Sr Principal Software Design Quality Engineer
Baxter International Inc.
Summary
The Senior Principal Engineer, Software Design Quality serves as a senior technical authority for software design quality and design assurance throughout the product lifecycle, providing independent Quality leadership to ensure software and software-intensive medical devices are developed, verified, validated, released, and maintained in accordance with applicable design controls, software lifecycle processes, risk management requirements, regulatory requirements, and the Quality Management System.
Job description
What you will be doing
- Serve as the senior Design Quality technical authority for medical device software projects across the full product lifecycle.
- Provide Design Quality oversight primarily for embedded software used in electromechanical medical devices, with the ability to support PC-based, web-based, connected, and interoperable software as product needs evolve.
- Provide independent Quality leadership for software development, sustaining engineering, design changes, and release decisions.
- Operate independently and make risk-based quality decisions with limited day-to-day supervision from geographically dispersed teams.
- Establish risk-based software Design Quality strategies aligned with intended use, product architecture, development methodology, and regulatory expectations.
- Ensure adherence to applicable FDA regulations, ISO and IEC standards, design controls, software lifecycle processes, and Quality System requirements.
- Provide Quality oversight of software lifecycle plans and deliverables from concept and planning through development, release, maintenance, and retirement.
- Lead Quality oversight of iterative software releases, sustaining changes, defect corrections, cybersecurity updates, and significant revisions to software requirements, traceability, and risk-management documentation.
- Evaluate software requirements for completeness, clarity, consistency, testability, allocation, and linkage to user needs and system requirements.
- Ensure end-to-end traceability among requirements, architecture, risk controls, implementation, verification, validation, anomalies, and release evidence.
- Lead Quality oversight of software risk management, including hazard analysis, risk-control implementation, traceability, and verification.
- Provide independent Quality oversight of software verification and validation strategies, methods, acceptance criteria, coverage, and results.
- Oversee the characterization, investigation, risk assessment, disposition, and closure of software anomalies and defects.
- Evaluate unresolved anomalies and failed, incomplete, or inconclusive testing for potential impact on safety, effectiveness, essential performance, compliance, and release readiness.
- Lead or support software release-readiness assessments and escalate unresolved technical, quality, safety, or compliance concerns when evidence is insufficient.
- Provide Quality oversight of software configuration management and design changes, including impact assessment, risk evaluation, testing scope, traceability, and approval.
- Provide Design Quality expertise for complex complaints, nonconformances, CAPAs, trend investigations, field issues, and root-cause investigations.
- Evaluate software defects, unresolved anomalies, complaints, post-market signals, and released-product risks to determine whether correction, removal, field action, or escalation is warranted.
- Lead resolution of complex, ambiguous, or cross-functional software quality issues and ensure corrective and preventive actions are technically justified and verified.
- Support internal and external audits, regulatory inspections, submissions, inquiries, and responses involving software design controls and lifecycle evidence.
- Communicate Quality positions and technical risks clearly to engineers, cross-functional partners, and senior leadership while maintaining independent judgment.
- Mentor Design Quality engineers and promote scalable best practices, lessons learned, and continuous improvement across products and platforms.
What you will bring
- Completely proficient in 21 CFR 820.30 - Design Controls, ISO 13485, ISO 14971, IEC 62304, and Quality System and regulatory requirements applicable to medical-device software.
- Demonstrated ability to apply risk-based decision making throughout software development and maintenance activities.
- Completely proficient in software requirements engineering, including development, analysis, allocation, and traceability of software requirements.
- Completely proficient in software anomaly and defect management, including characterization, investigation, risk assessment, disposition, and closure.
- Completely proficient in software configuration management, including configuration identification, change control, status accounting, and release management.
- Completely proficient in product and process development concepts, including change control and risk management.
- Apply structured root-cause analysis, engineering judgment, risk evaluation, objective evidence, and appropriate statistical techniques to address complex issues and investigations.
- Proven leadership skills and demonstrated ability to independently make and defend difficult software quality, safety, compliance, and release decisions.
- Extensive experience leading and influencing geographically distributed cross-functional teams without direct authority.
- Extensive experience providing Design Quality oversight for embedded software in regulated electromechanical medical devices.
- Demonstrated experience assessing software defects and post-market issues for potential product correction, removal, field action, or escalation.
- Experience utilizing AI-assisted and advanced analytical tools within Software Quality.
- Bachelors or Master's Degree in Software Engineering, Computer Science, Computer Engineering, Electrical Engineering, or a related engineering/scientific discipline.
- Overall, 8+ years of Quality Engineering experience, including substantial direct experience in regulated software Design Quality and a minimum of 5+ years supporting software-centric projects.
Requirements
- Completely proficient in 21 CFR 820.30 - Design Controls, ISO 13485, ISO 14971, IEC 62304, and Quality System and regulatory requirements applicable to medical-device software
- Demonstrated ability to apply risk-based decision making throughout software development and maintenance activities
- Completely proficient in software requirements engineering, including development, analysis, allocation, and traceability of software requirements
- Completely proficient in software anomaly and defect management, including characterization, investigation, risk assessment, disposition, and closure
- Completely proficient in software configuration management, including configuration identification, change control, status accounting, and release management
- Completely proficient in product and process development concepts, including change control and risk management
- Apply structured root-cause analysis, engineering judgment, risk evaluation, objective evidence, and appropriate statistical techniques to address complex issues and investigations
- Proven leadership skills and demonstrated ability to independently make and defend difficult software quality, safety, compliance, and release decisions
- Extensive experience leading and influencing geographically distributed cross-functional teams without direct authority
- Extensive experience providing Design Quality oversight for embedded software in regulated electromechanical medical devices
- Demonstrated experience assessing software defects and post-market issues for potential product correction, removal, field action, or escalation
- Experience utilizing AI-assisted and advanced analytical tools within Software Quality
- Bachelors or Master's Degree in Software Engineering, Computer Science, Computer Engineering, Electrical Engineering, or a related engineering/scientific discipline
- Overall, 8+ years of Quality Engineering experience, including substantial direct experience in regulated software Design Quality and a minimum of 5+ years supporting software-centric projects
- ASQ Certified Quality Engineer or equivalent experience desired
- Experience with PC-based, web-based, connected, or interoperable medical-device software is desired
- Advanced training or certification related to software quality, cybersecurity or medical-device software quality desired
- Applicants must be authorized to work for any employer in the U.S.
Benefits
- Medical & Dental Day One
- Life Insurance
- Accident Insurance
- Short & Long-Term Disability
- Business Travel Accident Insurance
- Employee Stock Purchase Plan
- 401(k) Matching
- Flexible Spending Accounts
- Educational Assistance
- Paid Holidays
- Paid Time Off
- Paid Parental Leave
- Commuting Benefits
- Employee Discount Program
- Employee Assistance Program
- Childcare Benefits
Company overview
Baxter International Inc. is an American multinational healthcare company headquartered in Deerfield, Illinois, founded in 1931. As a leading global medical device manufacturer, Baxter specializes in developing and producing essential medical products for treating chronic and acute medical conditions. The company operates across three primary business segments: Medical Products and Therapies, Healthcare Systems and Technologies, and Pharmaceuticals. Baxter's extensive product portfolio includes intravenous (IV) solutions, infusion pumps, dialysis equipment for kidney disease treatment, surgical technologies, and hospital pharmaceuticals. With approximately 38,000 employees worldwide and annual revenues exceeding $10 billion, Baxter plays a critical role in global healthcare infrastructure. The company is particularly known for its leadership in IV fluid production, manufacturing approximately 60% of the intravenous fluids used in the United States. Baxter's innovations include pioneering developments in artificial kidney technology and advanced surgical products, serving healthcare providers across more than 100 countries. The company maintains a strong commitment to research and development, investing significantly in medical technology advancements that improve patient outcomes and healthcare delivery efficiency.