The Electronic Hardware Engineer will own the full lifecycle of PCB design, from schematic capture and layout to validation and production support. They will collaborate with cross-functional teams to develop safety-critical control systems for small modular nuclear reactors.
The role involves identifying and resolving electronic component obsolescence issues through DMSMS assessments and FPGA-based hardware redesigns. You will support the sustainment and modernization of safety-critical avionics by developing qualified replacement components and ensuring compliance with certification standards.
The role involves designing and implementing foundational software components, including reusable libraries, I/O frameworks, and partitioned services for avionics systems. The engineer will collaborate with architects to ensure system integrity and support certification activities through comprehensive documentation.
The role involves designing and implementing foundational software components, including shared libraries and I/O frameworks for avionics systems. You will collaborate with architects to ensure system integrity and support certification activities through rigorous documentation.
Lead independent verification and validation (IV&V) activities for nuclear digital instrumentation and control systems. Develop test strategies, plans, and procedures while ensuring requirements are met through rigorous testing and technical leadership.
Lead the integration of aircraft structures and systems across the product lifecycle, including design architecture, interfaces, and manufacturing integration. Manage engineering change requests, perform trade studies, and coordinate technical integration across various engineering disciplines.
Design and implement an embedded I/O framework supporting multiple protocols and data interfaces for avionics systems. Develop, test, and integrate embedded software while maintaining high- and low-level requirements with full traceability.
The role involves leading Agile ceremonies and managing the JIRA backlog while coordinating team efforts for avionics software projects. Additionally, you will design embedded I/O frameworks and develop avionics software using C and Python.
The Systems Engineer will translate plant-level and nuclear safety requirements into system specifications while collaborating with multidisciplinary teams to design and modernize nuclear power plant systems. They will also evaluate engineering change packages, perform safety analyses, and ensure compliance with regulatory and licensing requirements.
The Software Verification Engineer is responsible for testing and validating software systems to ensure they meet functional and performance requirements. They will perform verification activities to identify defects and ensure high-quality software delivery.
Contribute to next-generation, safety-critical aerospace and defense projects for Fortune 500 customers. Design, develop, and test innovative engineering solutions to solve complex mission-critical challenges.
Lead the software architecture for safety- and mission-critical embedded systems while acting as the primary technical point of contact for customers. Responsible for translating requirements into executable technical strategies and guiding multiple engineering teams through certification and delivery.
