Engineer II, Automation - job 1 of 2

As an Engineer II, Automation at Biogen, your primary responsibilities will include providing 24/7 process controls and automation technical support, managing multiple projects from conception to completion, designing and supporting software configurations, troubleshooting issues, and collaborating with various stakeholders. You'll also take ownership of automation change control processes and ensure compliance with GMP documentation updates.

To qualify for the Engineer II, Automation position at Biogen, candidates should have a Bachelor’s degree in an Engineering discipline along with 0-2 years of experience in the biotech industry. Familiarity with Wonderware and Rockwell systems, as well as general programming experience, is preferred. Additionally, candidates should possess good communication and organizational skills.

Essential skills for an Engineer II, Automation at Biogen include a strong foundation in automation technologies, particularly Wonderware and Rockwell systems, along with problem-solving abilities. The role also requires effective communication and collaboration skills to work with cross-functional teams, as well as a good understanding of cGMP and GAMP principles.

In the position of Engineer II, Automation at Biogen, you will predominantly work with Wonderware and Rockwell software for designing and configuring process improvements and tech transfers. Troubleshooting these systems will also be a critical part of your role, ensuring the manufacturing processes function seamlessly.

Biogen fosters a vibrant company culture that emphasizes collaboration, inclusion, and a pioneering spirit. As part of the team, you will have opportunities to drive results and implement change while being supported by a diverse group of passionate individuals. This culture not only enhances innovation but empowers employees to contribute significantly to creating life-changing medicines.

When troubleshooting a malfunctioning automation system, start by identifying the symptoms and collecting system data. Review documentation related to the system architecture and performance metrics to diagnose possible issues. Discussing with team members may also uncover insights. Finally, apply a systematic approach, testing one potential solution at a time until you isolate and resolve the problem.

Discuss specific programming languages you are proficient in and relate them to projects where you implemented automation solutions. Highlight the aspects of coding such as debugging, optimizing processes, and how your programming skills have improved system efficiencies in past roles.

cGMP stands for current Good Manufacturing Practices, ensuring products are produced consistently and controlled according to quality standards. GAMP refers to the Good Automated Manufacturing Practice methodology for ensuring quality and compliance in automated systems. Understanding these guidelines is critical for roles like Engineer II, Automation, as they guide the validation processes that uphold regulatory standards.

When answering this question, use the STAR method (Situation, Task, Action, Result) to structure your response. Discuss the project's goal, how you organized and collaborated with others, any challenges faced, and ultimately, the positive impact your project had on the organization.

Effective task prioritization requires analysis of deadlines, project scope, and resource allocation. Discuss using project management tools or techniques such as the Eisenhower Matrix to help distinguish between urgent and important tasks, ensuring focus on high-impact activities while keeping stakeholders informed of progress.

Communicating clearly and effectively with cross-functional teams is key. Mention utilizing tools like Slack, email, and project management software to ensure all team members stay updated. Highlight the importance of regular meetings for alignment and building rapport across different departments.

Outline a specific challenge related to automation, such as technical difficulties or stakeholder resistance. Describe your approach to resolving these issues, emphasizing critical thinking, adaptability, and the importance of maintaining open lines of communication with all parties involved.

I make a point of regularly reading industry publications, participating in webinars, and attending conferences related to automation. I also engage in online courses and forums where experts discuss emerging trends and technologies, thus ensuring that my knowledge remains current.

Express your admiration for Biogen’s commitment to excellence and innovation in biotechnology. Discuss how the company's values align with your professional goals and how you admire their culture of collaboration and diversity. Your passion for making a tangible impact in health care and your desire to contribute to life-changing medicines should also be highlighted.

Validation is crucial in ensuring that systems and processes meet regulatory standards and function as intended. Discuss how validation impacts quality assurance, risk management, and compliance within the automation processes that you’ve previously worked on.