Electrical Engineer

Finezi Inc.

📍San Ramon, CA
Posted May 21, 2026

Job Overview

Position

Electrical Engineer

Company

Finezi Inc.

Location

San Ramon, CA

Work Type

On-site

Job ID

li-4416596183

Job Description

Electrical Engineer – Distribution Engineering & Predictive Analytics

Job Title:
Electrical Engineer

Location:
San Ramon, CA 94583 (Hybrid – 3 Days Onsite)

Duration:
12 Months

Rate:
$65/hr – $80/hr on W2

Job Overview

We are seeking an experienced Electrical Engineer with strong analytical and distribution engineering expertise to support grid reliability and asset management initiatives. This role will focus on analyzing smart meter data, predictive alerts, operational trends, and historical defect data to identify and prioritize transformer and electrical line defects across overhead and underground distribution systems.

The ideal candidate will have a solid understanding of electric distribution operations, protective devices, and power flow analysis, along with the ability to translate technical findings into actionable recommendations for field operations and engineering teams.

Key Responsibilities

  • Analyze smart meter data, predictive alerts, inspection records, and operational datasets to identify potential transformer and electrical line defects.

  • Support predictive maintenance and reliability programs for overhead and underground electric distribution systems.

  • Interpret electrical distribution system behavior and translate analytical results into actionable field recommendations.

  • Collaborate with field operations, Protection & Control, engineering, and asset management teams to validate predictive insights and improve operational efficiency.

  • Perform investigative analysis on distribution system events, equipment failures, and reliability concerns.

  • Utilize historical defect data and operational trends to improve prediction accuracy and reduce false positives.

  • Support distribution power flow analysis and protective device coordination activities.

  • Develop reports, dashboards, and engineering documentation to communicate findings and recommendations.

  • Assist with reliability improvement initiatives and engineering assessments related to distribution assets.

  • Participate in onsite meetings, field visits, and cross-functional workshops as needed.

Required Qualifications

  • Bachelor’s degree in Electrical Engineering.

  • Strong knowledge of electric distribution systems and distribution engineering principles.

  • Familiarity with:

  • Electric distribution line equipment

  • Protective device settings

  • Distribution operations

  • Distribution power flow analysis

  • Experience analyzing large datasets including operational, inspection, and historical defect data.

  • Ability to interpret smart meter data and predictive alerts.

  • Strong analytical, investigative, and problem-solving skills.

  • Experience collaborating with cross-functional engineering and field teams.

  • Strong communication and documentation skills.

Preferred Qualifications

  • Experience supporting utility, energy, or power distribution environments.

  • Familiarity with predictive analytics or machine learning applications in utility operations.

  • Experience with transformer health analysis and defect prioritization.

  • Knowledge of overhead and underground distribution systems.

  • Experience working with asset management and reliability programs.

Work Environment

  • Hybrid role with 3 days onsite at the San Ramon Conference Center.

  • Client laptop will be provided.

  • PPE may be required for field visits.

  • Approved mileage/travel expenses outside the primary work location may be reimbursed with manager approval.

Additional Information

  • Local candidates only.

  • Ability to work collaboratively in a fast-paced utility operations environment.

  • Strong attention to detail and ability to manage multiple priorities effectively.

Interview Prep

AI-powered insights to help you prepare

Key Skills

Required:
Preferred:

Practice Questions

💡Technical Questions (3)
  • 1.How do you approach analyzing smart meter data and predictive alerts to identify and prioritize transformer defects across a large distribution system?
  • 2.Can you explain your process for performing distribution power flow analysis and how it informs protective device coordination?
  • 3.When evaluating operational trends and historical defect data, what key indicators do you look for to differentiate a genuine equipment failure risk from a false positive predictive alert?
🎯Behavioral Questions (3)
  • 1.Tell me about a time you had to translate complex technical findings from a data analysis into actionable recommendations for field operations teams.
  • 2.Describe a situation where you collaborated with Protection & Control, asset management, and engineering teams to validate a predictive insight. How did you handle differing perspectives?
  • 3.Give an example of a time you managed multiple high-priority analytical tasks in a fast-paced utility operations environment. How did you ensure accuracy and meet deadlines?
🧩Situational Questions (2)
  • 1.You receive a predictive alert flagging a high probability of failure for an underground residential distribution transformer, but the recent inspection records show no visible issues. How do you proceed?
  • 2.During a cross-functional workshop, field operations pushes back on your predictive analytics recommendations, stating that the false positive rate is too high and causing unnecessary truck rolls. How do you address their concern?

Resume Keywords

Make sure these keywords appear on your resume

Smart meter dataDistribution engineeringPredictive analyticsPower flow analysisProtective device coordinationTransformer healthAsset managementGrid reliabilityOverhead and undergroundCross-functional collaborationDefect prioritizationOperational trends

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