GE Vernova
2 weeks ago
Lead Protection & Control Engineer
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Company information
- Company
- GE Vernova
- Location
- México, Querétaro, Corregidora Mexico
- Posted
- 2 weeks ago
Job description
Job Description Summary
The Lead Protection & Control Engineer works on T&D substations for AC, HVDC and FACTS projects with designers, peer engineers & leaders. The engineer is responsible to define, design, coordinate all technical aspects of HV / EHV substation protection & control and oversee technical plant integration and optimization at project level considering safety, quality, schedule and cost criteria. The engineer should have great attention to detail with a can-do attitude & customer responsiveness. The Lead Protection & Control Engineer may be identified as project engineer for small to medium size project, which are highly secondary engineering focused. The engineer shall continuously update themselves with new technology and have a mindset of continuous learning, consistent with grid transition needs. Functions with some autonomy but guided by established policies or review of end results.Job Description
- Ultimately be responsible to ensure high quality design of protection schemes for all kinds of T&D substations, Data Centers, Industrial, BESS applications including one-lines, three-lines, AC / DC schematics, and relay settings.
- Lead a local or remote design teram to develop P&C designs (protection single line diagram, 3 Line Diagrams, panel general arrangement and schematics, wiring diagrams)
- Evaluate the interoperability, control features and communication/protocol aspects of IEC’s serving as protection relays to provide integrated solution including SCADA, Cybersecurity and telecommunication needs
- Be familiar with IEC61850 process and system bus architecture and its implementation for substations
- Able to work independently on the following P&C drawings: one line protection and metering diagrams, tripping tables/matrix, logic diagrams, Aux power DC and AC one line diagrams, relay protection and control schematics, metering, monitoring and alarm schematics, SCADA block diagram, racks and panels views, wiring diagrams, control house layouts, cable schedules and bill of materials. Develop optimized designs with a safety mindset.
- Coordinate P&C design with Electrical layout engineers and designers, Relay Setting Engineers, site managers, commissioning engineers and field personnel
- Coordinate with vendors and manufacturers and review technical documentation related to P&C design
- Interface with customer to resolve technical issues
- Prepare P&C engineering estimates. Estimate P&C equipment quantities and costs for proposals.
- During project execution, communicate with Project Engineering Manager to resolve engineering and design aspects that impact material cost, schedule, engineering budget, safety and quality.
- Perform applicable design calculations required for DC battery and charger sizing, voltage drop calculations, aux AC power design and to define CT and PT/CCVT parameters to be specified.
- Create and support development of FAT, SAT, Outages and cutover plans and procedures. Support field testing and commissioning either from office or by on site presence.
- Perform engineering and constructability reviews of P&C deliverables of own project and those of other teams (peer review).
- Support the engineering manager in meeting business KPIs and department goals. Be an active participant and contributor to improvements in design procedures, standards development, quality, productivity. Proactively participate in Return Of Experience and Lessons Learned.
- Execute projects while maintaining compliance to business policies, tools, procedures, methods. Embrace a culture of humility, transparency and deliver with focus.
Qualifications / Requirements
- Bachelor’s degree in Electrical Engineering from an accredited university
- Minimum 5 years of experience in system protection schemes, relay selection, primary equipment interface requirements, operational analysis, communication systems and maintenance practices for transmission, distribution, and generation protection applications at both AIS and GIS substations.
- P.E. License or EIT with willingness to pursue and acquire P.E certification.
- Fluent in written and spoken English. Strong influencing and relationship building skills. Demonstrated presentation skills.
- Ability and willingness to travel up to 20% of the time, including international, for meetings and on-site commissioning tests for customer installations and comply with all relevant company travel and tax policies.
Desired
- Effective communication and interpersonal skills. Ability to work in a team environment
- Self-motivated with excellent organizational and time management skills
- Strong presence in front of customer with demonstrated commercial experience
- Knowledge of power system analysis software such as ETAP, Aspen Oneliner for relay coordination, load flows, short circuit and arc flash studies.
- Familiarity with NERC-CIP standards and guidelines for Cyber Security, Grid Interconnection
- Experience in technical problem solving and Lean techniques. Mastering of secondary engineering discipline (process, tools and technical aspects)
Additional Information
Relocation Assistance Provided: No
Required skills
- optimization
- interpersonal skills
- organizational skills
- travel
- safety
- quality
- industrial
- distribution
- tools
- commissioning
- sat
- electrical engineering
- presentation skills
- methods
- cyber security
- team environment
- schedule
- cost
- technical documentation
- design team
- data centers
- wiring diagrams
- productivity
- procedures
- ac
- transparency
- schematics
- designers
- eit
- transmission
- english fluency
- commercial experience
- substations
- operational analysis
- etap
- cutover plans
- vendors
- time management skills
- communication systems
- bill of materials
- site managers
- business kpis
- protection schemes
- humility
- racks
- grid interconnection
- iec61850
- matrix
- fat
- engineering estimates
- business policies
- influencing skills
- manufacturers
- peer review
- material cost
- lessons learned
- cable schedules
- customer interface
- relationship building skills
- maintenance practices
- project engineering manager
- field testing
- department goals
- design calculations
- hvdc
- relay protection
- constructability reviews
- voltage drop calculations
- arc flash studies
- technical problem solving
- short circuit studies
- substation control
- relay settings
- relay coordination
- lean techniques
- control schematics
- outages
- customer responsiveness
- cutover procedures
- standards development
- logic diagrams
- design aspects
- protection & control engineer
- t&d substations
- facts projects
- substation protection
- plant integration
- grid transition
- high quality design
- bess applications
- one-lines
- three-lines
- ac schematics
- dc schematics
- p&c designs
- protection single line diagram
- 3 line diagrams
- panel general arrangement
- process bus architecture
- system bus architecture
- metering diagrams
- tripping tables
- aux power dc
- aux power ac
- monitoring schematics
- alarm schematics
- scada block diagram
- panels views
- control house layouts
- electrical layout engineers
- relay setting engineers
- commissioning engineers
- field personnel
- p&c equipment quantities
- engineering budget
- dc battery sizing
- charger sizing
- aux ac power design
- ct parameters
- pt parameters
- ccvt parameters
- engineering reviews
- design procedures
- return of experience
- system protection schemes
- relay selection
- primary equipment interface requirements
- generation protection applications
- ais substations
- gis substations
- p.e. license
- p.e certification
- on-site commissioning tests
- aspen oneliner
- load flows
- nerc-cip standards
- secondary engineering discipline
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