Lead Systems Engineer- PE

A Lead Systems Engineer at Messer is responsible for integrating system activities that support various proposals and projects. This includes developing Piping & Instrumentation Diagrams (P&IDs), creating process specifications for essential equipment, and interpreting chemical process simulations. Additionally, the engineer coordinates HAZOP activities and participates in plant mechanical checkouts, ensuring that they reflect all site modifications during commissioning.

To qualify for the Lead Systems Engineer position at Messer, candidates must have a BS in Chemical Engineering and at least 10-15 years of experience in areas such as P&ID development and chemical systems engineering. Proficiency in HAZOP processes and an expert understanding of process plant documentation development are also essential for success in this role.

At Messer, career growth is a priority! As a Lead Systems Engineer, you will have access to ongoing training and development opportunities that empower you to enhance your skills. The inclusive culture at Messer encourages employees to pursue their potential, with plenty of pathways for career progression across various roles within the company.

The Lead Systems Engineer at Messer will work on a variety of exciting projects, including green-field installations, plant relocations, and upgrades for existing facilities aimed at increasing capacity and efficiency. Projects can range significantly in scale, covering budgets from $5MM to $120MM, providing a dynamic and challenging work environment.

Messer stands apart as the world’s largest privately held industrial gases company by prioritizing a strong safety culture and fostering meaningful relationships. Employees enjoy a stable and supportive workplace, comprehensive benefits, and opportunities to contribute to innovative gas technology solutions that have a real impact on communities and industries around the world.

When discussing your experience with P&IDs, highlight specific projects where you developed these diagrams, discussing your methodology and the significance of proper documentation within system integration. Mention the impact your work had on project efficiency and safety.

A HAZOP, or Hazard and Operability Study, is a structured and systematic examination of a complex planned or existing process. To answer effectively, describe a specific instance where you participated in HAZOP activities, your role in identifying potential hazards, and how your findings contributed to improving safety measures in projects.

Discuss your project management strategies, such as prioritizing tasks based on urgency and importance, effective communication with stakeholders, and ensuring thorough documentation. Provide examples of past experiences where your management abilities led to successful project completion.

Mention specific software tools like AutoCAD or specialized P&ID software that you've used in your previous roles. Explain how these tools have enhanced your productivity and the accuracy of your engineering designs.

Choose a relevant engineering challenge that required analytical thinking and collaboration. Detail the steps you took to analyze the problem, the resources you utilized, and the successful outcome of your solution, emphasizing your critical thinking skills.

Discuss your thorough understanding of relevant industry standards and regulations. Explain how you incorporate these standards into your engineering practices, such as through regular review processes and continuous learning to stay updated with any changes.

Highlight your communication style—be it through regular meetings, reports, or collaborative software. Emphasize the importance of clarity and transparency in communication, as well as the need to actively listen to feedback from team members and stakeholders.

Explain the critical function of a Lead Systems Engineer in evaluating design and operational processes to identify hazards before they manifest. Talk about how your role contributes to a safer workplace through thorough documentation and by overseeing compliance with safety regulations.

Detail your systematic approach to developing process specifications by addressing the specific requirements for equipment and systems. Mention how you ensure these specifications align with project goals and safety regulations.

Reflect on your passion for engineering, the desire to solve complex problems, and the impact your work has on improving processes and safety in the industry. Mention how Messer's values align with your motivations and goals.