• Apply knowledge of engineering principles and corrosion theory to execute projects or complete various aspects of projects • Execution and supervision of field activities • Proposal and quotation preparation, reporting, invoicing, scheduling, maintaining communication with project team and client, cost tracking, writing and maintain procedures, and contributing to team initiatives • Provide engineering support to design and install or inspect and repair cathodic protection systems for clients • Communicate with engineering firms and client companies to obtain requisite technical information to complete detailed design packages, inspection programs and coordinate installation and inspection activities • Recommend and contribute to the continual improvement quality process and assisting with updating internal procedures • Monitor and control project schedules, costs, quality, safety, efficiency, scope, and other project management components • Data review and analysis • Perform over-the-line depth of cover, close interval CP and coating surveys and associated data evaluation • Calibrate test instruments, writing detailed reports, providing issue resolution • Responsible for producing an “output model” for the HawkEye process to be built to data review and reporting specifications • Identify and remediate AC and/or DC interference and foreign influence issues • Diagnose and troubleshot CP and alternating current (AC) mitigation system deficiencies, independently conducting and supervising various types of assessments and applying knowledge of engineering principles and corrosion theory to execute projects • Utilize HawkEye to conduct field tests and surveys for pipeline operations (e.g., structure potential, close interval potential, AC or direct current voltage gradient, AC current attenuation, line locating, soil resistivity, coating condition and integrity) • Maintain and update the issue log and assists the HawkEye development team with issue resolution • Other work duties as assigned.

• Apply knowledge of engineering principles and corrosion theory to execute projects or complete various aspects of projects • Perform and supervise over-the-line depth of cover, close interval CP, and coating surveys and conduct associated data evaluation and reporting • Identify and remediate AC and/or DC stray current electrical interference on pipelines • Produce cathodic protection engineering design deliverables • Organize and optimize survey information collected to prepare reporting charts and tables • Prepare field survey remedial recommendations and draft job reports for senior review • Prepare project scope and reference material for field crews; update project documents as required during the project lifecycle • Other work duties as assigned

• Provide engineering support for a variety of SSO tools such as PingFederate, PingAccess, and new emerging technologies like EntraID • Collaborate with cross-functional team to integrate applications with SSO solutions • Assist with troubleshooting of user issues related to SSO integrations • Develop documentation, workflow diagrams, and assist with the creation of test scripts as needed • Understand and work with the team to resolve technical and non-technical problems • Participate in production support for any incidents • Identify and communicate risks/issues and provide recommendations on potential fixes • Follow precise processes and procedures to ensure compliance with RTX security policies, government requirements, industry standards, and internal organizational mandates.

• Take a comprehensive view of the ASIC development lifecycle, identifying cross-stage bottlenecks and opportunities where automation and AI can improve predictability, convergence, and turnaround time. • Identify, curate, and leverage real-time data to enable effective AI models and analytics, working with infrastructure teams to ensure scalable and secure data pipelines. • Establish quantitative metrics to measure efficiency, quality, and cycle-time improvements; use data-driven insights to guide methodology decisions and prioritize investments. • Serve as a technical catalyst within both the team and the wider company by sharing best practices, publishing internal guidelines, and mentoring engineers on emerging AI-enabled development techniques. • Track advances in AI, EDA, and hardware design research, evaluating their applicability and guiding strategic bets that align with long-term product and technology roadmaps.