• Acquire knowledge about writing operating procedures to define the way control room operators run plants in normal, abnormal and emergency conditions • Develop test procedures supporting commissioning of new plants (like the AP1000) to demonstrate the functionality of component and systems from preop testing through the startup phases • Validate scenarios in control room simulators, before you use them to train reactor operators and implement them in plants worldwide • Work with professionals in the industry who will teach you the technical and professional aspects of working as an operations expert in the nuclear industry • Scope includes the operating fleet (integrating operating experience and new scenarios) and the next generation of nuclear plants (SMR and microreactors)

• Responsible for the design and implementation of build infrastructure, embedded toolchain, and developer build experience. • Focus on software implementation, designing new features, advancing code architecture, and mentoring team members. • Drives adoption of industry-standard technology and continuous improvement in developer experience and quality. • Plays an active technical leadership role in development, modification, and testing of software units. • Establishes and enforces strong software engineering practices across multiple teams. • Proactively identifies opportunities in software process and implements proposals to address gaps. • Provides technical guidance to major programs and software engineering teams.

• Be an expert on modern development practices (test-driven development, continuous integration and continuous delivery) to enable IdM teams to deliver stable and good quality software • Identify system deficiencies, conduct technical research and analysis, and recommend solutions or fixes • Develop, test, deploy and maintain CI and other automation systems • Communicate with and help internal customers - other engineering teams, across multiple time zones

• Design and implement infrastructure systems that scale reliably and securely, and can be deployed across multiple cloud environments (AWS, Azure, OCI etc.) and contexts (SaaS, on prem). • Tune and optimize cloud services across compute, storage, networking, and observability to drive performance, reliability and maintainability of core services. • Develop our core services, written in TypeScript, Kotlin and Go (and pick them up quickly if you haven’t used them before) to support our unique deployment and infrastructure requirements. • Support large-scale systems with event driven architectures. • Own problems end-to-end—from design through deployment to production support • Navigate ambiguity and help define *how* we build as much as *what* we build • Partner closely with other engineers, AI researchers and Security researchers to enable high-quality, high-velocity product development • Design for resilience by implementing disaster recovery and business continuity strategies that ensure uptime, even when things break • Improve how we build, deploy, and monitor services at scale