• Contributing to ComboCurve’s client retention goals by driving product adoption and expanding usage through proactive, regularly scheduled touchpoints. • Serving as the primary owner of the consultative journey for an assigned portfolio of customers. • Advising clients on industry best practices, reservoir engineering workflows, and how to maximize value using ComboCurve. • Identifying opportunities for user growth and account expansion within existing client organizations. • Developing, executing, and maintaining strategic success plans tailored to each allocated customer. • Acting as a trusted advisor and thought leader within the oil and gas industry by contributing to relevant content, discussions, and insights. • Serving as the source of truth for all facets of your customer base, including technical workflows, business objectives, and account strategy. • Driving client adoption by aligning ComboCurve solutions with evolving business needs and operational goals. • Supporting customer inquiries through established support processes and ensuring timely resolution. • Advocating for customers internally by providing strategic feedback to Product, Sales, and Leadership teams to continuously improve the customer experience. • Travel intermittently for on-site customer engagements and trade shows.

• Responsible for the design, development, testing, integration, and commissioning of control software and automation systems that ensure the reliable, efficient, and safe operation of energy storage systems and power infrastructure projects. • Bridges software engineering, control systems, and field deployment, working closely with internal engineering teams, project management, vendors, and clients to deliver high-performance control and SCADA solutions that meet safety, regulatory, and operational requirements. • Design, model, and implement control algorithms and control strategies for energy storage systems and power infrastructure. • Contribute to system architecture discussions and define control strategy requirements and functional specifications. • Design, develop, and maintain PLC, HMI, and embedded/control software for energy storage and distributed energy systems. • Configure, integrate, and maintain SCADA systems for BESS and power infrastructure projects. • Write clean, efficient, maintainable, and well-documented code following best practices. • Build automation scripts, testing tools, simulation environments, and continuous integration pipelines. • Implement version control, software documentation, and CI/CD workflows. • Collaborate with electrical, mechanical, firmware, and field service teams to ensure full system functionality and seamless integration. • Support the selection, configuration, and integration of control hardware, including controllers, relays, meters, and network devices. • Conduct Factory Acceptance Tests (FATs) and Site Acceptance Tests (SATs). • Diagnose and resolve issues related to control logic, real-time execution, PLC/SCADA behavior, and system performance, both remotely and on-site. • Ensure compliance with cybersecurity requirements and relevant standards and codes (e.g., UL, IEEE, NFPA). • Support installation, commissioning, field deployments, and ongoing operational troubleshooting. • Interface with clients, vendors, and internal stakeholders to provide technical documentation, training, and ongoing support.

• Provides technical assistance to pre-engineering teams during data collection surveys. • Leads site surveys to determine existing facility conditions and the requirements to complete the scope of work. • Develops energy conservation strategies to execute the project scope of work related to retro-commissioning. • Assists the project team with review of critical equipment and system submittals for conformance • Conducts commissioning and occasional peer reviews of design documents. • Advises the project team, in collaboration with the engineer of record, on the technical and resource requirements necessary to meet project outcomes. • Assists in the optimization of complex equipment/system upgrades.

• Design transmission lines in the 69kV to 765kV range. • Perform structural analysis and design of pole, lattice, framed, and guyed structures. • Perform foundation designs. • Perform conductor selection studies, shielding, grounding and induction studies. • Develop cost estimates and schedules and prepare specifications for the procurement of transmission line materials and construction. • Specify transmission line components. • Model transmission lines in PLS-CADD, determine right of way requirements, calculate conductor sags, and develop transmission line plan and profile drawings. • Review vendor submittals.