Electrical Maintenance Engineer

Overview

Support reliable operation of plant electrical and automation systems while minimizing costs.

Key Responsibilities

• root cause
• preventive maintenance
• technical support
• control design
• lifecycle analysis
• capex projects

Tasks

-Work with training coordinator to set up and organize training sessions for Technicians. -Lead and participate in Root Cause Failure Analysis for downtime events that meet trigger criteria. -Help develop and implement preventive maintenance programs for new and existing equipment. -Provide technical support to maintain, troubleshoot and repair power system components including breakers, relays, arrestors, transformers etc. -Provide Support to the Corporate Engineering Department. -Maintain a safe working environment at all times. -Integrate maintenance tasks required for new equipment and installations into existing maintenance plans. -Design and implement control system architecture upgrades or enhancements. -Strengthen supply chain by selecting best of class products and fostering relationships with vendors, suppliers, and service providers. -Perform lifecycle analysis on electrical and control system equipment and generate EOL/obsolescence plans. -Assist Electrical Manager with reporting, general operations and planning, audits and future planning. -Ensure high reliability through evaluations of critical spare parts availability. -Evaluate and implement necessary power distribution, automation and motor control infrastructure upgrades or enhancements to ensure reliable operation. Develop and implement CAPEX projects related to electrical and automation infrastructure improvements. -Provide maintenance engineering support to the electrical team. -Provide technical support to troubleshoot and repair complex industrial equipment and systems including medium and low voltage VFDs, PLC, HMI, plant control systems, and instrumentation systems. -Evaluate chronic failures and RCA actions to develop and implement long term improvements. -Maintain and promote strict adherence to all safety rules, regulations, and company policies.

Requirements

• electrical engineering
• plc
• vfd
• ms project
• bachelor's
• industrial maintenance

What You Bring

-Excellent interpersonal, communication and reasoning skills; strong supervisory skills. -Must be able to read, write and speak English. Bilingual (English/Spanish), preferred. -Excellent computer skills including use of Microsoft Office suite including MS Project. -Experience with Industrial Control products (PLC, VFD, DCS and HMI). -Able to assimilate and embrace change. -Basic understanding of Hydraulics and Pneumatics. -Bachelor’s degree in electrical engineering. -Knowledge of Cement process and lab instrumentation a plus. -Must be able to work extended hours, holidays, nights, and weekend as needed. -5 years minimum professional Electrical Engineering experience, required. Industrial maintenance experience preferred. -Clearly articulate ideas or issues to management. -Ability to interpret and create ladder logic diagrams, logic diagrams, process flow diagram and electrical schematics. -Experience with preventive maintenance and maintenance management of electrical equipment related to a large industrial facility, such as MCCs, VFDs, transformers, power lines, Large AC and DC motors, DC generators, etc.

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About Titan America

-Founded as part of Belgium’s TITAN Cement Group, has grown into a vertically integrated materials supplier. -Operates cement plants in Roanoke, VA and Medley, FL, plus quarries, ready-mix concrete and block facilities across the Eastern U.S. -Its projects include large infrastructure and heavy-civil builds, as well as regional housing and industrial developments. -Strengthens footprint via strategic acquisitions, including Mid-Atlantic aggregates and critical-minerals operations. -Produces advanced low-carbon cement and alternative fuels at state-of-the-art facilities, blending innovation with traditional materials. -Known for modernizing historic plants and integrating new technologies, merging century-old roots with 21st-century engineering.

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