Okay, I've searched for Sr. Automation Engineer positions in Kankakee, IL, within the pharmaceutical industry, requiring 8+ years of experience, proficiency in BAS/BMS, and onsite work. I have found 27 relevant positions for you.

Sure. Here's the analysis:

Job Analysis:

The role of the Sr. Automation Engineer at CSL Behring is fundamentally aimed at optimizing and ensuring the reliability of the utility systems within the Kankakee plant, specifically through advanced Building Management System (BMS) automation. This position merges technical prowess in PLC programming with practical problem-solving to enhance plant efficiency and compliance with GMP regulations. Key responsibilities include developing automation strategies, conducting diagnostics, and troubleshooting integrated systems. The individual will serve as a bridge between various departments—Utility Engineering, Manufacturing, and Quality—indicating that collaboration and communication are vital. The challenges are multifaceted, requiring the candidate to navigate the complexities of a regulated environment while simultaneously driving continuous improvement initiatives. Success in this role will be marked by measurable enhancements in operational performance, effective management of automation systems, and adherence to safety and regulatory standards.

Company Analysis:

CSL Behring operates in the life sciences sector, specifically as a leader in developing treatments for rare and serious diseases. This positions the company as an innovative and mission-driven organization, which likely creates a dynamic work environment focused on results and technological advancement. The corporate culture seems to emphasize inclusivity and a commitment to employee wellbeing, suggesting potential support for professional development and work-life balance. For the Sr. Automation Engineer role, understanding the biopharmaceutical regulatory landscape is crucial, as the work directly impacts production reliability and compliance with strict health regulations. The role is probably situated within a tightly knit team, where both individual contributions and collaborative efforts are essential. This role aligns strategically with CSL Behring's commitment to enhancing operational efficiencies and safety within their facilities and represents a key position to support the company’s growth and innovation goals.

Absolutely. Here are some mock interview questions that could come up:

• Tell me about a time when you successfully implemented a new automation process. What challenges did you face, and how did you overcome them?
• Can you describe your experience with BAS/BMS programming for HVAC systems? What specific platforms have you worked with?
• Discuss a situation where you had to troubleshoot a PLC system issue. What steps did you take, and what was the outcome?
• Explain how you prioritize tasks when managing multiple projects simultaneously. Can you provide an example from your past work?
• How would you approach developing a compliance strategy for implementing new equipment in a GMP environment?
• What methods do you use to ensure that your engineering documentation meets GMP requirements?
• Imagine you are faced with a critical automation failure during a production phase. How would you handle it?
• If you noticed that an existing system was not performing optimally, what steps would you take to determine the root cause?
• Why are you interested in working with CSL Behring specifically, and how do your personal values align with their mission?
• In your opinion, what role does continuous improvement play in the effectiveness of automation systems within a biopharmaceutical context?
• What are some key considerations you would keep in mind while managing contractors on a project?
• How do you stay current with advancements in automation technology as they relate to the pharmaceutical industry?
• What questions do you have about the efforts CSL Behring makes toward employee development and career growth?
• Can you elaborate on your experience with regulatory audits and how you prepare for them?
• How would you evaluate the success of the automation engineering program you would be in charge of developing?