Entry-Level Software Engineer — RF Signal & Analytics

RPMGlobal; Annapolis (MD); On-site; USD 90,000 - 112,000; Full time

Job summary

Boeing Intelligence & Analytics (BI&A) is seeking an Entry Level Software Engineer to develop, maintain, and enhance complex software systems across RF processing, analytics, and visualization domains. You will work on cutting-edge programs and collaborate to design new solutions for processing-intensive workloads.

You will contribute to integration of new and legacy software, participate in testing, and provide input on system design trade-offs.

Qualifications

• Active TS/SCI with Polygraph Clearance
• Demonstrated experience with RF signal processing applications
• Proficiency working in Linux development environments
• Proficiency coding in Python, C++, Java, or JavaScript

Responsibilities

• Develop, maintain, and enhance complex software systems based on documented requirements
• Contribute to cutting edge development programs and design new solutions
• Innovate RF signal processing applications
• Develop analytics, visualization and discovery tools
• Integrate new and legacy software across hardware platforms
• Review and test software components for adherence to design requirements and document results
• Provide input to system design including hardware/software trade-offs and requirements analysis

Skills

RF signal processing

Linux development

Python

C++

Java

JavaScript

TS/SCI with Polygraph

Education

Bachelor's degree in Computer Science or related discipline

4 years SWE experience substituted for degree

Tools

GitLab

GitHub

Jira

Confluence

Job description

Boeing Intelligence & Analytics (BI&A) is seeking an Entry Level Software Engineer to develop, maintain, and enhance complex software systems across RF processing, analytics, and visualization domains. You will work on cutting-edge programs and collaborate to design new solutions for processing-intensive workloads.

You will contribute to integration of new and legacy software, participate in testing, and provide input on system design trade-offs.