Tyler Fultz

- Serve as primary electrical troubleshooting resource for facility maintenance team, resolving complex system faults to minimize production disruptions

- Lead execution of critical after-hours projects that cannot be completed during production time, coordinating work activities and ensuring timely completion

- Mentor and train fellow technicians in electrical troubleshooting, welding, fabrication techniques, and advanced maintenance procedures

- Perform preventative and corrective maintenance on facility-wide equipment including conveyors, packaging lines, and production systems

- Conduct welding and fabrication work to support facility modifications and equipment repairs

- Troubleshoot and resolve electrical issues across all facility systems, earning reputation as go-to resource for technical challenges

- Maintain detailed records of maintenance activities and repairs for traceability and continuous improvement purposes

- Led and supervised 3-person maintenance crew (1 EM2 + 2 EM1 technicians) across shifts, providing technical direction and performance oversight

- Trained and developed new maintenance technicians on equipment operation, safety protocols, troubleshooting methodologies, and best practices

- Systematically identified and resolved critical equipment faults through root cause analysis, driving measurable reductions in recurring issues and system downtime

- Managed multiple facility improvement projects from planning through execution, collaborating with engineering teams to enhance system functionality

- Optimized equipment performance through calibration of sensors, controllers, and actuators in automated material handling systems

- Troubleshot complex electrical systems including 3-Phase, DC, and 24V controls across high-speed automated facility

- Performed advanced panel troubleshooting on 24VDC to 600V 3-phase systems (up to 300A), including control panels, VFDs, and relay logic

- Read and interpreted ladder logic for Siemens PLC systems to diagnose and resolve automation issues

- Ensured compliance with safety regulations during installation, maintenance, and repair of electromechanical equipment

- Assessed and mitigated potential risks associated with servicing electromechanical systems, implementing safety measures to protect personnel

- Collaborated with cross-functional engineering teams to implement design modifications for improved system reliability and performance

- Maintained accurate documentation of maintenance activities, repairs performed, and parts replaced for regulatory compliance and traceability

- Contributed to continuous improvement initiatives by identifying opportunities for process enhancements within the electromechanical domain

- Participated in project design reviews, offering insights from a technician’s perspective to improve maintainability and serviceability

- Operated multiple production machines simultaneously to meet strict production requirements and quality standards

- Followed detailed instructions to operate machinery with precision, producing high-quality products consistently

- Maintained equipment performance through routine lubrication, cleaning, and minor adjustments to prevent downtime

- Loaded raw materials and unloaded finished products efficiently to maintain smooth manufacturing process flow

- Contributed to team production goals while maintaining focus on safety and quality standards