Impacting Lives: Join Baxter s Mission
At Baxter, we are united by a powerful mission one that focuses on improving lives globally. Each role at Baxter contributes meaningfully to the health and well-being of patients worldwide. Through our work, we create tangible positive change, improving outcomes for millions of individuals.
Baxter s solutions are integrated into nearly every hospital, clinic, and home around the globe. For over 85 years, we have been at the forefront of medical innovation, revolutionizing healthcare with groundbreaking advancements.
Together, we cultivate a dynamic, inspiring environment where success and happiness are celebrated, and you can make your best contributions. At Baxter, this is where purpose meets mission saving and sustaining lives.
Job Responsibilities
Develop and manage reliability budgets to meet system/subsystem, component reliability targets, using proven engineering processes and techniques with minimal guidance.Assess reliability across system designs, subsystems, component architecture, materials, and applicable techniques.Create and enforce procedures to test and validate system/subsystem reliability.Manage multiple reliability-focused projects simultaneously.Analyze and define reliability requirements based on product standards (both collateral and specific).Work closely with cross-functional teams (systems, hardware, service, manufacturing, quality, etc.) to ensure seamless reliability process integration.Lead efforts in reliability predictions, testing, and post-market performance assessments using industry-leading methods and tools.Provide support to sustaining teams for post-market events and investigations.Work with external vendors and suppliers to develop specifications for testing systems and equipment.Qualifications & Experience
Bachelor s degree in Mechanical Engineering or equivalent required, or a Postgraduate degree in Reliability Engineering.Certification as a Reliability Engineer or equivalent preferred.Experience in electromechanical medical devices is an advantage.Minimum 3-5 years of experience in electromechanical engineering, particularly in medical devices.Solid background in systems engineering and critical thinking.Expertise in key areas such as:- Reliability planning, including requirement setting and goal management.
- Utilizing reliability prediction techniques such as parts count and stress analysis.
- Modeling and allocating reliability targets for components and subsystems.
- Designing and executing tests, including Accelerated Life Testing and Reliability Demonstration Testing.
- Proficiency in statistical techniques for reliability analysis and testing.
- Conducting Weibull analysis and interpreting data.
Expertise in developing tests that meet US and international standards for factors like vibration, thermal aging, and mechanical stresses.Proficient in root cause analysis methods, such as FMEA and Cause-Effect Diagrams.Experience in creating Fault Tree Diagrams (FTAs).Knowledge of advanced reliability acceleration testing methods.Familiarity with tools like Excel, Minitab, Windchill/Relex, and Reliasoft.Experience with MATLAB and Python programming is a plus.Strong problem-solving and critical thinking abilities.Excellent communication skills, including technical writing and the creation of clear, concise reports and presentations.Comfortable working with both technical and non-technical stakeholders across various organizational levels.Ability to work autonomously or as part of a collaborative team.
Qualification : Engineering degree in Mechanical or Mechanical Engineering required or Postgraduate in Reliability engineering.
