Process Engineering Tech - job 1 of 2

As a Process Engineering Tech at Atlas Energy Solutions, your primary responsibilities include daily oversight of manufacturing operations, documenting equipment downtime, and ensuring effective communication with field personnel. You will also monitor quality trends, assist in troubleshooting, support field operations, and prepare daily production reports, all while adhering to Atlas Energy and MSHA standards.

To qualify for the Process Engineering Tech role at Atlas Energy Solutions, candidates must possess a technical or associate degree in Automation, Electrical, Electro-Mechanical, or a related field. Additionally, recent experience with industrial systems is beneficial, and candidates should be comfortable working a 12-hour rotating schedule, alternating between day and night shifts.

The work environment at Atlas Energy Solutions for a Process Engineering Tech is dynamic and collaborative. You will work closely with colleagues in a fast-paced setting, ensuring efficient production processes. Our office culture emphasizes teamwork, attention to detail, and proactive problem-solving, all while prioritizing the well-being of our employees.

Atlas Energy Solutions is committed to supporting the professional growth of its Process Engineering Techs through comprehensive training programs, a strong team-oriented environment, and a dedication to safety and quality standards. We prioritize employee well-being and encourage team members to take on challenges and propose innovative solutions.

Success as a Process Engineering Tech at Atlas Energy Solutions requires a combination of analytical skills, attention to detail, and effective communication abilities. A proactive approach to problem-solving, a strong work ethic, and the capability to multitask in a fast-paced environment are also essential for thriving in this role.

In your response, highlight specific examples from previous positions where you were involved in manufacturing processes. Discuss any responsibilities you had related to monitoring operations, troubleshooting issues, or improving production efficiency.

Share your strategies for time management, such as creating to-do lists or utilizing digital tools. Give an example of a situation where your multitasking enabled successful outcomes.

Provide a specific instance where you noticed an inefficiency or problem within a process and the steps you took to address it. Discuss how your actions led to measurable improvements.

Discuss the relevant tools or software you have used in industrial settings, such as automation systems or data analysis programs. Highlight how these tools helped you monitor and improve production processes.

Emphasize the importance of clear and consistent communication in ensuring smooth operations. Share techniques you’ve used to maintain open lines of communication, such as regular check-ins or using collaborative platforms.

Outline a systematic approach for identifying the root cause of the issue, including monitoring data trends, communicating with team members, and implementing corrective measures to resolve the deviation.

Discuss your understanding of safety regulations, such as those set by MSHA. Provide examples of how you have successfully implemented or adhered to safety protocols in previous positions.

Share personal examples of how you ensure accuracy in your tasks, such as double-checking data, documenting findings meticulously, and the importance of maintaining high standards in production monitoring.

Explain your passion for process engineering, perhaps mentioning your fascination with technology, automation, or improving efficiencies. Relate it back to your desire to contribute meaningfully to a company's production goals.

Discuss techniques for resolving conflicts, such as approaching the conversation openly and focusing on finding a solution that serves the company's best interest. Emphasize your willingness to collaborate and seek compromise.