• Own the engineering execution of conversions, modifications, and uprates to the installed fleet of GE B/E/F/H/GT Fleet Gas Turbines and associated Plant equipment • Provide leadership and technical direction to domestic and global requisition engineers supporting Agile B/E/F/H/GT Fleet Gas Turbine CM&U projects • Manage the ITO to OTR handoff on behalf of the requisition team for all Agile B/E/F/H/GT Fleet Class projects • Support initiatives that drive productivity and provide technical oversight/direction to ensure safety, quality, cost and on time delivery to Gas Power Service customers • Act as a systems thinker, understanding, adapting to, and anticipating interactions among major equipment within a combined cycle power plant • Manage the ITO to OTR handoff (R3 case) and assign incoming CM&U orders to Agile Requisitions Engineering team members based on workload, capability, and technical fit • Own and drive OTR performance, including KPIs and metrics such as EAC, NCR escapes, Schedule Release, Parts OTD, FMI OTD, ER case OTD, and Project Closure • Ensure effective resource planning and workload distribution by maintaining broad awareness of team efforts and interfacing with Contractor Team Leaders to optimize resource allocation, quality, and on-time delivery • Lead and support continuous improvement initiatives and kaizens, challenging the status quo to drive measurable improvements in safety, quality, delivery, and cost (SQDC) for Gas Turbine Services projects • Maintain technical quality excellence, timely completion of work and reviews, appropriate use of resources, and strong responsiveness to customer and program needs • Communicate effectively with management and cross‑functional stakeholders on technical, organizational, resource, and personnel matters in a dynamic, global environment • Promote professional growth and team development through timely performance feedback, coaching, and mentoring, while bringing enthusiasm and results-driven mindset to the role

• Develop safety critical software components for Archer’s software embedded into Flight Control Computer or in Battery Management Unit using model-based processes. • Participate in planning, design, scheduling, prioritizing, and tracking the project. • Work with system engineers to decompose item requirements into high level and low level software requirements in compliance with DO-178C / DO-331. • Work with a multi-disciplinary team to develop and integrate complex hardware/software. • Development of software plans, processes & guidelines • Software requirements decomposition, analysis, definition, and traceability • Software design and development, performance, risk, safety , operation and cost optimization trade studies, and lead / conduct design reviews • Software analyses, requirements-based testing, structural coverage analysis, and model coverage analysis. • Contribute to the continuous improvement of our processes to increase safety and efficiency

• Develop safety critical software components for Archer’s flight control system. • Participate in planning, design, scheduling, prioritizing, and tracking the project. • Work with system engineers to decompose item requirements into high level and low level software requirements in compliance with DO-178C. • Work with a multi-disciplinary team to develop and integrate the complex hardware/software flight control system. • Development of software plans, processes & guidelines • Software requirements decomposition, analysis, definition, and traceability • Software design and development, performance, risk, safety, operation and cost optimization trade studies, and lead / conduct design reviews • Software analyses, requirements-based testing, and structural coverage analysis • Contribute to the continuous improvement of our processes to increase safety and efficiency

• Develop safety critical software components for Archer’s flight control system. • Participate in planning, design, scheduling, prioritizing, and tracking the project. • Work with system engineers to decompose item requirements into high level and low level software requirements in compliance with DO-178C. • Work with a multi-disciplinary team to develop and integrate the complex hardware/software flight control system. • Development of software plans, processes & guidelines • Software requirements decomposition, analysis, definition, and traceability • Software design and development, performance, risk, safety, operation and cost optimization trade studies, and lead / conduct design reviews • Software analyses, requirements-based testing, and structural coverage analysis • Contribute to the continuous improvement of our processes to increase safety and efficiency.