Process Control Engineer IV - (2255)

Location: South Carolina Openings: 2

Work Model: Fully Remote

Job Type: Contract

Duration: 1 Year Rate: $90 - 104/hour (W2) +

Hours: 40 hours/week Project: Nuclear

Role Summary: Process Instrumentation Engineer will leverage his or her engineering skills to develop field non-inline instrumentation datasheets, instrument lists, and instrument rack lists, that relate to the BWRX-300 SMR Instrumentation Design scope. They will mainly focus on the design integration of field pipe mount and rack mounted instrumentation with GEV control hardware systems. They will work in collaboration with other engineers and technical leads (TLs) to develop innovative designs that will aid in defining the instrumentation modifications required on SMR BWRX-300 nuclear plant systems such as HVAC, ICS, Nuclear Boiler Instrumentation, Shut Down Cooling, Reactor Water Cleanup, Turbine Controls, Fuel Pool Cooling, etc. The individual is expected to execute projects of varying complexity in different project phases under the guidance of senior engineers and TLs within the team. This role requires strong engineering and technical skills and resourcefulness to work with cross-functional teams situated around the world to execute the BWRX-300 Small Modular Reactor design with a sharp focus on safety, world-class quality and on-time delivery.

Responsibilities: Own & execute task from different workstreams such as PLM, Jira, Smartsheet, ELM, Smart Plant Instrumentation (SPI) that relates to BWRX-300 instrumentation design engineering. Responsible for developing innovative engineering solutions for BWRX-300 process instrumentation meeting all customer Critical-to-Quality (CTQ) requirements and GE Vernova's design guidelines. Develop detailed instrumentation schematic, wiring and cable block arrangement drawings/BOM to support proposed fluids or mechanical system upgrade or modifications anticipated on a project. Working knowledge of applicable national & international codes/Standards/directives such as IEC, NEC, CSA, ANSI, IEEE, ISA, ISO, NFPA, ASME, API etc. Interpret the scope of the project and develop or review in-line and non-inline instrument datasheets, process instrumentation datasheets, Piping & Instrumentation diagrams and instrumentation racks list, deploying I&C design principles to improve the overall system performance. Develop or strongly support standardization and/or cost-out efforts to improve the competitiveness of GE Vernova's product and service offerings. Take an active role in the continuous improvement of processes, procedures, and deliverables. Contribute to quarterly, semi-annual and annual team priorities and initiatives. Effectively interact with other GE Vernova customers and suppliers, as well as with internal GE functions such as sourcing, drafting, systems engineering, other disciplines (electrical, mechanical, civil/structural, materials, human factors engineering, etc.) and project management.

Qualifications: Bachelor's degree in electrical engineering, electronics engineering, automation engineering, or related field. Minimum 5-10 years of experience, with strong understanding of electrical systems, P&IDs, process instrumentation, instrumentation rack assembly and configuration, automation technologies, and control systems. Practical knowledge of relevant software tools Proven teamwork abilities. Able to teach engineering concepts and lead teams when required. Desired Characteristics Ability to learn different BWRX-300 SMR Systems. Willingness and ability to work on new I&C systems and develop expertise on GE Vernova policies, procedures, and standards. Effective time management and multitasking ability. Excellent written and verbal communication and presentation skills. Global mindset with a willingness to understand different cultures and work collaboratively. Strong technical aptitude, including applicable engineering tools and systems. Experience in a regulated industry [e.g., nuclear power, process, marine, medical/pharmaceutical, oil & gas], preferably under 10 CFR 50 Appendix B Quality Program (or equivalent) for safety-related systems, structures, and components.