Pilot Facility Process Technician

As a Pilot Facility Process Technician at Eurofins Scientific, your primary responsibilities will include preparing various buffer solutions and media for both small and large volumes, executing non-GMP unit operations like centrifugation and chromatography, and performing essential tasks such as cleaning and maintaining equipment. You'll be involved in critical calculations related to solution preparation, all while adhering to strict safety and quality standards.

To qualify for the Pilot Facility Process Technician position at Eurofins Scientific, candidates should have at least a high school diploma with two years of laboratory or manufacturing experience in bioprocess or chemical processes. Alternatively, an associate degree in a scientific field is acceptable with some related experience. Ideally, you should demonstrate strong mechanical aptitude and teamwork capabilities.

The work environment for a Pilot Facility Process Technician at Eurofins Scientific is primarily indoor and laboratory-based, where you will be standing for most of the day. Physical activities including lifting and transporting materials are common, and personal protective equipment is required to ensure safety while handling certain materials.

In addition to your core qualifications, having a solid understanding of continuous improvement tools such as LEAN and Six Sigma can be highly beneficial for a Pilot Facility Process Technician at Eurofins Scientific. Proficiency in Microsoft Office applications, particularly Excel and Word, will also support your performance in documenting and evaluating data effectively.

The position of Pilot Facility Process Technician at Eurofins Scientific has a full-time schedule, typically from Monday to Friday, 6:30 am to 2:30 pm. Overtime may be required on a rotational basis to cover weekend bioreactor sampling and other occasional off-shift operations, providing added flexibility for those who can accommodate it.

To ensure accuracy during buffer and media preparation, it's essential to meticulously follow standard operating procedures, perform manual calculations accurately, and verify measurements multiple times. Additionally, continuous review of your process and adherence to safety protocols can ensure product integrity and safety.

Certainly! I have experience with bioreactors, where I set up the equipment, monitored conditions, and executed growth phases for various cell types. Understanding the parameters that affect cell growth and product yield is critical, and I relied on diligent data collection to optimize the process.

Maintaining a safe laboratory environment involves regularly inspecting equipment, adhering to safety protocols, properly using personal protective equipment, and ensuring that all hazardous materials are handled according to good laboratory practices. Participating in safety training sessions and encouraging open communication can also help ensure everyone's safety.

In my previous roles, I operated CIP systems to clean and sanitize equipment without disassemblage. I carefully followed the prescribed cleaning cycles, monitored chemical concentrations, and verified that all equipment was sanitized properly before production commenced to ensure compliance with safety standards.

One challenge I've faced while working with chromatography was troubleshooting inefficiencies in resolution. I addressed this by reviewing flow rates, buffer composition, and column conditions. Additionally, collaborating with colleagues to gather insights and optimize the methods proved invaluable to overcoming the issue.

Effective time management in the lab comes from prioritizing tasks, using checklists to track progress, and being adaptable to changing priorities. I break larger projects into manageable steps while maintaining communication with team members to ensure alignment on deadlines and responsibilities.

In a matrix environment, I emphasize open communication and trust. I engage with team members to share insights and assist each other in meeting project goals. Additionally, I adapt to different working styles and ensure that everyone's contributions are recognized and valued.

When learning new technologies, I take a systematic approach by seeking out training resources, collaborating with experienced colleagues, and hands-on practice. I find that asking questions and actively engaging with the technology helps solidify my understanding and ensure that I remain current in my field.

Handling hazardous materials involves a strict adherence to safety protocols, proper usage of personal protective equipment, and thorough training on material safety data sheets. Additionally, I maintain an organized workspace and ensure proper labeling and storage of hazardous substances to minimize risks.

In my previous roles, I prioritized maintaining accurate and thorough documentation for every process. I ensured that all data entries were completed immediately and double-checked for accuracy. This diligence not only supports compliance during audits but also fosters effective collaboration within the team.