**
The Aerospace Corporation is seeking a Cross-mission Integration M&S Project Leader to enhance the integration of modeling, simulation, and analysis capabilities across national space programs. This full-time onsite position, located in El Segundo, CA or Chantilly, VA, emphasizes leadership in coordinating engineering efforts to meet customer requirements in defense and commercial sectors.
**
Job Summary
Act as an integration leader and spokesperson for the Cross-Mission Effectiveness Department, coordinating across multiple Aerospace program offices to connect customer requirements with Aerospace capabilities.
Independently coordinate and lead multiple department projects for our program offices to ensure timely, accurate, and consistent team deliveries.
Develop and present briefings and reports for program offices and customers, and mentor junior staff members on technical and professional development subjects.
Matching Summary
Match Score: 75
**
The Aerospace Corporation is seeking a Cross-mission Integration M&S Project Leader to enhance the integration of modeling, simulation, and analysis capabilities across national space programs. This full-time onsite position, located in El Segundo, CA or Chantilly, VA, emphasizes leadership in coordinating engineering efforts to meet customer requirements in defense and commercial sectors.
**
Salary
$132,900.00 - $257,100.00
Skills & Requirements
Must-have
modeling and simulation capabilities
agent-based modeling
red vs blue simulations
killchain effectiveness
enterprise architecture resiliency
command and control (C2) evaluation
Python and C++ experience
Nice-to-have
digital engineering familiarity
modern software development methodologies
cloud computing knowledge
leadership of multidisciplinary teams
briefing senior government leaders
Key Requirements
Bachelor's degree in engineering, computer science, physics, or operations research
6+ years of engineering/scientific experience
Experience with OPIR and RADAR system detection and tracking
Demonstrated strength in architecture and sensor-level simulations