• Drive the adoption of Near Intents by working closely with partners and developers to integrate it into their applications. • Work closely with developers to integrate Near Intents, solving technical challenges and optimizing implementations. • Write high-quality technical documentation, tutorials, and example repositories; create technical resources (guides, tutorials, SDKs) to accelerate integrations. • Debug and troubleshoot issues, providing direct engineering support to partners and ecosystem projects. • Identify and address technical barriers, ensuring smooth implementation across various projects. • Serve as the primary Point of Contact (PoC) for partners and users, answering technical inquiries and troubleshooting issues. • Actively support and engage with developers across Telegram, GitHub, Twitter, and forums to provide real-time assistance. • Advocate for developer needs internally, ensuring Near Intents evolves in alignment with community feedback. • Maintain a deep understanding of Near Intents and its underlying technology to effectively assist developers. • Conduct workshops, AMAs, and office hours to educate and empower the community. • Develop example use cases, reference implementations, and best practices to showcase the power of Near Intents. • Collaborate with ecosystem projects, tooling providers, and infrastructure teams to expand the reach of Near Intents. • Build relationships with key developers, fostering a strong technical community around Near Intents. • Monitor adoption metrics and provide insights to continuously improve developer experience.

• Design, configure, and maintain SyncAID MES applications for production scheduling, tracking, and reporting. • Integrate MES with DeltaV DCS, ensuring real-time data flow, batch tracking, and process control synchronization. • Develop and maintain interface specifications, including OPC, SQL databases, and custom APIs, between MES and DCS systems. • Troubleshoot MES and DeltaV system issues, performing root cause analysis and implementing corrective actions. • Support validation, commissioning, and testing of MES-DCS interfaces. • Generate and maintain documentation, including system configuration, SOPs, and technical manuals. • Collaborate with process engineers, IT teams, and production staff to ensure MES workflows align with manufacturing requirements. • Monitor system performance, implement enhancements, and ensure compliance with GxP / FDA / ISO standards where applicable. • Provide training and support to production and operations personnel on MES functionality.

• Manage all engineering aspects of assigned projects—from concept through completion. • Serve as a technical leader, coordinating with Project Managers, Purchasing, Manufacturing, and Field teams to ensure designs meet customer specifications, schedule requirements, and budget constraints. • Lead and mentor other engineers on larger or more complex projects as needed. • Develop, review, and evaluate conveyor and material handling system designs. • Interface directly with customers, vendors, and suppliers to review requirements and resolve technical questions. • Perform engineering design evaluations and execute project work under the direction of the Project Engineering Lead. • Review customer specifications and ensure designs adhere to all contractual and technical requirements. • Provide technical support throughout the engineering, fabrication, and installation phases. • Produce system and detailed design drawings using AutoCAD and/or other approved drafting tools. • Review drawings produced by others for accuracy, completeness, and compliance with standards.

• Develop and market high level, complex programs for nuclear power projects associated with design, operational excellence, safety, maintenance, and project management. • Direct technical decision making in a project team environment with other engineers and designers involved in the design, modification, and analysis of new and existing power plant controls systems, specifically digital upgrades. • Investigate, troubleshoot, and solve a wide variety of instrumentation & controls engineering issues. • Coordinate systems design activities to ensure installation and operations will comply with specifications, codes, and client requirements. • Perform Digital Systems Design Development -- PLC, DCS, HSI, networked computer systems, and digital instrumentation & control systems functional requirements for nuclear plant systems. • Work collaboratively on quality assessments and critical digital reviews. • Perform consulting level work for digital IOT, innovation, and strategic first of a kind (FOAK) projects for the nuclear industry. • Prepare and review detailed calculations, including scaling, uncertainty, and setpoint calculations for analog and digital controls applications. • Prepare documentation for design input for drawing production including master diagrams and schematics. • Interface with vendors to prepare and review materials and equipment purchase specifications. • Prepare reports and studies that present technical information in a clear and concise manner to meet client requirements. • Perform independent reviews of work performed by others including calculations and drawing preparation. • Attend client meetings and site walkdowns to validate scope and ensure client satisfaction. • Support station outage activities as required.