Modeling & Simulation Engineer Associate

General Dynamics Information Technology; Indiana (PA); On-site; USD 60,000 - 80,000; Full time

Job summary

General Dynamics Information Technology is seeking a Test Engineer Associate to support Naval Surface Warfare Center, Crane, Indiana. The role focuses on modeling and simulation to assist mission-critical projects and advance your engineering career.

Qualified candidates have a BS in a STEM field, 0+ years of related experience, and hold US citizenship with SECRET clearance. On-site work at Crane, Indiana is required, with opportunities to contribute to AI/ML and electromagnetic system efforts.

Qualifications

• Bachelor of Science in a STEM field.
• 0+ years of related experience.
• Proficiency in modeling and simulation, understanding statistical analysis, algorithm development, and mathematical modeling.
• Security clearance level: SECRET.
• US citizenship required.
• On-site at Crane, Indiana.

Responsibilities

• Support the design, development, T&E, verification, and reengineering of AI and ML cognitive electromagnetic systems.
• Support the modeling, design, prototyping, T&E, and integration of prototype payloads for electromagnetic systems.
• Collaborate with team leads, engineers, scientists, and analysts to understand tasking and meet Government customer requirements.
• Assist with creation of technical documentation as required.

Skills

modeling and simulation

statistical analysis

algorithm development

mathematical modeling

Education

Bachelor of Science in STEM

Job description

General Dynamics Information Technology is seeking a Test Engineer Associate to support Naval Surface Warfare Center, Crane, Indiana. The role focuses on modeling and simulation to assist mission-critical projects and advance your engineering career.

Qualified candidates have a BS in a STEM field, 0+ years of related experience, and hold US citizenship with SECRET clearance. On-site work at Crane, Indiana is required, with opportunities to contribute to AI/ML and electromagnetic system efforts.