Power Systems Electrical Engineer

Hawkins HR Consulting, LLC•Deer Park, TX

3d•$125,000 - $150,000•Onsite

About The Position

We are seeking an experienced Power Systems Electrical Engineer to join our team and play a critical role in the reliability, performance, and long-term improvement of electrical power systems and equipment. This is an excellent opportunity for an engineer who wants to expand their technical expertise, take on increasing responsibility, and work closely with an experienced mentor. The role offers a strong path for professional growth and advancement within the organization. As a Power Systems Electrical Engineer, you will support the reliability, maintenance, optimization, and performance of electrical power systems ranging from 120V low-voltage systems through high-voltage systems up to 69kV/138kV.

Requirements

Bachelor's degree in Electrical Engineering, Power Systems Engineering, or a closely related discipline
Minimum 4 years of relevant engineering experience
Experience with electrical power systems ranging from 120V through high-voltage systems, including systems up to 69kV/138kV
Experience with transformers and electrical distribution systems
Demonstrated experience with motor circuit analysis
Experience with transformer oil analysis
Strong understanding of electrical reliability, maintenance, and condition-monitoring principles
Knowledge of applicable electrical codes and standards, including NFPA/NEC and NETA or comparable standards
Strong analytical and problem-solving skills
Ability to analyze technical data and translate findings into practical reliability improvements
Strong communication and cross-functional collaboration skills

Nice To Haves

Experience in a chemical manufacturing or other process manufacturing environment
Experience with reliability engineering methodologies, including RCM, FMEA, RCA, and Weibull analysis
Experience with predictive maintenance and condition-monitoring technologies, including infrared thermography
Experience with CMMS systems and maintenance data analysis
Certified Reliability Engineer (CRE)
Lean Six Sigma Green Belt

Responsibilities

Support the reliability and performance of electrical power distribution systems and equipment.
Analyze and improve electrical system reliability across low-, medium-, and high-voltage applications.
Work with electrical distribution equipment, including transformers and associated power systems.
Perform and interpret motor circuit analysis to identify developing electrical and equipment issues.
Conduct and/or evaluate transformer oil analysis to assess transformer condition and identify potential reliability concerns.
Conduct equipment criticality assessments and risk analysis to identify and prioritize critical electrical assets.
Develop and implement asset strategies aligned with equipment criticality and business objectives.
Support the execution of the site's 3-year Reliability Improvement Plan.
Evaluate preventive maintenance programs and identify opportunities to eliminate low-value maintenance activities while maintaining appropriate risk controls.
Utilize condition-monitoring and predictive-maintenance technologies to improve equipment performance and reliability.
Analyze maintenance history, reliability metrics, root-cause analysis results, and equipment performance data to identify improvement opportunities.
Facilitate or support Root Cause Analysis (RCA), Reliability Centered Maintenance (RCM), FMEA, and Weibull analysis activities.
Develop and implement corrective actions and continuous improvement initiatives.
Provide electrical reliability and maintenance input for capital projects, including equipment selection, design reviews, bills of materials, and maintenance strategies.
Support the integration of new equipment into site reliability and maintenance systems.
Ensure maintenance and inspection information is accurately documented within CMMS systems.
Support equipment inspections and facility audits to identify reliability concerns proactively.
Partner with maintenance and reliability teams to optimize spare-parts strategies and equipment availability.
Champion Management of Change (MOC) processes for electrical equipment and process modifications.
Collaborate with cross-functional teams to improve safety, reliability, production performance, and cost effectiveness.