Sustainment Systems Engineer

Job Description:

ENSCO is seeking an innovative, creative, and highly motivated individual to support the U.S. Space Force, Space Systems Command’s MILSATCOM Program through the MILSATCOM Systems Engineering, Integration and Test (MSEIT) contract. This position, located at Peterson SFB in Colorado Springs, CO, will support a diverse set of strategic MILSATCOM systems and infrastructure in a multidisciplinary and collaborative environment.

Duties include:

• Provides the government customer with MILSATCOM systems engineering advisory assistance, including daily engineering consultation in support of sustainment activities
• Engages the Joint space warfighting community, supporting sustainment tasks through established space systems engineering processes and procedures for requirements development, technical solution generation (hardware and software) and fielding to space warfighters
• Evaluates and produces products of a technical nature using technical rigor, adequacy, completeness, and appropriate application of the specialty engineering disciplines as standard process
• Assists with technology readiness assessments; identify risks and issues with proposed technologies while collaborating with other teams (i.e., Test & Evaluation, Integrated Logistics Support, etc)
• Supports waiver, deviation and deficiency reviews, system allocations, and compliance assessments
• Conducts system/enterprise level engineering analysis to identify sustainment problem areas; provide impact analysis, forecast potential failures, and present options with potential to mitigate these problems
• Performs engineering analysis on organizational technical processes; suggests process improvements that increase efficiency and/or effectiveness of operations as required
• Supports formulation of relevant information of sustainment objectives and performs engineering analysis and system-level assessments for decision support at various meetings and sustainment forums
• Perform studies and analyses of military air, surface, maritime, space and cyberspace missions to assess integration, system-of-systems factors, system vulnerability and survivability, system commonality, new technologies, enhancements, commercialization, cost effectiveness, and mission assurance

Assist in development of performance-based logistics as a strategy for cost-effective system support