Engineer (2L) - Distribution Engineering System Design Analysis

The High Tension team within Distribution Engineerings System Design department is seeking an energetic and highly motivated engineer to ensure the safe and reliable design, construction, maintenance and operation of the Con Edison electric system. The High Tension engineer will have the opportunity to build both traditional high tension service as well services attributed to meet Company and States clean energy goals. The High Tension engineer will have the opportunity to build both traditional high tension service as well as DER installations attributed to meet Company and States clean energy goals. System Design is responsible for overall system analysis, design, standards, high tension, renewable and distributed generation analysis and interconnections. The High Tension Team will also be responsible for technical analysis, standards, and special projects, that include pilot projects for equipment to be approved for first time use on the system. The ideal candidate is a self-starter that possesses a deep sense of personal accountability, is flexible, can manage multiple diverse projects with changing priorities, can render sound business decisions, and is an effective communicator. The candidate will have the opportunity to interact with several internal and external stakeholders, including Regional Engineering, Customer Engineering, Energy Services, System Operation (District Operations), Distribution Planning, CES, MTA and other critical customers, and developers in the Distributed Energy Resource space. Successful candidates take ownership of their tasks and pursue opportunities that enhance the operation and design of the distribution system and the associated equipment. The candidate will be encouraged to think outside the box and implement innovative solutions. The candidate will also have the opportunity to be part of a culture where knowledge transfer and information sharing is encouraged and new ideas welcomed. The candidate must understand the importance of our commitment to safety, operational excellence, and enhancing the customer experience. The selected candidate must demonstrate a high energy level, eagerness to learn, and promote a positive work ethic in support of our Corporate Values and Standards of Business Conduct.

Core Responsibilities

• Develop and determine the feasibility of electrical designs as well as applications of electrical facilities in the electric distribution system (30/60/90 design review) in accordance with EO-2022 and EO-10215. Develop and update Operation and Maintenance (O&M) specifications for High Tension services to support System Operation (District Operations), Regional Control Centers, and FOD departments. Develop First Amendments (as needed) for HT-DER installations detailing site specific requirements for import/export.
• Develop, review, and maintain various engineering specifications, drawings, and technical documentation for internal and/or external stakeholders as required, as well as reviewing waiver requests. Ensure equipment designs and specifications comply with company standards including the Rulebook (General Instructions Governing Work on System Electrical Equipment), and applicable regulations and industry standards including IEEE, NESC, and ANSI. Remain up-to-date with advancement in technology and industry requirements.
• Perform specific project assignments to support the design, upgrade, and maintenance of the Con Edison Distribution system. These tasks may require coordination with engineers, field employees, developers, and consultants for pilot programs or other special projects. This may include analysis, evaluating design proposals, engineering review, factory testing, and review of vendor testing results. This may include analysis, evaluating design proposals, supporting development of new equipment and/or designs, engineering review, factory testing, and review of vendor testing results. Perform technical, economic and system analysis studies to determine the optimal design features for major components of the electrical system. Conduct engineering studies, including utilizing load flow tools (e.g. PVL, SINCAL, CYME) to analyze and propose potential solutions, technical guidance, and recommendations.
• Perform contingency analysis of the high tension locations. This includes tasks such as review of relay protection settings and mobile generator relay analysis and support for Astoria Operations.
• Read, understand, write technical pape…