C2 & Mission Analysis Lead, Operations Research

Lockheed Martin; King of Prussia (PA); On-site; USD 118,000 - 219,000; Full time

Benefits offered by this job

Medical

Dental

Vision

Flexible work arrangements

401(k) match

Job summary

Lockheed Martin is seeking a Staff Operations Researcher to join the Operations Analysis team to develop and apply modeling, simulation, and analytical approaches for mission analysis and demonstrations. You will explore how command and control capabilities can be represented and evolved within realistic warfighting environments.

You will collaborate with operators, engineers, and stakeholders to define analytical objectives, translate needs into simulations, and communicate findings through

Qualifications

• Experience at the intersection of command and control, military operations, and modeling/simulation.
• Ability to translate operational needs into analytical approaches and simulations.
• Strong written and verbal communication across technical, operational, and leadership audiences.

Responsibilities

• Apply analysis, modeling, simulation, and software engineering methods to support mission-focused assessments.
• Lead C2, battle management, and mission command analysis across scenarios.
• Develop and employ simulation tools and frameworks to represent warfighter environments.

Skills

C2/military operations understanding

Modeling & simulation

Operations analysis

Software architectures

Analytical problem solving

Education

Master’s degree or related field

Tools

Simulation tools

Software components

Data sets

Job description

Lockheed Martin is seeking a Staff Operations Researcher to join the Operations Analysis team to develop and apply modeling, simulation, and analytical approaches for mission analysis and demonstrations. You will explore how command and control capabilities can be represented and evolved within realistic warfighting environments.

You will collaborate with operators, engineers, and stakeholders to define analytical objectives, translate needs into simulations, and communicate findings through