Entry-Level Electrical SCADA/Studies Engineer

Overview

Entry-level engineer performing electrical studies and SCADA development/troubleshooting.

Key Responsibilities

• control schemes
• hmi development
• data transfer
• network design
• protocol configuration
• site commissioning

Tasks

-Logic and Control Systems: develop and implement logic and control schemes for remote and local operation of power system equipment; develop programs on various platforms for the implementation of these schemes; travel to project sites to test and commission the control schemes. Applicable Logic and Control Platforms: SEL RTAC, Orion, Cooper SMP, GE-D20 -Data Acquisition: Prepare points lists of all data to be transferred between control centers and controlled apparatus, assign and program data addressing and routing information, develop Human Machine Interface (HMI) screens, and travel to project sites to test and commission data transfer schemes. Applicable Software: Wonderware, Clearview, AcSELerator RTAC, Visual Basic, OSIPI, Python scripting, etc. -Networking and Communications: design and configure network and communication paths for Remote Terminal Units (RTUs), protective relays, meters, Human Machine Interface (HMIs), PLC’s and other SCADA system equipment; develop basic specifications for fiber optic, microwave, power line carrier, or radio communication paths; travel to project sites to troubleshoot and commission network and communication systems. Applicable network and communication protocols: DNP, Modbus, SEL Communication Protocol, Goose Messaging, IEC 61850

Requirements

• protective relaying
• pss/e
• python
• eit
• bsee
• troubleshooting

What You Bring

-Protective Relaying: short circuit and symmetrical component analysis, time-current coordination, protection scheme and criteria development, relay settings calculation, integration with SCADA systems, NERC compliance, and arc flash analysis. Applicable software: AcSELerator Quickset (SEL-5030), AcSELerator Architect, GE Enervista, ASPEN Oneliner, SKM-PTW, ETAP, RSCAD/RTDS -Power system courses covering topics such as three-phase power, load flow and reactive compensation, protective relaying, symmetrical components, transmission line theory, power system transients, dynamic stability, and power system electromagnetics -Power System Planning Studies: steady-state real and reactive power flow including outage contingencies, generation interconnect feasibility, P-V and Q-V analysis for voltage stability margins, dynamic stability performance, automation of large batch simulations, working with models from NERC regional entities (WECC, MRO, SERC etc.), NERC compliance. Applicable Software: PSS/E, PSLF, PowerWorld, Python Scripting -Spoken and written communication -Must have strong troubleshooting skills -Within one (1) year of graduation -Engineer In Training (EIT) certification, with the expectation to work toward professional engineering registration (PE) -Troubleshooting and problem solving -Internships and experience in the technical areas and software listed in the Job Description section -Must be willing to travel on occasion -Infrastructure Design Studies: substation grounding, corona and electric and magnetic fields, insulation coordination (lightning, switching surge, and contamination performance), transient (time domain) simulation, power quality (harmonics, voltage flicker, over/under voltage, etc.), motor starting, AC interference (transmission line interaction with railroads and pipelines). Applicable Software: CDEGS, ATP-EMTP, PSCAD -Must be a recent BSEE graduate, or enrolled in a university pursuing a degree in electrical engineering (BSEE)

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Benefits

-New Dads and Moms Benefit program -Maternity and Paternity Leave -Vacation/Paid Sick Leave -Voluntary Life Insurance -Gender affirming care -Telehealth Benefit covers all providers -Paid Holidays -Fertility Benefits

About Power Engineers

-The company’s expertise spans across a wide range of sectors, including energy, infrastructure, and industrial engineering. -They work on projects ranging from power generation to water treatment, requiring technical prowess and creative problem-solving. -Their diverse portfolio includes renewable energy initiatives, utilities infrastructure, and industrial facilities. -They are known for a collaborative approach, optimizing solutions for complex challenges alongside clients. -POWER Engineers has become a trusted partner for many large-scale organizations and government entities. -With continuous growth, they have expanded to include a global footprint of projects.

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