Electrical and Mechanical Maintenance Tech

As an Electrical and Mechanical Maintenance Tech at Charter Aarrowcast, you will be responsible for the installation, maintenance, and troubleshooting of electromechanical systems. Your duties will include performing preventive maintenance on equipment, troubleshooting complex machinery issues, and maintaining parts inventory. Additionally, you’ll support continuous improvement efforts and help train new technicians, ensuring the smooth operation of the plant.

To apply for the Electrical and Mechanical Maintenance Tech role at Charter Aarrowcast, you should have a technical degree, a journeyman’s card, or over five years of relevant industrial maintenance experience. Essential skills include the ability to interpret complex documents, operate electrical and mechanical testing equipment, and demonstrate proficiency in troubleshooting, welding, and utilizing hand and power tools.

Charter Aarrowcast offers a comprehensive benefits package for Electrical and Mechanical Maintenance Techs, which includes competitive pay, a $5,000 sign-on bonus, health, dental, and vision benefits, a 401(k) plan with employer matching, and company-paid life and disability coverages. Employees also enjoy Paid Time Off to promote work-life balance.

In the role of Electrical and Mechanical Maintenance Technician at Charter Aarrowcast, you will receive ongoing training to enhance your skills. The company believes in the importance of training, combining your existing experience with the knowledge shared in training programs to foster success and career advancement within the team.

The work environment for an Electrical and Mechanical Maintenance Tech at Charter Aarrowcast is collaborative and energetic. You'll work as part of a supportive team that promotes communication and problem-solving. The company is committed to maintaining safety standards while providing a variety of challenges that keep the job both engaging and rewarding.

When asked about my troubleshooting process for electromechanical systems, I emphasize my systematic approach. First, I identify the issue through observations and diagnostics. Next, I consult schematics and technical documents to understand the system's functionality better. I then isolate the problem, test possible solutions, and implement the most effective fix while adhering to safety protocols.

In discussing my experience with preventative maintenance, I highlight specific tasks I've performed, such as scheduling regular inspections, lubricating equipment, and replacing worn parts before they lead to failures. I believe in documenting maintenance activities to track the effectiveness of preventative measures and continuously improve uptime.

When faced with multiple machines needing maintenance, I assess their impact on overall production. I prioritize tasks based on factors like downtime implications and the severity of equipment issues. Communicating with team members and supervisors also plays a crucial role in ensuring that everyone is aligned on priorities.

Safety protocols are paramount in my work. I start by ensuring that the power is off before beginning any repairs. I wear appropriate PPE, follow lockout/tagout procedures, and remain aware of my environment. I also actively participate in safety meetings to stay updated on best practices and reinforce a culture of safety within the team.

One challenging repair I completed involved troubleshooting an intermittent electrical fault in a production line motor. After investigating, I identified a faulty variable frequency drive. I replaced the drive and tested it under various operational conditions. The outcome was successful—stable operation was restored, and production efficiency improved significantly afterward.

In handling equipment failures during a shift, I remain calm and focused. My first step is to assess the situation and determine if it's something I can troubleshoot quickly. If not, I communicate with my team to get support, document the issue, and follow procedures to minimize downtime while keeping production informed.

I have extensive experience maintaining hydraulic systems, including troubleshooting leaks, replacing seals, and ensuring proper fluid levels. I also understand how to interpret hydraulic schematics and can perform functional tests to ensure systems operate efficiently. Regular inspections help prevent issues from escalating.

I contributed to a continuous improvement initiative focused on reducing machine downtime. By analyzing maintenance records, I identified patterns in failures and proposed a new preventative maintenance schedule. This initiative led to decreased unplanned downtime and increased productivity across the plant.

I stay current with industry developments by subscribing to relevant magazines, attending webinars, and participating in professional organizations. I also pursue additional training and certifications as needed, ensuring that I am familiar with the latest technologies and maintenance techniques.

What I enjoy most about being an Electrical and Mechanical Maintenance Tech is the variety of challenges it presents. Each day is unique, and I appreciate the opportunity to apply my skills to solve real problems. The teamwork and the sense of accomplishment from keeping equipment running smoothly also make the role rewarding.