Lead Process Engineer

As a Lead Process Engineer at Brindley Engineering, your responsibilities include conducting field evaluations of process units, performing essential calculations, developing PFDs and P&IDs, and providing comprehensive design documentation across engineering disciplines. Additionally, you'll interface directly with clients and contractors, attend meetings, and give technical support during field execution, making your role crucial for project success.

To qualify for the Lead Process Engineer position at Brindley Engineering, you should have a Bachelor of Science in Chemical Engineering and typically between 7 to 15 years of relevant experience. Licensure as a Professional Engineer (P.E.) is preferred, along with strong technical skills in P&ID development and process simulation software like Aspen Plus or HYSYS.

Brindley Engineering is committed to the professional development of its employees. As a Lead Process Engineer, you'll have the opportunity to enhance your technical knowledge of refinery and chemical processes, engage with industry codes and standards, and participate in professional organizations like AIChE. This role also allows you to grow in leadership by mentoring teams and taking on projects that solidify your expertise.

The work environment for a Lead Process Engineer at Brindley Engineering is diverse and dynamic. You will find yourself working both in the office and on-site, often leading field assignments that require physical mobility and adaptability to different weather conditions. We're dedicated to fostering a collaborative and supportive atmosphere where your contributions are valued.

A Lead Process Engineer at Brindley Engineering needs a strong foundation in process engineering concepts, including knowledge of P&ID development, heat and material balances, hydraulic calculations, and understanding of relief device sizing. Familiarity with API standards and ASME codes is vital, and experience with process simulation software like Aspen Plus or HYSYS is preferred.

At Brindley Engineering, a Lead Process Engineer can look forward to considerable opportunities for advancement. You can deepen your technical skills, take on leadership roles within technical teams, and participate in industry committees. Your role may evolve into that of a subject matter expert or lead engineer, paving the way for potential higher positions.

The Lead Process Engineer role at Brindley Engineering involves specific physical requirements, such as being able to lift and move objects weighing up to 50 lbs, work at heights, and possibly access confined spaces. Candidates should be aware that certain client-specific site requirements, including PPE adherence and mobility constraints, will apply.

In answering this question, it's important to detail your hands-on experience with Process Flow Diagrams (PFDs) and Piping and Instrumentation Diagrams (P&IDs). Discuss specific projects where you created or optimized these documents, sharing the impact your work had on process efficiency and safety.

You should highlight a systematic approach to leading technical evaluations, focusing on teamwork, data analysis, and effective communication. Share examples of past evaluations where you utilized specific methodologies to identify process improvements, optimize performance, and ensure compliance with industry standards.

For this question, it's key to outline the project scope, the challenges you faced, and the steps you took to resolve them. Emphasize your problem-solving skills, adaptability, and how you motivated your team to maintain project timelines and quality standards.

In your response, demonstrate your commitment to continuous learning. Discuss how you engage with professional organizations like AIChE, attend workshops or conferences, and keep up with industry publications to ensure you are aware of any changes in codes and standards that may affect your engineering practices.

Emphasize how essential process simulation software has been in your designs. Discuss the types you’ve used, such as Aspen Plus or HYSYS, and specific instances where these tools contributed to enhanced accuracy and efficiency in your designs. Make sure to express your comfort and proficiency level with these programs.

In addressing this question, focus on your mentorship philosophy. Talk about creating a supportive environment, sharing knowledge and experiences, providing constructive feedback, and setting up opportunities for junior engineers to take on responsibilities that challenge their skills and grow professionally.

Detail your systematic approach when creating scope of work packages, emphasizing collaboration with multidisciplinary teams, clear communication of requirements, and ensuring all documentation is precisely aligned with project goals. Share success stories where your thorough packaging led to smooth project execution.

You should be prepared to share a concrete example where your intervention significantly improved a process unit. Focus on the strategies you employed, data-driven decisions you made, and the measurable outcomes that highlighted your impact on operational efficiency.

Discuss your communication skills and your approach to building strong working relationships with both clients and contractors. Illustrate strategies that emphasize transparency, regular updates, and conflict resolution, ensuring that projects progress smoothly and all parties are engaged.

Talk about your time-management skills, prioritization techniques, and the importance of teamwork when handling multiple projects with tight deadlines. Cite specific experiences where you successfully balanced workload demands without compromising the quality of your work.