AI and Software Innovation Engineer IV

Why This Role Is Critical

As the need for nuclear energy grows, the future couldn't be brighter. Join our vital mission to create lasting solutions for our planet's greatest challenges. In this role, you are ready to shape the future of clean energy and make a long‑lasting global impact. With us, anticipate engaging and challenging projects that deliver innovative solutions and value‑added technologies helping power more than 38 million North American homes.

Framatome is leveraging digital technologies to enhance the safety and performance of the North American fleet. This role sits at the center of that transformation, helping translate business needs into secure, valuable digital solutions.

Within the Installed Base America (IB‑A) Business Unit, you will serve as a Full Stack Software Engineer as a subject‑matter leader. You will provide fundamental programming and consulting services for various internal customers to modernize Framatome's business processes through digital transformation.

This role offers the opportunity to directly influence the safety and efficiency of critical energy infrastructure while developing expertise in deploying cutting‑edge applications and tools. You'll collaborate with teams ranging from field operations to senior leadership.

• Implement technical requirements: write code to implement features by following specifications and designs.
• Quality Control: verify software through testing, code reviews, and documentation.
• Technical risk and quality ownership: identify systemic technical risks, propose mitigation strategies, and ensure high‑reliability software in safety‑critical environments.
• Partner with stakeholders: lead identifying operational challenges and requirements using off‑the‑shelf products such as LLMs, ML tools, Framatome's software portfolio, and new/emerging technologies.
• Learn: industry best practices, time management tools, emerging technologies.
• Research: expand team knowledge by researching emerging technologies and presenting key findings.
• Ownership: own part or all of one or more applications, making strategic leadership decisions, defining technical requirements, breaking down work into tasks, and guiding feature implementation from concept to completion.
• System‑level thinking: lead architectural design and long‑term technical strategy for one or more applications.
• Leadership: guide and mentor newer engineers, review their code, support their technical growth, contribute to a collaborative learning environment; assist in onboarding and reinforcing team standards.
• Cross‑team influence: drive alignment across teams and ensure engineering practices and standards are consistently applied.
• Business impact: translate high‑level business needs into scalable, long‑term digital solutions with measurable impact.

• Bachelor's degree in Engineering, Business, Information Systems, Computer Science, or related technical discipline. Equivalent work experience may be considered in lieu of a degree.
• Minimum of 7 years of related experience.
• Strong written and verbal communication skills; comfortable presenting to internal customers.
• Teamwork: ability to develop and maintain strong interpersonal relationships; work collaboratively.
• Time management: ability to manage tasks effectively for yourself and others.
• Expert‑level software development: write code to create full‑stack applications using Python, C#, Type Script, CSS, and modern frameworks such as Vue or React.
• Experience architecting and deploying AI/ML solutions: passion for leveraging LLMs, building AI tools and agents to complete complex tasks.
• Experience designing and governing data architecture: ability to document data structures, create ETLs and reports.
• Experience establishing or maturing Dev Sec Ops  practices across teams or organizations: strong understanding of secure software development practices, including integrating security into CI/CD pipelines, automating security scans, managing vulnerabilities, and ensuring compliance throughout the development lifecycle.
• Complex systems upgrades & migrations: experience planning and leading large‑scale system upgrades, platform modernizations, or technology migrations. Able to evaluate technical risk, coordinate across multiple teams, create phased migration strategies, and ensure continuity of operations for mission‑critical applications.
• Occasional domestic travel (