Commissioning Engineer (3-phase Power Sys)- NICET Certification/Equivalent
Responsibilities:
Review specification and engineering drawings to understand the purpose and functionality of substation.
Schedule the installation and commissioning with subcontractors and customers.
Provide safety analysis and proper equipment isolation procedure.
Provide a day-to-day outage plan for customer.
Develop detail test procedure and sign-off sheet for each piece of equipment.
Monitor the construction and be available to address technical questions as they arise during construction, installation, and testing.
Identify and resolve design errors.
Assist field crews and dispatch in developing, switching to properly sequence in equipment, making sure proper hold points for testing are incorporated.
Directly witness or perform critical tests such as DC Functional Trip Testing prior to energization and in-service.
Direct crews as necessary during critical work junctures.
This typically occurs during final commission, just prior and through initial energization.
Acknowledge substation modification is complete and functional and formally turns it over to Dispatch to be operated within its design limits.
Senior Commissioning Engineer is expected to support several capital projects occurring at the same time.
Accordingly, they rotate amongst the jobs, keeping abreast of the construction activities, reviewing test results, and monitoring the work so as to anticipate any problems and gauge their level of involvement from a technical support perspective.
Near project completion, as the equipment is ready to have its control schemes functionally tested and the equipment energized is when a commissioning engineer will be required to work extended hours/days in a row at a particular job site.
Develop and maintain strong working relationships with customers, demonstrates an awareness of customer needs, preferences, and time and financial constraints.
Management of resources and services required to install electrical equipment.
Proven customer service, sales ability, and ability to handle difficult situations with customers and gain satisfaction.
Assists in the development of estimates for client proposals and further business development.
Qualifications:
Education - Bachelor degree in engineering (electrical, mechanical or engineering technology) is preferred.
Associate degree is acceptable provided the candidate has proven experience in the field.
3
years with capabilities in below areas is preferred:
Ability to understand AC and DC elementary diagrams, wiring diagrams and one-line drawings for the purpose of understanding system operation and developing testing requirements and procedures.
Develop standard testing documentation, training procedures and maintain all project documentation including certifications and calibration records.
Candidate should be able to obtain NICET certification or equivalent.
The ideal candidate must have a diverse skill set with the ability to work independently.
Will act as technical lead on projects and guide lower-level engineers/technicians.
In-depth understanding of:
Three-phase power systems Protection and control schemes and implementation Equipment testing - circuit breakers, transformers, circuit switchers, MOABS, CTs, PTs, batteries and chargers, transfer switches, line tuners, wave traps, carrier relays, etc.
Experience in:
Testing, troubleshooting, evaluating, and servicing electrical distribution and control systems is highly desirable.
Utilizing relay secondary injection test sets PQ measurements Leading crews to test and commission new and modified substations.
Rotating machinery, including generators and excitation systems SCADA, RTU, and DFR systems AutoCAD is also desired.
Recommended Skills Auto Cad Batteries Business Development Calibration Construction Control Systems Estimated Salary: $20 to $28 per hour based on qualifications.
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