• Develop and design functional, high-quality software components that align with established architectural patterns and business requirements. • Break down assigned features into manageable technical tasks and provide reliable estimates for delivery timelines. • Write, maintain, and optimize clean, modular code, ensuring that performance and scalability are considered during implementation. • Participate actively in code reviews, providing constructive feedback to peers and adhering to defined coding standards and quality assurance protocols. • Coordinate colleagues to clarify requirements and ensure seamless integration of new features. • Contribute to internal documentation to promote team-wide understanding of the codebase. • Identify opportunities for technical debt reduction and suggest improvements to the development workflow or toolset to increase efficiency.

• Provide technical leadership for power island mechanical system engineering activities supporting BWRX-300 site applications • Ensure work scopes and design inputs are clearly defined and aligned with design basis requirements • Oversee the development of engineering plans, schedules, deliverables, and resource needs • Collaborate with teams in engineering, licensing, and/or project controls to resolve complex technical issues • Work closely with technical subject matter experts in the mechanical systems engineering discipline • Provide coaching, mentoring, and growth opportunities for team members • Establish and maintain strong working relationships with internal engineering teams • Interface with external partners, customers, and regulatory agencies on technical issues

• Be responsible for providing technical leadership and defining, developing, and evolving software in a fast paced and agile development environment using the latest software development methods and infrastructure • Capture system level requirements by brainstorming with Architects, Data Scientists, Businesses & Product Managers • Identify the scope of the work, provide initial estimate and justify the estimate with facts • Demonstrate the understanding of Agile software development lifecycle and able to distinguish the core inputs and outputs in each cycle • Engage in technical discussions; participate in technical designs and present technical ideas through white boarding and software tools such as Confluence or PowerPoint • Execute in a fast pace delivery mode and focus in delivering tasks to meet the product release goal • Maintain code quality through best practices, unit testing and code quality automation • Seek and provide feedback on design and development • Demonstrate the ability to make informed technology choices after due diligence and impact assessment • understand whole APM product, its modules and the interrelationship between them while being an expert in the SmartSignal components and module • Help in designing interfaces and information exchange between modules • Articulate the need for scalability and understand the importance of improving quality through testing • Be an expert in writing code that meets standards and delivers the desired functionality using the technology selected for the project • Drive design reviews, define interfaces between code modules, and applies existing technology to designs • Be an expert in assessing application performance and optimizing/improving it through design and best coding practices • Be an expert in core data structures as well as algorithms and has the ability to implement them using language of choice • Provide guidance to a team of 5 to 7 developers with either planning and execution and/or design architecture using agile methodologies such as SCRUM • Work with Product Line Leaders (PLLs) to understand product requirements & vision • Write code that meets standards and delivers desired functionality using the technology selected for the project

• Provide technical leadership for nuclear island mechanical system engineering activities supporting BWRX-300 site applications. • Ensure work scopes and design inputs are clearly defined and aligned with design basis requirements. • Oversee development of engineering plans, schedules, deliverables, and resource needs, ensuring effective workload planning. • Collaborate with teams in engineering, licensing, and/or project controls to resolve complex technical issues and integration challenges. • Work closely with technical subject matter experts in the mechanical systems engineering discipline to ensure alignment with system functions and requirements. • Provide coaching, mentoring, and growth opportunities for team members. • Support integration across multiple engineering disciplines, including architectural engineering, licensing, equipment design, and safety systems. • Interface with external partners, customers, and other applicable country specific regulatory agencies as required on technical issues. • Support commercial and marketing opportunities to develop new business opportunities.