Lead EW Systems Engineer

CACI International Inc; Lisle (IL); Hybrid; USD 108,000 - 228,000; Full time

Job summary

CACI International Inc. seeks an experienced System Engineer with deep expertise in Electronic Warfare (EW) mission systems to lead in developing technical requirements and system architectures for critical US Government programs.

This role blends software-centric systems engineering with EW domain knowledge and requires decomposing complex requirements across software, hardware, RF, and processing disciplines. Travel up to 25% is possible.

Qualifications

• BS in Systems Engineering, Software Engineering, Electrical Engineering, Computer Science, or related field.
• US Citizenship and ability to obtain TS/SCI clearance.

Responsibilities

• Establish and maintain baselines for functional, performance, and interface requirements.
• Lead requirements definition with customers and engineering teams.
• Manage requirements traceability from mission needs to verification and validation.
• Coordinate solutions across multiple locations and organizations.
• Translate EW concepts into technical requirements and system behavior.
• Decompose functional requirements into software, hardware, RF, and processing subsystems.

Skills

Software-Centric Systems Engineering

Software Development Lifecycle

EW systems development

EW operational disciplines

RF propagation

test and evaluation methodologies

Systems engineering

Requirements development

Verification and validation

System architecture and design

Interface control documents (ICDs)

Data flow and sequence diagrams

Trade study and technical analysis

Education

BS in Systems Engineering

US Citizenship and TS/SCI eligibility

Job description

CACI International Inc. seeks an experienced System Engineer with deep expertise in Electronic Warfare (EW) mission systems to lead in developing technical requirements and system architectures for critical US Government programs.

This role blends software-centric systems engineering with EW domain knowledge and requires decomposing complex requirements across software, hardware, RF, and processing disciplines. Travel up to 25% is possible.