Software Engineer, Embedded Software Engineer

Job Description

Readiness Delivered. Kratos Defense & Security Solutions develops and fields transformative, affordable technology, platforms, and systems for United States National Security related customers, allies, and commercial enterprises. We proactively build trusted relationships with our peers, partners and customers, and take ownership for our actions—always striving to do the right thing.

The Software Engineer leverages expertise in Software Engineering principles, real-time programming, control system theory, and system integration methodologies to define, design, develop, test, and manage the complexities of real-time control software for mechanical, fluid, electrical, and safety systems.

• Conducts requirements analysis to elicit, document, and manage the functional, performance, timing, safety, and non-functional requirements of real-time control software for fluid, electrical, and safety systems, ensuring robust interaction and adherence to relevant software development and safety standards (e.g., IEC 61508 and other applicable industry standards)
• Develops and maintains detailed software design specifications, well-structured source code, and comprehensive technical documentation
• Applies software modeling techniques (e.g., UML, state diagrams), simulation tools, and rigorous testing methodologies to analyze, verify, and optimize the structure, behavior, performance, and reliability of control software
• Performs functional analysis to decompose high-level system control requirements into detailed software functions, modules, and tasks, allocating them to specific software components and defining clear interfaces with hardware (sensors, actuators, PLCs) for fluid, electrical, and safety control
• Identifies and assesses potential software-related risks associated with development, integration, deployment, and operation—particularly concerning timing constraints, resource utilization, system stability, fault tolerance, and safety integrity for fluid, electrical, and safety control systems.
• Contributes to the integration aspects of real-time control software, including defining, developing, and managing software interfaces with physical hardware (sensors, actuators, I/O modules), other embedded software modules, communication networks, and Human-Machine Interface (HMI) systems
• Develops and executes software verification and validation plans, defining the strategy and scope (including unit tests, integration tests, system tests, and regression tests) for ensuring the developed control software meets all specified functional, performance, and safety requirements, potentially utilizing Hardware-in-the-Loop (HIL) simulation and supporting system commissioning activities.

• Follows established software development procedures and adheres to relevant industry standards (e.g., IEC 61508 for functional safety, MISRA C/C++, or other applicable coding standards), and best practices for real-time software
• Proficient with requirements analysis principles and methodologies as applied to real-time embedded software, including functional, performance, timing, reliability, and safety critical aspects for control systems
• Experienced with real-time software design and development life cycles, algorithm implementation, control logic programming (e.g., C, C++, PLC languages if applicable), data structures, and comprehensive software documentation
• Knowledge of risk management processes related to software development, system integration, and operational reliability, particularly concerning timing constraints, fault tolerance, resource utilization, and safety integrity in control applications for fluid, electrical, and safety systems.
• Strong computer skills, including proficiency with standard office software, high proficiency in programming languages such as C and/or C++ for real-time embedded systems, experience with version control systems (e.g., Git), and familiarity with development/debugging tools and environments for embedded control systems
• BS degree in Software Engineering, Computer Engineering, Electrical Engineering, Computer Science, or a relevant technical field…