System Architect - Traffic Survellance

Job Description
A leading aerospace and avionics engineering organization is hiring a full-time System Architect to support next-generation Traffic Surveillance & Avoidance Systems in Melbourne, FL.

This is an opportunity to take ownership of complex, large-scale avionics systems that directly impact the future of airspace safety and traffic management.
Required Skills & Experience
Bachelor's degree in STEM field
15+ years of experience in avionics, aerospace, or aviation systems engineering
Experience supporting FAA-regulated systems or NAS environments
Experience with commercial avionics platforms and RLRU-based systems
Hands-on experience with Primary Surveillance RADAR (PSR) and MSSR systems
Strong background in system architecture and requirements development
Experience with system integration, verification, and validation
Experience developing technical documentation and stakeholder briefings
Strong communication and cross-functional leadership skills
Ability to work with executive leadership, customers, and regulators
Desired Skills & Experience
Experience with MBSE and Cameo
Familiarity with Agile development methodologies
Knowledge of GNSS and navigation systems
Experience with Multi-Mode Receiver (MMR) systems
Understanding of DO-178C, DO-254, DO-160, ARP4754, and TSO standards
Familiarity with IFF and AIMS certification/testing
Experience with space-based systems or satellite navigation technologies
What You Will Be Doing Tech Breakdown
40% System Architecture & Requirements Development
30% Integration, Verification & Validation
20% Radar / Surveillance Systems Engineering
10% Modeling, Simulation & Data Analysis
Daily Responsibilities
50% Hands On Engineering
20% Technical Leadership & Mentorship
30% Cross-Functional Collaboration
The Offer
Bonus eligible

You will receive the following benefits:
Medical Insurance
Dental Benefits
Vision Benefits
Paid Time Off (PTO)
401(k) with company match

Applicants must be currently authorized to work in the US on a full-time basis now and in the future.