1. Analyzes and develops a wide range of technical data, engineering reviews, trend analyses, and short- to long-range Smart Grid technology assessments, including evaluations of new devices, materials, products, and vendor solutions. Performs investigations and product/specification verifications to support sound engineering and business decisions. May present findings and recommendations to management, internal stakeholders, field organizations, customers, and vendors.
2. Identifies, communicates, and drives resolution of technical concerns related to Smart Grid and T&D device deployment while adhering to sound engineering principles. Actively challenges designs, assumptions, and field conditions when necessary to ensure T&D and Smart Grid standards are technically sound, cost-effective, compliant with applicable codes and regulations, support long-term reliability, and meet customer, budget, and schedule commitments.
3. Interfaces with customers and cross-functional teams (e.g., Smart Grid, protection, communications, operations, construction, and supply chain) to assess needs, define project scope, and obtain required data to support key engineering and standards decisions. Coordinates with internal and external stakeholders to support successful deployment of new technologies.
4. Provides oversight and support for engineering and Smart Grid technical programs, including managing program requirements, coordinating with
cross-organizational partners, reviewing operating experience from deployed devices, and driving corrective actions to ensure ongoing alignment with T&D and Smart Grid standards.
5. Supports projects and system modifications that improve operational efficiency, automation, and grid reliability. Reviews designs, construction documentation, and standards to ensure compliance with Smart Grid device requirements, design specifications, schedules, and applicable regulatory or safety requirements.
6. Plans, coordinates, prioritizes, and applies resources to moderate-complexity projects or processes related to Smart Grid standards, device integration, and construction or installation practices.
7. Demonstrates initiative by identifying and removing barriers to progress, leveraging available resources, and proactively supporting outcomes that enable successful Smart Grid technology adoption.
8. Reviews and validates engineering analyses, evaluations, and investigations prepared by others to ensure technical accuracy, consistency, and alignment with established T&D and Smart Grid standards.
9. Provides technical guidance and mentorship to other engineers, supporting their development in Smart Grid technologies, standards application, and engineering best practices.
10. Maintains awareness of current and emerging technologies, industry standards, and competitive developments related to Smart Grid devices, automation, communications, and utility engineering practices.
11. Sustains a high level of technical expertise through formal education, self-study, and continuous learning, with emphasis on Smart Grid technologies, device standards, and evolving utility engineering advancements.
