Baxter
Healthcare
EngineerII,Mfg
Neural analysis suggests this role is
optimal for Mid+ candidates.
“Engineer II, Mfg at Baxter. Skills: Manufacturing processes, Automation systems, Process validation. Develop molding processes. Optimize molding processes”
What You'll Achieve.
Minimize downtime; Improve reliability; Ensure compliance; Improve flow; Improve efficiency; Guarantee operational stability; Improve production performance; Drive yield improvement; Reduce material usage variability; Eliminate waste; Eliminate rework; Reduce downtime; Optimize Overall Equipment Efficiency; Improve operational effectiveness; Improve process profitability; Ensure robust solutions; Ensure efficient solutions; Minimize automation downtime; Improve automation reliability; Maintain process stability; Maintain regulatory compliance; Maintain process performance; Ensure traceability; Ensure operational consistency; Ensure regulatory compliance; Achieve business goals; Improve operational efficiency
Industry & Context.
Troubleshooting; Root cause analysis
What They're Looking For.
Must Have
2-5 years of experience in manufacturing roles, Engineering degree or equivalent experience
Nice to Have
English proficiency at intermediate level (B2)
What You'll Do.
Develop molding processes
Optimize molding processes
Sustain molding processes
Develop automation processes
Optimize automation processes
Sustain automation processes
Develop extrusion processes
Optimize extrusion processes
Sustain extrusion processes
Optimize vision systems
Optimize electromechanical systems
Provide technical support
Apply analysis methodologies
Ensure safety compliance
Ensure quality compliance
Ensure delivery compliance
Ensure cost compliance
Ensure process stability
Ensure process repeatability
Ensure process capacity
Promote Lean Manufacturing
Promote Operational Excellence
Identify process problems
Analyze process problems
Solve process problems
Identify equipment problems
Analyze equipment problems
Solve equipment problems
Identify material problems
Analyze material problems
Solve material problems
Identify automation problems
Analyze automation problems
Solve automation problems
Apply scientific molding
Apply Build of Experiments
Apply Statistical Process Control
Apply structured problem-solving
Guarantee operational stability
Improve production performance
Maintain alignment with quality
Maintain alignment with efficiency
Maintain alignment with productivity
Drive yield improvement
Reduce material usage variability
Apply continuous improvement
Apply process control techniques
Optimize Overall Equipment Efficiency
Improve operational effectiveness
Improve process profitability
Own specification acquisition
Own installation commissioning
Define technical requirements
Coordinate with suppliers
Integrate vision systems
Integrate digital interfaces
Validate performance in operation
Ensure robust solutions
Ensure efficient solutions
Diagnose automation faults
Resolve automation faults
Analyze automation hardware faults
Analyze control system faults
Analyze PLC logic faults
Analyze electromechanical system faults
Execute technical analysis
Execute test execution
Apply structured troubleshooting
Minimize automation downtime
Improve automation reliability
Implement automation enhancements
Respond to capacity expansion
Respond to obsolescence needs
Plan IQ/OQ/PQ validation
Complete IQ/OQ/PQ validation
Participate in process risk analysis
Accomplish risk assessments
Investigate deviations
Ensure corrective actions timely
Ensure corrective actions effective
Monitor process capacity metrics
Maintain process stability
Maintain regulatory compliance
Maintain process performance
Develop manufacturing documentation
Handle manufacturing documentation
Prepare work instructions
Prepare control plans
Prepare specifications
Prepare technical reports
Standardize document formats
Review documents periodically
Follow quality management systems
Guarantee traceability
Ensure operational consistency
Ensure regulatory compliance
Collaborate with Production
Collaborate with Quality
Collaborate with Maintenance
Collaborate with Supply Chain
Maintain continuous communication
Achieve business goals
Improve operational efficiency
How You'll Work.
Team & Collaboration
Operations; Quality; Maintenance; Product Development; Production; R&D; Supply Chain
Process & Methodology
Process validation
Full Job Description
**This is where** your work makes a difference. At Baxter, we believe every person—regardless of who they are or where they are from—deserves a chance to live a healthy life. It was our founding belief in 1931 and continues to be our guiding principle. We are redefining healthcare delivery to make a greater impact today, tomorrow, and beyond. Our Baxter colleagues are united by our Mission to Save and Sustain Lives. Together, our community is driven by a culture of courage, trust, and collaboration. Every individual is empowered to take ownership and make a meaningful impact. We strive for efficient and effective operations, and we hold each other accountable for delivering exceptional results. Here, you will find more than just a job—you will find purpose and pride. ## **Your role at Baxter:** You as Engineer II, Mfg will develop, optimize, validate, and sustain molding, automation, and extrusion manufacturing processes within a regulated environment. This hands-on role provides direct technical support to manufacturing operations. It leads continuous improvement initiatives, supports product transfers and process validations, and ensures successful implementation, improvement, and long-term sustainability of highly automated equipment, tooling, and systems. The Manufacturing Engineer works closely with Operations, Quality, Maintenance, and Product Development to deliver robust, scalable, compliant, and cost-effective manufacturing solutions that ensure product quality, operational excellence, and reliable capability, and reports to the Associate Director of Manufacturing. ## **What you will be doing:** * Develop, implement and be responsible for the continuous improvement of molding, extrusion and automation processes, through the integration and optimization of robotics, vision systems, PLCs, equipment, tools, resins and electromechanical systems, providing technical support and applying analysis and solving methodologies, in order to minimize downtime, improve r
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