Engineer 3

Lead the integration of new technologies (pre-commercial or commercial equipment new to Client) into the system.

Assess pilot projects aProductst success criteria and determine readiness for system-wide deployment.

Develop, update, and maintain engineering standards to support new technologies and evolving compliance requirements.

Ensure alignment with regulatory mandates, risk mitigation strategies, and corporate objectives.

Collaborate with key stakeholders including Project Leads, Subject Matter Experts, Substation Construction & Maintenance, Operations, and Training Teams.

Facilitate communication and engagement throughout all phases of technology transition.

Partner with Technology Integration and Training teams to develop training plans for end-users.

Ensure updates to operating manuals, maintenance procedures, and compatible units are completed before deployment.

Define asset ownership and responsibilities (e.g., Infrastructure Replacement Sponsor, Equipment Maintenance).

Oversee SAP and Master Data integration for new technologies.

Manage standards change requests through all phases of the Standards Process.

Maintain documentation and ensure procedural compliance for technology transfer and standards updates.

Conduct impact assessments for new standards and technology adoption, including operational, safety, and training implications.

Identify gaps and feed insights back to strategy teams for roadmap updates.

Standards Expertise: Deep understanding of transmission, distribution, and substation standards; ability to own and manage standard content and updates.

Regulatory Knowledge: Familiarity with CPUC General Orders, NERC requirements, and compliance frameworks.

Design & Analysis: Ability to interpret engineering principles and evaluate implications of standards changes (e.g., conductor tension tables, clearance, structural loads).

Software Proficiency: Working knowledge of tools impacted by standards updates (AUD/DM, SPIDA pole loading); AutoCAD for substation standards drawing updates.

Technology Integration: Capability to lead pilot processes and facilitate technology transfer for new equipment and systems.

Roadmap Alignment: Awareness of Asset Strategy & Planning (ASP) roadmaps to ensure standards updates align with organizational goals and asset management strategies.

Risk Assessment: Ability to evaluate QA/QC findings, assess operational impacts, and identify gaps for continuous improvement.

Pilot Facilitation: Lead technology pilots, coordinate stakeholder engagement, and manage transition to long-term business processes.

Communication: Develop and deliver standards updates, facilitate Q&A sessions, and engage in industry forums (e.g., NEETRAC).

Stakeholder Alignment: Act as the face of ASP with other organizational units, ensuring collaboration across engineering, operations, and planning teams.

Collaboration: Work effectively with SMEs, planners, and field personnel to resolve technical queries and implement standards.

Adaptability: Ability to manage complex tasks across multiple standards and disciplines in a dynamic environment.

Education: Bachelors degree in Electrical Engineering or related field; Professional Engineer (P.E.) license preferred.

Technical Expertise: Advanced knowledge of power systems, standards development, regulatory compliance (CPUC, NERC), and proficiency with engineering tools (e.g., AutoCAD, SPIDA, AUD/DM).

Leadership & Collaboration: Strong ability to lead technology pilots, manage standards updates, and coordinate across cross-functional teams while influencing decisions.

Strategic & Analytical Skills: Skilled in risk assessment, cost-benefit analysis, and aligning technology adoption with organizational roadmaps; excellent communication and problem-solving mindset.