Junior Maintenance Technician - Automation (600 B)

As a Junior Maintenance Technician - Automation at Nemera, your primary responsibilities include maintaining equipment, troubleshooting mechanical, electrical, pneumatic, and hydraulic issues, and performing preventive maintenance to ensure optimal performance. You'll also be responsible for monitoring processes, diagnosing hardware problems, repairing robotic arms, and inputting maintenance work orders into our Computerized Maintenance Management Software (SAP).

To qualify for the Junior Maintenance Technician - Automation position at Nemera, candidates should have a high school diploma or equivalent along with a minimum of three years of relevant experience in areas such as electrical systems, pneumatics, hydraulics, and robotics. A basic understanding of PLC programming and hands-on experience with tools is preferred. Candidates must also demonstrate a commitment to safety and continuous learning.

While the essential requirements for the Junior Maintenance Technician - Automation position at Nemera involve mechanical skills and relevant experience, preferred skills include proficiency in Microsoft Office applications, familiarity with SAP software, and an understanding of Lean Manufacturing concepts. Candidates should also be mechanically inclined, possess strong hand-eye coordination, and be able to follow both verbal and written instructions.

The work environment for a Junior Maintenance Technician - Automation at Nemera is a clean manufacturing facility that prioritizes safety. Expect moderate noise levels and a requirement for personal protective equipment (PPE) and cleanroom apparel. You will be actively engaging in hands-on maintenance of machinery, making it essential to be comfortable working in an industrious setting.

Nemera is committed to the career development of our Junior Maintenance Technicians - Automation. We provide various onsite and offsite training opportunities, including OEM training and mentorship from experienced team members. This focus on continuous learning not only enhances your technical skills but also equips you for future career advancements within the company.

When troubleshooting mechanical issues, it's vital to approach the problem systematically. Start by examining the equipment's symptoms, then identify potential causes based on your knowledge of pneumatics, hydraulics, and electrical systems. Utilize diagnostic tools if available and don't hesitate to consult with colleagues or documentation for insights. The goal is to locate the root cause efficiently and propose a practical solution.

In interviews, it's important to detail your experience with PLC programming by discussing specific instances. Provide examples of tasks you've completed, any programming languages you are familiar with, and how you've utilized PLCs to enhance equipment functionality in previous roles. Highlight your commitment to learning if you're still developing this skill.

Effective communication is key in maintenance roles. Highlight an example where you informed your team about a problem promptly, coordinated efforts to resolve it, and ensured everyone was aware of their responsibilities. Discuss any tools or strategies you used to maintain clear communication, such as meetings or updating work order statuses.

Safety is paramount in any maintenance role. Discuss specific safety protocols you follow, such as Lock Out/Tag Out procedures, wearing proper PPE, and maintaining a clean workspace. You can also mention your awareness of the surroundings and commitment to reporting unsafe conditions to supervisors immediately.

Express your enthusiasm for continuous learning and technology by providing examples of how you've proactively expanded your knowledge. This could include attending workshops, completing relevant certifications, or simply dedicating time to self-study new automation technologies. Emphasize your eagerness to implement what you've learned practically.

When faced with multiple machines requiring maintenance, prioritizing based on urgency and impact is crucial. Examine each issue's potential effects on production, safety, and equipment longevity. Craft a logical approach for addressing the most critical tasks first while maintaining clear communication with your supervisor and team about your decisions.

Accuracy is essential; discuss your approach to double-checking your work by reviewing the specific standards and specifications before proceeding with tasks. You may also mention the importance of using a checklist and confirming measurements, especially when dealing with repairs on machinery and quality controls.

In high-pressure situations, maintaining composure is vital. Discuss strategies you use to approach challenges, such as breaking down tasks, evolving a problem-solving mindset, and seeking assistance when necessary. Emphasize the importance of communication and teamwork to help alleviate pressure.

Preventive maintenance is fundamentally aimed at reducing the likelihood of equipment failure. Discuss specific practices you've implemented in your previous roles, such as regular inspections, scheduled repairs, and making recommendations based on equipment performance data. Highlight your commitment to ensuring machinery operates efficiently.

Share your passion for technology, problem-solving, and continuous improvement as motivators for pursuing a career in automation maintenance. Highlight specific experiences or projects that ignited your interest in the field and discuss how the impact of this work excites you, particularly in terms of contributing to innovative manufacturing practices.