Maryland Heights, Missouri; United States; Virtual
Job ID JR2025446412 Category Engineering Role Type Virtual Post Date Jul. 21, 2025

JOB DESCRIPTION

At Boeing, we innovate and collaborate to make the world a better place. We’re committed to fostering an environment for every teammate that’s welcoming, respectful and inclusive, with great opportunity for professional growth. Find your future with us.

SENIOR SOFTWARE TEST ENGINEER (VIRTUAL)

Tapestry Solutions, A Boeing Company, comes with over 30 years of industry experience designing, implementing, training, and supporting logistics information systems. A career with the Tapestry Solutions team brings the best of both worlds: access to the incredible depth of resources and opportunities of Boeing while working in a company having a small business, family-oriented culture.
We have over 500 employees worldwide supporting our customers with high-quality, innovative, and cost-effective information technology and business intelligence solutions. Tapestry Solutions supports 85 defense, commercial and government customers from over 50 US locations and nine countries.
Tapestry Solutions, a part of Boeing Global Services BGS, is seeking a Virtual Senior Software Test Engineer. The successful candidate for this position, will support the requirements, development and verification of the Mobility Air Force (MAF) Global Mobility Special Mission (GM SM) Mission Planning Systems for the US Air Force Airspace Mission Planning Division. The scope of the work for the GM SM contract covers all aspects of agile software development and sustainment, systems engineering services and Continuous Integration/Continuous Delivery services for JMPS, JOMS and other next generation modernization solutions as requested by the Government. The scope of work includes support for full spectrum mission planning (pre-mission, in-flight, post-flight, mobile) across many DoD Aircraft platforms including but not limited to KC-135, HC-130J, C-17 and C-130H. The objective is to transition software solutions into an Open Mission System Architecture leveraging Kubernetes/containerization. The software developed and sustained is critical for ensuring the US Navy, US Army, US Search and Rescue and our Foreign Militaries customers can quickly and efficiently plan, launch and execute missions against adversaries. These Solutions will shape the way the DoD conducts mission planning for the next 30 years.

BASIC QUALIFICATIONS (REQUIRED SKILLS/EXPERIENCE):

• Bachelor’s Degree
• 8+ years of experience with the Software Development Lifecycle (SDLC).
• 8+ years of experience with systems architecture, requirements analysis, test, and verification.
• 8+ years of experience developing and debugging software using C#.Net.
• Experience with SQL or other relational database
• 3+ years of experience using Unit testing frameworks like xUnit, jUnit, or nUnit

PREFERRED QUALIFICATIONS (DESIRED SKILLS/EXPERIENCE):

• C++
• Windows Environment (Windows 10/11, Windows Server)
• Project Management Tools (Azure DevOps, Jira, etc.)
• Azure DevOps Pipelines or other CI/CD tools
• Agile
• Experience with Mission Planning.
• Experience with system level verification and validation.

EDUCATION

Bachelor’s Degree or Equivalent Required

• Partners with stakeholders to review and identify software requirements, test objectives, test strategies, and testability.
• Guides others in the design of test plans, cases, and scenarios to meet software requirements and specifications.
• Set up and configure test environments
• Execute test cases and scenarios to verify functionality, performance, and safety of software systems
• Identify and report defects, issues, and potential vulnerabilities found during the testing process
• Leads the analysis and processing of test results and provides feedback on software design and functionality to resolve defects, issues, and potential vulnerabilities.
• Applies lessons learned to the improvement of test procedures.
• Develops and maintains automated test scripts and frameworks to improve efficiency and effectiveness of testing processes.
• Works under minimal direction.