Constellation Technologies
Software Engineer (SIGNALS) - Level 02 - FULLY CLEARED with POLYGRAPH REQUIRED
About this role
This is a specialized software engineering role focused on signal processing and software-defined radio systems for a federal contractor. The position requires active Top Secret/SCI clearance with polygraph and U.S. citizenship due to government contract obligations.
What you'll do
- Develop and maintain software-defined radio architectures and systems
- Design and implement solutions using commercial wireless standards and geolocation techniques
- Manage software configuration and version control across development projects
- Apply model-based design approaches for signal processing applications
- Architect service-oriented solutions for signals intelligence applications
- Contribute to secure, cleared development environments
What they're looking for
- Software-defined radio (SCA, REDHA WK, GNU Radio)
- Python programming
- Linux operating systems
- Git, Clearquest, Trac, or Subversion
- MATLAB and Simulink
- Eclipse IDE
- Google Protocol Buffer
- Wireless standards and geolocation techniques
Opens the application — the Jobs AI extension fills it for you. Set up autofill
Opens the official application on the employer’s site. No login required.
Constellation Technologies
Constellation Technologies builds and operates cloud-based systems and software solutions supporting federal infrastructure and national security initiatives. The company is hiring test engineers, systems engineers, and software engineers with active Top Secret/SCI clearances to develop containerized applications, DevOps automation, and AI/ML capabilities for secure government environments.
View all jobs at Constellation TechnologiesLikely interview questions
- Describe your experience with software-defined radio architectures—specifically which platforms like SCA, REDHA WK, or GNU Radio have you worked with, and what were your main responsibilities?
- Walk us through a project where you designed or implemented a service-oriented architecture. What challenges did you face and how did you resolve them?