Associate Software Engineer - F-22 Pilot Training Simulation

Boeing•St. Louis, MO

1d•$99,450 - $134,550•Onsite

About The Position

The Boeing Company is looking for an Associate Software Engineer - F-22 Pilot Training Simulation to join the F-22 Pilot Training Vehicle Simulation Software team located in Berkeley, MO. This position will focus on supporting the Boeing Global Services (BGS) Software Engineering organization. The F-22 Vehicle Simulation Team within BGS Software Engineering is responsible for developing products directly employed in the training of our nation’s fighter pilots: F-22 Pilot Training Avionics Simulation (PTAS), F-22 Advanced Simulation Toolset (FAST) supporting the Boeing Virtual Warfare Center (VWC), F-22 Deployable Training Device (DTD), and F-22 Mixed/Augmented/Virtual Reality Simulation. These simulations support the employment and training of next generation avionics and sensor systems for the F-22 Raptor. This is an exciting opportunity that will allow you to directly impact on the engineering, design, and development of multiple simulators. In this role you will design, implement, integrate, and test real-time human-in-the-loop models of aircraft systems and displays, and related tools and utilities. You will interact with users to clarify requirements and timelines; participate in technical design and peer code reviews; employ coding standards; seek guidance and mentoring from senior engineers; and develop software as part of a coordinated agile development team. All while developing technical expertise in complex aircraft systems and simulations. F-22 Vehicle Simulation Software Engineers test their changes daily in several different simulation environments including the desktop-based Development Test Environment (DTE) and Full Mission Trainer (FMT) cockpit used in conjunction with the Constant Resolution Visual System (CRVS) driving 360 degrees of immersive, visual environment. This position is expected to be 100% onsite. The selected candidate will be required to work onsite at one of the listed location options.

Requirements

Bachelor’s Degree
Ability to obtain a U.S. Security Clearance for which the U.S. Government requires U.S. Citizenship
2+ years of experience developing software using C++
2+ years of experience with software development on Windows or Linux

Nice To Haves

Bachelor of Science degree from an accredited course of study in engineering, engineering technology (includes manufacturing engineering technology), chemistry, physics, mathematics, data science, or computer science and 2+ years of related work experience OR Bachelor’s Degree and 6+ years of directly related work experience OR 10+ years of related, relevant experience
Active U.S. Secret Clearance & Special Program Access
2 years of experience using standard Software Development and Configuration Management tools such as Jira, Git, Bitbucket, VersionOne/Agility, GNAT Pro, GLStudio, MS Visual Studio
Experience developing in C#, Ada, Fortran, OpenGL, Python, and Qt.
Experience in Unity game engine and scripting.
Experience with incorporating Lean methodologies and Agile planning and scheduling processes.
Knowledge of aircraft systems, including weapons, night vision system, mechanics, hydraulics, electronics, flight controls, etc.
Knowledge of cloud architecture, including the different types of clouds (public, private, and hybrid), the different cloud platforms and the various components involved (computing, storage and networking).
Ability to automate and script skills.
Knowledge of containerization technologies which includes understanding how to manage containers, deploy applications in a containerized environment, and troubleshoot issues.
Knowledge of understanding of networking concepts, including IP addressing, subnetting, routing, and security (focus on security best practices and technologies).
Knowledge of how to derive and allocate requirements (e.g., system, sub-system, software) and show traceability throughout the product lifecycle.
Knowledge and ability to design, develop, integrate, apply, and test software models, simulations, framework environments, tools, and applications with higher order programming languages, assembly, and auto-code.
Ability to perform Application Programming Interface (API) design, implementation, and testing.
Knowledge of real-time software architecture and design methodologies to synthesize models and simulation frameworks that meet real-time requirements; this includes knowledge of real-time target environments, its processor and network architecture, communication protocols, and electrical interfaces.
Knowledge of build and execution environments that include hosts, processors, operating systems, and networks.
Ability to build, integrate, test, and troubleshoot software components comprising simulation models and build/execution frameworks.
Knowledge of verification, validation, certification, and qualification processes.
Ability to design and develop software testing processes for different units, modules or components of a software application as a combined and integrated entity. It includes deep knowledge of integration-testing tools.

Responsibilities

Supports the design, architecture, and development of simulation models, virtual environments/platforms, and frameworks to enhance test performance and durability of software systems throughout the entire product lifecycle
Supports partnership with stakeholders to review and identify simulation requirements and dynamics of the systems being simulated
Contributes to data collection and processing for use in simulations
Supports validation, verification, and refinement of simulation software code, models, simulations, test procedures, and test environments, executing test procedures, documenting test results, and modeling against real-world data, test data, benchmarks, or other similar models
Contributes to documenting and maintaining technical code, algorithms, specifications, and descriptions of simulation models
Supports partnership with cross-functional engineering teams to enable integration of simulation software with hardware devices and systems
Supports implementing current and emerging technologies, tools, frameworks, and methods in the software engineering simulation environment
Supports modernizing, migrating, sustaining, and updating simulation software to adapt legacy systems to new operating systems
Contributes to simulation software project management functions