Senior Software Engineer – OMS (Open Mission Systems) | Remote

Lynx Software Technologies, Inc.; Fort Worth (TX); On-site; USD 120,000 - 160,000; Full time

Benefits offered by this job

Medical / Dental / Vision

401K with match

PTO + 11 holidays

Remote work opportunities

EAP

Career growth

Job summary

Thompson Software Solutions is seeking a Senior Software Engineer — Open Mission Systems (OMS) to support the development and integration of advanced software capabilities for a military aircraft platform. This role offers the opportunity to contribute directly to next-generation avionics architectures that enhance interoperability, rapid capability integration, and mission effectiveness for U.S.

military aviation programs.

Qualifications

• Bachelor’s degree in a STEM field.
• 5+ years of C++ development experience.
• Open Mission Systems (OMS) software architecture and development.
• C++ mission software development in Linux environments.
• Middleware and data distribution (DDS, pub/sub architectures).
• Service-oriented and event-driven software design.
• Experience developing Service contracts.
• Interface definition, ICD development, and data modeling.
• Mission-level simulation and integration testing.
• Ability to work onsite 100%.
• Ability to travel 10%.

Responsibilities

• Develop, integrate, and test OMS software for a military aircraft platform.
• Collaborate within a multi-site team to advance avionics architectures.
• Work independently and with teammates; contribute to verification and integration.

Skills

C++ development

Open Mission Systems

Linux C++

Middleware (DDS)

Service-oriented design

Service contracts

Interface definition

Mission simulation

Education

Bachelor’s degree in STEM

Tools

Confluence

JIRA

Bitbucket

CI/CD tooling

Job description

Thompson Software Solutions is seeking a Senior Software Engineer — Open Mission Systems (OMS) to support the development and integration of advanced software capabilities for a military aircraft platform. This role offers the opportunity to contribute directly to next-generation avionics architectures that enhance interoperability, rapid capability integration, and mission effectiveness for U.S.

military aviation programs.