AMERICAN SYSTEMS is one of the top 100 employee-owned companies in the United States. Employer Ownership means, that at AMERICAN SYSTEMS, we treat each other with respect. Every member of our team has a vested interest and benefits from MISSION SUCCESS. We all have the same goals – particularly in service to our nation’s War Fighters; providing, team-focused, mission-essential support in challenging environments. Being truly effective means pushing beyond basic requirements. We build skilled and committed teams of experts. We conduct our work with a sense of purpose; loyal to the mission, our clients, each other and to the long-term success of the company.

WANTED: Experienced Engineer III in support of the Survivability and Vulnerability Analysis for United States Central Command (USCENTCOM) Operations Directorate (CCJ3) at McDill AFB, Tampa, FL. 

As an Engineer III:

Provide technical support in the areas of survivability and vulnerability research and analysis to inform USCENTCOM CCJ3 and CCJ5 continuing requirements to improve survivability capabilities through the enhancement of Force Protection (FP) and assessment concepts and techniques.   Draft comprehensive recommended courses of action with alternative options for solving joint physical security requirement shortfalls and approaches for engagement with DoD, interagency organizations, and coalition partners. Analyze intelligence threat streams, develop FP mitigation efforts, and recommend options for actionable warfighter responses to improve the system’s survivability. Perform analysis and develop intelligence products such as open sources, warfighter reporting, geospatial imagery, and human intelligence reporting. Identify vulnerabilities of deployed forces. Develop recommendations for Government approval to enhance survivability of the conventional force through mitigation and remediation of identified vulnerabilities. Make recommendations and advises on system development, improvements, optimization, or support efforts. Performs risk assessments and analysis employing modeling and simulation techniques.