Within the ISC Engineering Equipment organization, the Process Standardization & Performance Engineer defines the equipment and process technical standards to build and prioritize the standardization plan, supporting scalable, reliable, and cost-effective industrial solutions aligned with business priorities.
Within the ISC Engineering Equipment organization, the Process Standardization & Performance Engineer defines the equipment and process technical standards to build and prioritize the standardization plan, supporting scalable, reliable, and cost-effective industrial solutions aligned with business priorities.
Job • The Quality Engineer – Quality ERP Integration is responsible for the design, implementation, optimization, and support of quality processes within SAP ERP systems, with a primary focus on the SAP Quality Management (QM) module .
Job • The Quality Engineer – Quality ERP Integration is responsible for the design, implementation, optimization, and support of quality processes within SAP ERP systems, with a primary focus on the SAP Quality Management (QM) module .
The Manager, Commercial Insights & Analytics will have two main leadership responsibilities for the US Specimen Management (SM) organization Leading customer relationship management (CRM) and sales performance reporting for overall US SM.
The Manager, Commercial Insights & Analytics will have two main leadership responsibilities for the US Specimen Management (SM) organization Leading customer relationship management (CRM) and sales performance reporting for overall US SM.
Job • Summary The Director, Marketing Data & Analytics defines, leads, and is fully accountable for the analytics function that powers BD’s global digital marketing ambitions.
Job • Summary The Director, Marketing Data & Analytics defines, leads, and is fully accountable for the analytics function that powers BD’s global digital marketing ambitions.
Milpitas, Santa Clara County, CATodayFull-timeOn-site
Job • Develop and maintain system-level optical designs for components, subassemblies, and integrated flow cytometry platforms Perform Zemax (OpticStudio) modeling including performance prediction, tolerance analysis, sensitivity studies, and design trade-off evaluation • Define optical performance requirements and acceptance criteria at system and subsystem levels in collaboration with Systems Engineering • Define and execute optical integration, alignment, and calibration procedures to meet system-level performance requirements Analyze optical performance data to drive design optimization, improve system robustness, and reduce manufacturing and field variability • Support root cause investigations for system- and subsystem-level optical and laser alignment issues • Evaluate, test, and qualify optical components and modules, establishing acceptance criteria and improving incoming quality • Lead technical evaluation and qualification of optical suppliers (lasers, filters, lenses, fiber optics, detection modules) • Contribute across the full product lifecycle including concept, design, verification, and qualification in compliance with ISO 13485 and 21 CFR Part 820 • Collaborate with R&D, manufacturing, quality, and supply chain teams on design changes, NPI, and product transfers • Support development of next-generation optical architectures and platform strategies across flow cytometry systems • Provide support to Corrective and Preventative Actions (CAPA), End-of-life (EOL) component selection, and cost reduction activities. • Lead technical initiatives to resolve performance and supplier-related issues Travel domestically and internationally up to approximately 5% as required Education and • Experience Bachelor’s degree (minimum), Master’s degree (preferred), or PhD (desired) in Optics, Physics, or Optical/Mechanical/Electrical Engineering.
Job • Develop and maintain system-level optical designs for components, subassemblies, and integrated flow cytometry platforms Perform Zemax (OpticStudio) modeling including performance prediction, tolerance analysis, sensitivity studies, and design trade-off evaluation • Define optical performance requirements and acceptance criteria at system and subsystem levels in collaboration with Systems Engineering • Define and execute optical integration, alignment, and calibration procedures to meet system-level performance requirements Analyze optical performance data to drive design optimization, improve system robustness, and reduce manufacturing and field variability • Support root cause investigations for system- and subsystem-level optical and laser alignment issues • Evaluate, test, and qualify optical components and modules, establishing acceptance criteria and improving incoming quality • Lead technical evaluation and qualification of optical suppliers (lasers, filters, lenses, fiber optics, detection modules) • Contribute across the full product lifecycle including concept, design, verification, and qualification in compliance with ISO 13485 and 21 CFR Part 820 • Collaborate with R&D, manufacturing, quality, and supply chain teams on design changes, NPI, and product transfers • Support development of next-generation optical architectures and platform strategies across flow cytometry systems • Provide support to Corrective and Preventative Actions (CAPA), End-of-life (EOL) component selection, and cost reduction activities. • Lead technical initiatives to resolve performance and supplier-related issues Travel domestically and internationally up to approximately 5% as required Education and • Experience Bachelor’s degree (minimum), Master’s degree (preferred), or PhD (desired) in Optics, Physics, or Optical/Mechanical/Electrical Engineering.
Job Responsibilities • Perform incoming raw material inspections, approve material releases, and maintain purchasing specifications and process documentation. • Partner closely with Production, Material Control, Engineering, and cross-functional teams to ensure supplier quality and supplier management requirements are met.
Job Responsibilities • Perform incoming raw material inspections, approve material releases, and maintain purchasing specifications and process documentation. • Partner closely with Production, Material Control, Engineering, and cross-functional teams to ensure supplier quality and supplier management requirements are met.
Plan, execute, report and follow-up on supplier quality system audits • Partner with Procurement, R&D, Engineering/Technical Operations, Quality, Operations, and Suppliers in the timely investigation, resolution/prevention of supplier-related issues to minimize/prevent business disruptions.
Plan, execute, report and follow-up on supplier quality system audits • Partner with Procurement, R&D, Engineering/Technical Operations, Quality, Operations, and Suppliers in the timely investigation, resolution/prevention of supplier-related issues to minimize/prevent business disruptions.
Plan, execute, report and follow-up on supplier quality system audits • Partner with Procurement, R&D, Engineering/Technical Operations, Quality, Operations, and Suppliers in the timely investigation, resolution/prevention of supplier-related issues to minimize/prevent business disruptions.
Plan, execute, report and follow-up on supplier quality system audits • Partner with Procurement, R&D, Engineering/Technical Operations, Quality, Operations, and Suppliers in the timely investigation, resolution/prevention of supplier-related issues to minimize/prevent business disruptions.
Through the use of accepted statistical engineering principles and experimentation design, initiates capability studies of processes to identify causes of chronic levels of defects and remedy those areas associated with a high cost of quality.
Through the use of accepted statistical engineering principles and experimentation design, initiates capability studies of processes to identify causes of chronic levels of defects and remedy those areas associated with a high cost of quality.
Job • The Senior Process Engineer reports to the Senior Technical Leader. • Responsible for the implementation of project and process support activities toward attainment of departmental and plant goals.
Job • The Senior Process Engineer reports to the Senior Technical Leader. • Responsible for the implementation of project and process support activities toward attainment of departmental and plant goals.
Job The Industrial Engineer is responsible for analyzing, designing, and optimizing systems and processes to improve efficiency, reduce waste, and increase productivity.
Job The Industrial Engineer is responsible for analyzing, designing, and optimizing systems and processes to improve efficiency, reduce waste, and increase productivity.
Job ESSENTIAL FUNCTIONS ( RESPONSIBILITIES • ) Essential functions include, but are not limited to, the following: • Manages and leads the Quality Systems and Quality Engineering activities for the designated BU. • Manages and support validation activities related to processes, products, materials and projects supporting the designated BU and other BUs when requested.
Job ESSENTIAL FUNCTIONS ( RESPONSIBILITIES • ) Essential functions include, but are not limited to, the following: • Manages and leads the Quality Systems and Quality Engineering activities for the designated BU. • Manages and support validation activities related to processes, products, materials and projects supporting the designated BU and other BUs when requested.
Job • The Continuous Improvement Engineer is responsible for facilitating and leading continuous improvement initiatives at the GFO site that drive measurable cost savings across labor, materials, yield, and other operational areas.
Job • The Continuous Improvement Engineer is responsible for facilitating and leading continuous improvement initiatives at the GFO site that drive measurable cost savings across labor, materials, yield, and other operational areas.
Job • The Senior Facilities Engineer is responsible for the design, operation, maintenance, and continuous improvement of facility infrastructure and critical utility systems supporting manufacturing.
Job • The Senior Facilities Engineer is responsible for the design, operation, maintenance, and continuous improvement of facility infrastructure and critical utility systems supporting manufacturing.
Education Bachelor's or master’s degree in Plastics Engineering (preferred), Polymer Science, or a related field; in lieu of a bachelor's degree minimum of three years in molding and certification in related field.
Education Bachelor's or master’s degree in Plastics Engineering (preferred), Polymer Science, or a related field; in lieu of a bachelor's degree minimum of three years in molding and certification in related field.
This position is part of the Advanced Patient Monitoring (APM) business unit within BD's medical segment, aligning with BD's smart connected care approach As a Principal Systems Engineer, you will play a critical role in the design, development, and implementation of complex medical systems and devices.
This position is part of the Advanced Patient Monitoring (APM) business unit within BD's medical segment, aligning with BD's smart connected care approach As a Principal Systems Engineer, you will play a critical role in the design, development, and implementation of complex medical systems and devices.
Milpitas, Santa Clara County, CATodayFull-timeOn-site
Job • The Manufacturing Engineering Manager is the site-level manufacturing engineering leader responsible for manufacturing process execution, production technical support, equipment readiness, tooling, fixtures, test support, and operational performance for complex instrumentation manufacturing.
Job • The Manufacturing Engineering Manager is the site-level manufacturing engineering leader responsible for manufacturing process execution, production technical support, equipment readiness, tooling, fixtures, test support, and operational performance for complex instrumentation manufacturing.
Job • The Plant Engineering Manager provides strategic and operational leadership of the site engineering function (Automation, Process Engineering), while embedding BD Excellence as the core operating system.
Job • The Plant Engineering Manager provides strategic and operational leadership of the site engineering function (Automation, Process Engineering), while embedding BD Excellence as the core operating system.