Duke Energy-posted 12 days ago
Full-time • Mid Level
Hybrid • St. Petersburg, FL
5,001-10,000 employees

PMC is the Project Management and Construction (PMC) group within Duke Energy, responsible for building new power generation assets. PMC Engineering provides leadership and oversight of contract engineering resources for all phases of Duke Energy’s major projects (development, design, execution, commissioning, and turnover to operations). As part of Duke Energy’s broader strategy to meet rising customer demand and decarbonize the grid, PMC is actively planning and building solar, bulk energy storage (BESS), simple cycle and combined cycles generating facilities. Additionally, PMC is developing projects for advanced nuclear, hydro pumped storage, carbon capture, LNG storage, and potentially, offshore wind facilities. The Engineer II position is the intermediate level of the Engineering classification hierarchy. Employees in the Engineer II position solve complex problems in engineering areas of specialization with general supervision. An Engineer II is expected to develop advanced skills, and the ability to work with greater independence. An Engineer II effectively applies fundamental concepts and procedures to work that is fairly complex and varied. This Engineer II position reports to the Manager, PMC Design Engineering – Electrical. The Engineer III position is the advanced level of the Engineering classification hierarchy. Employees in the Engineer III position solve complex problems in engineering areas of specialization with limited supervision. Engineer III is expected to develop advanced skills, and the ability to work with greater independence. An Engineer III effectively applies fundamental concepts and procedures to work that is progressively complex and varied. This Engineer III position reports to the Manager, PMC Design Engineering – Electrical.

  • Support development phase of major project scope and EPC bid package documentation.
  • Support the interconnection design and agreements for development stage projects and ensure project contract documentation aligns with interconnection scope.
  • Support cost estimate, schedule, risk analysis, bid evaluation and contract development.
  • Provide engineering oversight to ensure compliance with project requirements, design criteria, as well as applicable Duke Energy and Industry Standards.
  • Participate in design reviews, drawing reviews, construction support, resolution of technical RFIs, commissioning support, performance testing and project warranty support.
  • Prepare thorough and accurate technical reports, correspondence, documentation, calculations, and sketches with the ability to conduct analysis and recommend process enhancements and standards related to area of assignment.
  • Conduct and review power system related studies.
  • Assist in the accomplishment of business goals and objectives through effective planning, organizing, estimating, scheduling, and monitoring of work activities under the guidance of higher-level employees.
  • Develops positive working relationships to effectively coordinate work activities.
  • Demonstrates effective oral and written communication skills.
  • Maintains accurate records and files.
  • Keep abreast of new developments, technologies, procedures, standards and equipment.
  • Supports the company's goals and represents the company positively and professionally.
  • Engineer II Graduation from a four-year college or university with a Bachelor of Science in Engineering from an ABET accredited program.
  • Minimum of 2 years of engineering experience.
  • A Master's degree in Engineering will be considered in lieu of the B.S. Engineering degree.
  • Engineer III Graduation from a four-year college or university with a Bachelor of Science in Engineering from an ABET accredited program.
  • A Master's degree in engineering will be considered in lieu of the B. S. engineering degree.
  • Minimum of 4 years of related experience.
  • Familiar with transmission interconnected renewable resources
  • Familiar with specifications for major electrical equipment including large power transformers, LV/MV cables, LV/MV switchgear, protective relaying devices
  • Experience in power systems modeling using ETAP or SKM
  • Experience with design and construction of electrical power systems
  • Experience with development of AC and DC schematics for protective relaying systems
  • Knowledge of relay settings calculations for protective relays associated with Inverter Based Resources
  • Familiar with principles of project management in the utility industry
  • Understanding of industry standards including NESC, NFPA 70E, NFPA 855, IEEE 1547, and IEEE 2800.
  • Passing grade on the Engineering Fundamentals Exam and desire to complete PE license.
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