General Engineer - T&S Engineering Standards

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Transmission & Substation (T&S) Standards are responsible for maintaining and developing new standards and engineering practices that ensure standardized, efficient, safe, and cost-effective designs. This position is responsible for Engineering Design Standards for Transmission and Substation assets including voltages of 765kV, 345kV, 138kV, 69kV, 34kV, 12kV & 4kV.

T&S Standards include Engineering Practices, Engineering Standard Practices, Material Specifications, Construction Specifications and Generic Design Drawings. This consists of various responsibilities including reviewing, updating, and facilitating the development of T&S design standards, while working closely with the T&S groups to ensure effective standard implementation. Provides technical expertise to strategic, legislative and operational decisions. This position collaborates with the other Exelon companies and is involved in creating, updating, and applying internal/industry design standards and technology in a specialized area of expertise.

Operates independently and seeks guidance when appropriate. Position may be required to work extended hours for coverage during storms or other energy delivery emergencies.

• Serves as a Subject Matter Expert for a specific class of T&S Standards including management of Engineering Practices, Engineering Standard Practices, Material Specifications, Construction Specifications and Generic Design Drawings.
• Point of Contact for technical questions related to material application and design standards.
• Works with Vendors on material design improvements and implementation.
• Collaborates with Equipment Specialists, Relay & Protection, Substation Engineering, Transmission Engineering, Capacity Planning, Transmission Planning, Testing & Commissioning Engineering, field groups, etc. to set the design and material standards and applications while ensuring safety, effectiveness, and constructability of standards.
• Perform assignments while acting independently and may lead multi-discipline teams.
• Provides recommendations for management and implements action plans to improve reliability.
• Provides detailed technical training, mentorship, peer review, and/or guidance to others.
• Interface with applicable industry groups such as IEEE, EPRI, EEI, MEA, etc. to introduce new design improvements and materials.
• Investigate common points of failure modes and trends for the purpose of material or design standard improvements as well as supporting the analysis of extent of condition.

• Influences project decisions having a moderate impact on the company that may include leading employees or contractors in the commissioning of electrical systems and equipment to be placed On System.
• Applies technical knowledge to help promote a safe work environment and to enhance customer satisfaction.

• Bachelor of Science degree in Engineering or Licensed Professional Engineer.
• Ability to analyze and interpret complex electrical and mechanical systems.
• Knowledge and ability to apply problem solving approaches and engineering theory.
• Knowledge of engineering designs, principles and practices.
• Knowledge of complex field test equipment.
• 4-7 years of professional engineering experience.
• Broad knowledge and experience with regulations, guides, standards, codes methods, practices, and advanced engineering principles necessary to perform very complex or unique assignments for a specific.
• Minimum of two related career experiences (i.e., changes in technical job responsibilities, which may or may not include a change in department) OR Engineer in Training OR 50% complete (by hours) with advanced technical degree, M.B.A. or Project Management Certification.
• Master's degree in Engineering reduces the OJT experience requirement by 1 year. License must be issued by the state in which you are practicing. PE License reduces the OJT experience requirement by 1 year.…