Location: all cities,IL, USA
Job Title: Process Engineer
Location: Round Lake, IL
Position Overview:
We are seeking a skilled Process Engineer with strong experience in aseptic manufacturing to support the Engineering & Maintenance department. The successful candidate will be responsible for optimizing and improving operational processes related to the facility's aseptic systems and maintenance activities. This role will involve designing and implementing solutions to enhance efficiency, reduce downtime, and support continuous improvement efforts in sterile environments such as HVAC, utilities, and production lines.
Responsibilities:
Analyze and assess existing aseptic manufacturing processes and maintenance activities, identifying areas for improvement in sterility, efficiency, and reliability.
Implement and oversee process changes to enhance the performance of aseptic systems, including cleanrooms, HVAC, utilities, and sterile production environments.
Lead and support engineering projects focused on maintaining and improving sterile manufacturing standards, ensuring timely project completion, budget adherence, and alignment with Baxters operational goals.
Collaborate with the maintenance team to optimize preventive maintenance plans for aseptic equipment, troubleshoot equipment failures, and minimize downtime in sterile environments.
Collect and analyze data on aseptic operations and engineering performance, supporting decision-making and long-term process improvements while ensuring strict adherence to cGMP (current Good Manufacturing Practices).
Ensure all process engineering activities comply with aseptic manufacturing regulations, safety standards, and best practices, including ISO standards, FDA guidelines, and OSHA requirements.
Collaborate with cross-functional teams in engineering, production, and quality to drive continuous improvements in aseptic operations and facility systems.
Support sustainability and energy efficiency initiatives within sterile environments to reduce resource consumption without compromising product safety or quality.
Qualifications:
Bachelors degree in Engineering (Mechanical, Chemical, or Industrial preferred) or related field.