| Description: | Senior Engineer – Plant I&C System Design
Duration: 18 months
Location: Remote
Summary:
Performs a range of activities such as; requirements management, systems architecture and design, reactor protection, plant process control and monitoring plus automation logic, algorithm, input/output, and setpoint development as well as develop plant, system, and component, equipment, platform specifications, diagrams, data lists with associated functional, performance, and environmental qualification plans. Participates in cross- discipline reviews and work planning. Scope covers test and power reactors including nuclear and turbine island, balance of plant and yard.
Essential Responsibilities:- Prepare design basis information using a requirements management approach for; plant I&C systems architecture, reactor protection, diverse back-up, plant control and monitoring (C&M) and automation functions
- Prepare design documents in accordance with plant level ones such as; safety design strategy, safety and transient analysis, probabilistic risk analysis, orders, regulatory guidance, industry standards, human factors, safety hazards, reliability, cyber security, customer technical requirements, etc.
- Prepare design documents by eliciting requirements from plant level requirements documents as well as system level requirements documents such as; system design description (SDD), piping and instrumentation diagrams (P&IDs), heating ventilation and air conditioning (HVAC) duct and instrumentation diagrams (D&ID’s), etc.
- Architect assignment of reactor protection, diverse back-up, and plant process C&M as well as automation functions on discrete relay, analog, or digital equipment
- Optimize assignment of functions on digital hardware and software platforms between distributed control systems (DCS) or stand-alone programmable logic controllers (PLC’s) including associated data communications inter-operability and integration
- Prepare process control designs using applicable techniques such as; proportional-integral-derivative (PID), cascade, feed forward, 1, 2, and 3 sensor element, etc.
- Prepare detailed design documents, diagrams, drawings, datasheets, databases, lists, reports, specifications such as; functional block, sequential flow, ladder logic, digital logic, input/output (I/O) data tables, dynamic modelling and simulation, equipment electrical and heating loads, envelope or outline physical and layout 3D models and 2D drawings
- Prepare component and equipment purchase specifications including; function, performance, interface, installation, and equipment qualification
- Perform instrument application engineering including setpoint calculations with detailed knowledge of actual sensors and transducers including their original equipment manufacturer (OEM) model capabilities
- Prepare instrument datasheets, instrument connection wiring diagrams (I-CWD), or “loop” diagrams, instrument installation drawings, instrument rack lists, instrument rack drawings, etc.
- Develop initial or conceptual “simplified” logic followed by increasingly higher fidelity intermediate preliminary or final detailed design plant logic using Visio in a manner that supports dynamic simulation that is independent from the down-stream DCS platform or PLC OEM’s specific configurator tools or environments
- Collaborate on post- final detailed design phase OEM specific analog, relay, DCS, or PLC implementation teams to develop, perform, and review unit, module, system, and integration test plans and results including; simulation, independent verification and validation (V&V), factory acceptance test (FAT), multi-system integration factory acceptance test (MFAT), site acceptance test (SAT) and pre-operational tests as well as licensing inspection, test, or analysis and acceptance criteria (ITAAC)
- Use structured design change, configuration, document management involving; design verification (DV), independent verification and validation (IV&V), quality assurance (QA), etc.
- Lead plant I&C design for C&M functions and systems covering:
- Safety-Related {NRC} or Safety Class (SC) {DOE} [e.g.; reactor protection system]
- Significant to safety, regulatory treatment of non- safety systems (RTNSS) {NRC} or Safety Significant (SS) {DOE} [e.g.; fuel and auxiliary pool cooling system]
- NonSafety-Related (NSR) {NRC} or Non- Safety (NS) {DOE} [e.g. moisture separator/reheater system]
- Perform plant C&M functions, sub-system and systems design
- Perform cost-benefit optioneering or trade-off studies for technical risk, function, performance, margin, and cost optimization
- Ensure design bases is adequately documented and conforms with nuclear [DOE, NRC, CNSC, UK ONR, IAEA] regulations, guidance, generic design certifications, licensing commitments, and applicable industry standards [ANSI, ASME, IEEE, IEC, ISA]
- Use variety of modern software based tools for; requirements [DOORS], design [Visio], analysis [Matlab], change, configuration, and document management
- Identify, confirm, document, and lead resolution of technical issues
- Provide technical oversight throughout entire design process into release to manufacturing or supplier, fabrication, assembly, production test, validation, integrated system validation test as well as site installation and test
- Establish and maintain close, responsive, productive and quality working relationships within and between team members, engineering, support functions, business project management and customers' engineers and plant staff to successfully drive project completion and resolve emergent issues
- Prepare technical bid proposals and change orders
- Prepare learning sessions for knowledge capture and transfer - Mentor less experienced engineers
- Champion nuclear safety culture – Ensure compliance with GEH policies, quality management system, and corrective action program
- Deliver work products on-spec., on-budget, schedule with integrity, safety and security, quality, and then on-time output (ISQO) – Perform with high “Say-Do” ratio
Qualifications / Requirements:- Bachelor of Science in Engineering, Nuclear, Physics, Chemistry, Mathematics, Computer Science or Technology, Electrical, Software or Systems Engineering or equivalent 4 year technical degree
• 15+ years experience preparing control and monitoring system design documentation… system design description (SDD), functional descriptions or narratives, Input/Out (I/O) Lists off of P&IDs and One lines, logic diagrams, detailed algorithm equations or logic statements, automation philosophy, etc.
• Requirements management experience using a highly capable tool, either custom built software or COTS [e.g.; DOORS, ReqPro, BluePrint]
• Control systems modeling and simulation in either generic third party tools [e.g.; EASY5, MathCad, 3KeyMaster] or DCS specific ones from OEM suppliers [e.g.; GE Mark* VIe Unity, Emerson Ovation, Siemens System7]- experience with solid skill and knowledge of design, requisition, or field engineering related or similar to one or a combination of BWR "core" control and monitoring functions and systems including;
o reactor protection system, OR
o engineered safety functions and auxiliary system, OR
o standby liquid control system, OR
o diverse protection system, OR
o leak detection and isolation system, OR
o nuclear boiler system, OR
o fuel and auxiliary pool cooling system, OR
o reactor water cleanup and shutdown cooling system, OR
o gravity driven cooling system, OR
o isolation condenser system, OR
o reactor component closed cooling water, OR
o steam bypass and pressure control system, OR,
o feedwater control system, OR
o steam turbine auxiliary systems, OR
o plant service water, OR
o instrument air compressors, OR
o AC or DC electric load groups, OR
o standby and ancillary diesel generators, OR
o HVAC, OR
o plant automation system, OR
o condition monitoring system- 15 years of experience with solid skill and knowledge of plant process control using applicable techniques [e.g.; proportional-integral-derivative (PID), cascade, feed forward, 1, 2, and 3 sensor element, ladder logic, sequential function]
- 10 years of experience with current US nuclear laws, rules, regulations, guidance, positions, memorandum, notices, bulletins, items, etc. [e.g.; RG, NUREG, BTP, ISG, SRM, RIN, TMI]
- 10 years of experience with IEEE Std. 603, 7-4.3.2, 828, 829, 830, 1008, 1012, 1028, 1042, 1074, etc.
- 10 years of experience with excellent PC as well as productivity software [e.g.; Word, Excel, PowerPoint, Access, Project, Visio]
- 5 years of knowledge, skill, or experience with application, requisition, or field engineering on Digital control system (DCS) Programmable Logic Controller (PLC) used in implementations involving complex, real-time operating systems involving software intensive instrumentation, data acquisition, control, monitoring, automation, robotic, scientific experimental or technology demonstrator systems in industries such as; nuclear, power, process, marine, oil & gas, military, aerospace, medical, or pharmaceutical
Additional Desired Characteristics:- Master of Science in Engineering, Physics, Chemistry, or Mathematics or equivalent 4 year technical degree
- Professional Engineer – Control Systems by National Council of Examiners for Engineering and Surveying (NCEES)
- PMI/PMP certified or proven project management experience
- Senior Reactor Operator (SRO)
- Experience with various quality standards; NQA-1, AS9000, ISO9000
- Experience in DCS, or PLC application, deployment and support engineering of complex, high reliability, harsh environment, real time operating digital systems preferably microprocessor based involving single point failure criterion, dual-triple-quad redundancy, signal acquisition, data processing, inter-networking, separation, human factors, safety hazards, reliability, simulation, cyber security requirements, using modern platforms [e.g.; GE Mark-VIe/ControlST, Allen-Bradley, Westinghouse CommonQ, DeltaV, Foxboro I/A, Triconex TRICON, Emerson Ovation, Siemens System7 or TelepermXP]
- Experience in regulatory affairs and licensing processes in general and NRC specifically such as 10 CFR 50/52, NUREGs, BTPs, ISGs, SRMs, TMIs, and RG 1.53, 1.62, 1.75, 1.89, 1.97, 1.152, 1.153, 1.155, 1.168, 1.169, 1.170, 1.171, 1.172, 1.173, 1.180, 1.189, 1.209, and 5.71
- Experience with IEEE Std. 603, 7-4.3.2, 828, 829, 830, 1008, 1012, 1028, 1042, and 1074
- Experience with IEC Std. 60xxx, 61xxx and 62xxx series
- Experience with requirements management practices and tools [e.g.; DOORS]
- Solid experience with systems and component design, analysis, modeling, simulation, and test data collection tools [3KeyMaster, Easy5, Simulink, GSE Simsuite, LabView, MathCad, Mathmatica, MatLab, MatrixX, ETAP]
- Experience performing independent, or preferably team based, system design or technical reviews including interfacing with Independent Verification and Validation (IV&V) and quality assurance (QA) organizations
- Solid experience with functional, performance, margin and qualification [environmental, seismic, embedded digital] testing methods
- Clear thinker, detail oriented, insightful, quantitative, results oriented – Able to learn quickly and make reasoned, sound, and timely decisions
- Exceptional technical writing in general with focus on requirements and design documents
- Strong verbal communication as well as facilitation and presentation skills for technical and business audiences
- Able and willing to take ownership and responsibility for scoping, planning, prioritizing, scheduling, budgeting, action tracking, monitoring, corrective actions, reporting, etc.
- Self-starter with energy and positive “Can-Do” attitude – Proven track record of producing quality deliverables on specification, to project budget, at product cost, and on schedule in a fact passed environment
- Team player with cross- discipline and functional leadership knowledge, skills, and experience
- Able to work successfully in matrix environment – Executing multiple assignments and priorities
- Continuous improvement “mindset” with an ability to identify, influence, and implement better ways to do an activity or process
- Working knowledge, skill, and experience using techniques and tools for; design to cost, modeling and simulations, cost estimating, and scheduling
- Excellent PC as well as personal and team productivity software [e.g.; Microsoft Word, Excel, PowerPoint, Project, Visio]
- Project or Operation: Various projects for large, small, and micro- reactor types such as; Advanced Light Water Reactor (ALWR) Gen III+, Advanced Liquid Metal Reactor (ALMR) Gen IV, and High Temperature Gas Reactor (HTGR) #IND
Empyrean Services is committed to creating a diverse environment and is proud to be an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, gender, gender identity or expression, sexual orientation, national origin, genetics, disability, age, veteran status or any other protected status.
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