts to hardware solutions.
3 years integrating various network operating systems, application programs, and hardware devices through system specification, design, coding, and testing.
3 years using a configuration management tool to track technical data package (TDP) redlines, configuration changes, and engineering change proposals (ECP).
Effective written and verbal skills.
Effective presentation delivery of data to technical and non-technical audiences.
3 years leading technical teams of 3 or more personnel.
Interim Secret clearance.

Nice To Haves

Preferred Degree: Bachelor of Science (BS) Computer Engineering or Computer Science.
Clearance: Active Secret clearance.
Department of Defense (DOD) acquisition program Navy / USMC experience preferred.
CMPro experience preferred.

Responsibilities

Review integration of complex counter-unmanned aircraft system (C-UAS) that includes radars, cameras, electro-optical sensors, satellite and terrestrial communications, networking, computers, and weapon systems.
Design, validate, and re-design simple point-to-point through complex multi-legged Military Standard cables using computer aided drafting (CAD) software.
Designing, validating, and re-designing mechanical mounts with consideration to cable runs, equipment center of gravity, and human factors within a tactical military vehicle.
Review and provide recommendations to optimize software code.
Work collaboratively with Government engineers and vendor representatives to solve problems.
Provide technical input to Test Readiness Reviews (TRR), test plans (TP), test objectives, entrance criteria, and exit criteria for each test.
Investigate Test Incident Reports (TIR) during test events using Root Cause Analysis (RCA) criteria.
Establish and maintain the system’s requirements traceability matrix (RTM).
Provide input to material procurement managers to justify sole source selections, alternate sources of supply, alternate part numbers, and adherence to applicable military standards.
Conduct lifecycle analysis at the system component level to include but not limited to: end of life (EOL) projections and engineering input to reliability, availability, maintainability, and safety (RAMS) analysis.
Establish quality assurance (QA) acceptance procedures for incoming finished material.