Mechanical Process Engineer

As a Mechanical Process Engineer III at Clayco, your primary responsibilities will involve creating and updating piping specifications, performing stress analyses on piping runs, designing equipment specifications, and developing trade scope documents. You'll also be involved in project planning and ensuring designs adhere to industry standards, making your role pivotal to project success.

The ideal candidate for the Mechanical Process Engineer position at Clayco must hold a Bachelor's degree in Chemical or Mechanical Engineering from an accredited institution. You should also have 8+ years of relevant experience, with expertise in pipe and valve specifications, and experience in large capital projects is highly preferred.

While a PE License is preferred for the Mechanical Process Engineer III position at Clayco, it is not strictly required. However, having this certification can enhance your qualifications and demonstrate your expertise in the field, making you a stronger candidate.

Mechanical Process Engineers at Clayco commonly utilize various software tools including Microsoft Word, Excel, PowerPoint, AutoCAD, and Caesar II for piping stress analysis. Proficiency with these applications will be beneficial in meeting the demands of the role.

Clayco offers a comprehensive benefits package that includes learning and development programs tailored to help Mechanical Process Engineers enhance their skills and advance in their careers. This commitment to growth ensures that you stay at the forefront of engineering practices while contributing to exciting projects.

When answering this question, highlight specific projects where you created or updated piping specifications. Emphasize your understanding of industry standards and the importance of accuracy in specifications to ensure project success.

Discuss your methodology for conducting stress analysis, mentioning software tools like Caesar II that you are familiar with. Provide examples of projects where you've applied these techniques and the impact it had on project safety and integrity.

Explain your systematic approach to ensuring compliance, such as staying updated on relevant codes, conducting regular audits, and collaborating with QA/QC teams. Sharing a specific example will showcase your ability to maintain standards.

Choose a specific project that posed significant challenges. Discuss the obstacles you faced, your problem-solving process, and the outcomes. This will demonstrate your ability to handle pressure and think critically.

Talk about your organizational skills and techniques you use to manage time effectively, such as to-do lists, project management software, or prioritization methods. Give an example of a time you successfully managed competing priorities.

Highlight instances of effective collaboration with design teams, emphasizing communication and teamwork. Discuss how cross-functional collaboration improved project outcomes or efficiency in previous roles.

Here, illustrate your ability to bridge the communication gap by providing a scenario where you translated complex engineering concepts into layman's terms for clients or stakeholders, enabling informed decision-making.

Discuss the significance of attention to detail in ensuring the accuracy of designs, specifications, and compliance with engineering standards. Provide examples of how this focus has led to successful project implementation.

Share your strategies for professional development, such as attending industry conferences, participating in workshops, or engaging with professional engineering organizations. This demonstrates your commitment to continuous learning.

Express enthusiasm for Clayco's reputation in the industry, the collaborative culture, and the opportunity to work on exciting projects. Relate your skills and values to the company mission to show you are a great fit.