Electrical Reliability Engineer
Alcoa
- Location
- United States, LA, Lake Charles
- Work model
- On-Site
- Level
- Mid
- Posted
- Sep 4, 2026
About this role
Shape Your World At Alcoa, you will become an essential part of our purpose: to turn raw potential into real progress. The way we see it, every Alcoan is a work-shaper, team-shaper, idea-shaper & world-shaper. We are seeking an Electrical Reliability Engineer to join our team in Lake Charles, LA. This role offers the opportunity to apply and grow your expertise in electrical systems, automation, and reliability while supporting a world-class manufacturing operation. You will work alongside experienced engineering and maintenance professionals to improve equipment performance, support reliability initiatives, participate in electrical projects and system upgrades, and help ensure the safe and efficient operation of critical plant assets.
About the Role
Lead and coordinate installation, troubleshooting, maintenance, field testing, and adjustment of electrical equipment, including systems up to 13.8 kV. Diagnose electrical and control-system problems, coordinate special studies or testing with other disciplines, and oversee testing performed on critical systems. Assist production and maintenance teams with equipment and process issues, applying engineering theory and practical experience to recommend sustainable long-term improvements. Serve as a subject matter expert for engineering design reviews, plans, specifications, proposed facilities, and modifications that may affect maintenance or operations. Troubleshoot and maintain manufacturing equipment, including PLCs, HMIs, drives, motors, and associated control systems. Develop or improve programs and control strategies that support process improvements, equipment upgrades, and new electrical systems. Work with vendors to optimize product performance, evaluate technical solutions, and recommend appropriate new technologies. Provide leadership and active participation to maintain high standards for safety, environmental performance, quality, and efficiency. Lead development and annual review of preventive maintenance programs and work with planning and scheduling personnel to create and maintain tasks identified through RCM practices. Manage asset condition-monitoring programs, technologies, tools, and systems, and support predictive maintenance procedures for early detection of equipment problems. Lead or participate in process and equipment improvements with cross-functional teams that include production, maintenance, engineering, contractors, vendors, and other technical disciplines. Provide technical input for capital investment proposals, shutdown plans, equipment upgrades, and replacement strategies. Generate technical documentation such as troubleshooting guides, technical reviews, studies, safe standard operating procedures, executive summaries, and training materials. What you can bring to this role: Bachelor’s degree in Electrical Engineering, Electrical Engineering Technology, or a related engineering discipline from an accredited institution or equivalent technical education and directly relevant experience may be considered where appropriate. Minimum of two years of relevant industrial electrical engineering, automation, reliability, or manufacturing experience. Working knowledge of industrial automation and control systems, including ladder-logic PLCs, HMIs, variable-frequency drives, AC/DC drives, and motor controls. Working knowledge of low- and medium-voltage power distribution equipment such as switchgear, motor control centers (MCCs), panelboards, and switchboards. Ability to read and interpret electrical, control, and fluid schematics; CAD or AutoCAD experience is beneficial. Demonstrated ability to troubleshoot manufacturing equipment and solve complex electrical or process-control problems. Ability to communicate and collaborate effectively with employees, management, contractors, vendors, and cross-functional teams.
Preferred Qualifications
Experience with Root Cause Analysis, Failure Modes and Effects Analysis, Reliability Centered Maintenance,