Software Quality Assurance Engineer III TS/SCI

NASA Jet Propulsion Laboratory

1d•$126,672 - $144,040•Onsite

About The Position

Software is taking on more responsibilities in providing capabilities for complex missions to understand the earth’s environment, explore our universe and find answers to the biggest questions of humankind. We are looking for a Software Quality Assurance Engineer III team member to help assure our software, evaluate potential approaches and solutions to problems with project-wide impact, and to determine appropriate resolutions to those impacts. Be a member of the Software and System Assurance, Technology and Research 1122 Group in a culture that is team based, improvement oriented and believe that work can be fun. Be part of a workforce that values input to strategic and tactical plan advice, developing the necessary processes, tools, and innovations to create the best Group possible.

Requirements

Bachelor degree in Software Engineering, Computer Science, Cyber Security, Cyber Defense, Mathematics, Aerospace Engineering or similar technical discipline with typically a minimum of 6 years of related experience, Master degree in similar disciplines with 4 years of related experience, or PhD in similar disciplines with a minimum of 2 years of related experience that includes the following: requirements analysis, design, coding, configuration management, integration and testing.
Knowledge of JPL Problem Reporting System and Problem Failure Reports
Knowledge of NASA Software Assurance and Software Safety Standard 8739.8, NASA Software Engineering Requirements NPR 7150.2, JPL Software Development Requirements, JPL Safety and Mission Assurance Requirements, JPL Flight Project Practices, and JPL Design Principles.
Experience in programming in the C, C++, Java and/or Python programming languages in a UNIX/Linux or real-time (e.g. VxWorks) operating system environment.
Experience with software engineering tools such as Github, and JIRA
Experience with Costing and Managing Assurance Activities for JPL Flight Projects
Experience with JPL’s Flight Software Processes
Experience with JPL Risk Management for JPL Projects
Experience with JPL and NASA Quality Assurance Programs
Experience in writing, winning, and working on Research Proposals
Ability to learn technical knowledge quickly and independently.
Excellent interpersonal, verbal and written communications skills.
U.S. Citizen with an active Top Secret (TS) clearance based upon Single Scope Background Investigation (SSBI) within a 5-year scope and must be approved for Sensitive Compartmented Information (SCI) accesses.

Nice To Haves

Experience with Assuring JPL Project Software and System Security Engineering
Experience with JPL Project Protection Plan, JPL Project Cybersecurity Management Plan, JPL Project Software Management Plan, JPL Project Configuration Management Plan, JPL Project Incident Response Plan
Knowledge of Supply Chain Risk Management
Knowledge of Threat Assessment Process
Knowledge of Data Protection Process
Experience with software engineering tools such as Integrated Development Environments (IDEs), compilers, and static analyzers.
Experience with Pen Testing
Experience with modern systems and software development processes, as described in the Capability Maturity Model Integrated (CMMI).
The capability to analyze modern systems and software requirements, architecture, and test procedures and results.

Responsibilities

Perform high-value Software Quality Assurance Engineering, developing or acquiring mission critical software.
Plan and cost appropriate Software Assurance activities tailored to a project
Review and assess software development throughout projects’ lifecycle
Work with the Software Quality Assurance Group Supervisor and Leads to improve the Projects’ Software infrastructure: the processes, systems, and tools that support existing functions and enable new ones.
Seek out new tools and techniques that improve the performance of Software Quality, Reliability, and Safety Engineering, and that enable better risk analysis and detection of defects and vulnerabilities early in the project life cycle.
Explore promising new areas of software assurance, including model-based assurance, static code analysis, independent verification of systems, AIs, LLMs, and assurance of software embedded in ASICs and FPGAs.