SIGINT Mission Planner & Scheduler | TS/SCI w/ Poly | Flexible Time Off

CACI; Aurora (CO); On-site; USD 63,000 - 130,000; Full time

Job summary

CACI in Aurora, CO, is seeking a Mission Planner/Scheduler to join a fast-paced intelligence team. You will develop mission plans, schedules, and tasking for multiple assets, coordinating with customers on- and off-site to optimize operations and ensure mission success.

The role requires TS/SCI with Polygraph, 4+ years of DoD experience, and the ability to work under pressure in near-real-time environments.

Qualifications

• Active TS/SCI with Polygraph.
• Strong communication skills, highly motivated, and mission/team oriented.
• Ability to work in a high-stress near-real-time environment and demands foresight and strong technical skills.
• Capable of working with multiple computer software applications simultaneously.
• Typically requires greater than 4 years of application DoD experience.

Responsibilities

• Ability to work with minimal supervision following established procedures and determine new solutions to mission situations.
• Must interact with multiple customers, both on- and off-site; produce and execute Mission Plans and schedules.
• Develop detailed plans and procedures to provide maximum mission support in areas like system collection, mission execution, and performance analysis.
• Builds schedules based on detailed plans to optimize mission execution.
• Provide technical solutions to complex mission management problems.

Skills

Mission planning

Strong communication

Team oriented

Stress management

Multi-tasking

Tools

UNIX

Linux

SUN workstations

Web-based apps

Job description

CACI in Aurora, CO, is seeking a Mission Planner/Scheduler to join a fast-paced intelligence team. You will develop mission plans, schedules, and tasking for multiple assets, coordinating with customers on- and off-site to optimize operations and ensure mission success.

The role requires TS/SCI with Polygraph, 4+ years of DoD experience, and the ability to work under pressure in near-real-time environments.