Engineer 3, Product Development

Becton Dickinson Medical Devices•San Diego, NJ

2d•$129,251 - $138,900•Hybrid

About The Position

We are the makers of possible BD is one of the largest global medical technology companies in the world. Advancing the world of health ™ is our Purpose, and it’s no small feat. It takes the imagination and passion of all of us—from design and engineering to the manufacturing and marketing of our billions of MedTech products per year—to look at the impossible and find transformative solutions that turn dreams into possibilities. We believe that the human element, across our global teams, is what allows us to continually evolve. Join us and discover an environment in which you’ll be supported to learn, grow and become your best self. Become a maker of possible with us. Job Description Summary: Product development: Plan, implement, monitor and deliver designated tasks and deliverables. Designated tasks and deliverables are articulated around 2 main pillars: Design Control deliverables: design inputs, system and sub system requirements, system and sub system specifications (like dimensional, material, visual, functional specifications), design verification plan and protocols, testing request to R&D lab, statistical analysis of design verification results with minitab software, design verification reports and executive summary report, design review inputs and design review minutes, defect record and investigation. Problem solving related tasks and deliverables: root cause analysis deliverables (ex: Ishikawa diagram, 5Why, Design of Experiment), product design correction planning and execution tracking. These deliverables are part of Design control defect management or non conformance or CAPA processes per quality management system). Technical support to customer: extract of BD design history file like design control evidence to support customer registration journey, technical presentation to help educating customer to BD product and providing guidance on how to test or how assemble BD device with other components. Responsible for solving technical problems - Product non-conformance to a requirement as for instance: Defect during design verification: when there is result in the design verification demonstrating that design verification protocol success criteria is not met doesn’t meet one of the design verification. Failure during R&D test method validation: when this is a validation success criteria of design verification test method validation that is not met. Deviation during process validation related to the product design: when there is process validation failure where one of the root cause or contributing factor pertain to the product design (as opposed to manufacturing process & environment). Customer technical problems: when there is a complaint, a call for support or a customer feedback pertaining to the product design in terms of potential cause. Accountable for success of assigned tasks and deliverables. Participate in periodic design reviews of projects: Projects to develop variants of existing commercialized product – often named “customization projects” (ex: device configuration with other component color, other injection volume set up, different delivery packaging). Projects to implement a design change on existing product to improve its performance, capacity or cost – often named “sustaining projects”. Technology transfer: Participate in implementation of transition from research to development to manufacturing. Process effectiveness: Ensure appropriate processes are followed for effective and timely engagement of related parties in completion of designated project activities. Innovation: Provides technical solutions to a wide range of difficult problems. Solutions are imaginative, thorough, and practical. Customer focus: Execute an understanding of customer needs and processes to ensure relevant and innovative product development solutions. Continuous learning: Actively seek training to improve skills. Ensure technical lessons are reviewed, learned, and disseminated. Actively teach and promote learning. Hybrid in-office/remote.

Requirements

Master’s degree in Engineering (any) or related field of study and two (2) years of experience in the job offered or related occupation in which the required experience was gained.
In lieu of a Master’s degree in Engineering (any) or related field of study and two (2) years of experience, the employer will also accept a Bachelor’s degree in Engineering (any) or related field of study and five (5) years of experience in the job offered or related occupation in which the required experience was gained.
Must have demonstrated experience with: Pro-E or Solidworks; Analytical Modeling (Finite Element Analysis); disciplined product development processes, regulatory and quality requirements; plastic design and injection molding; New Product Design; Lean methodologies (Design for Six Sigma); statistical analysis: determination of attribute or variable sampling plan per confidence level and percent conformance, determination of the right law to fit a variable characteristic measured performance, normality or non-normality check, calculation of capability statistical indicators (including mean, standard deviation, Ppk and tolerance interval); problem solving methodologies: root cause analysis tools (5Why, Ishikawa and cause/effect diagram); and problem solving approaches (DMAIC and 8D).

Responsibilities

Plan, implement, monitor and deliver designated tasks and deliverables.
Design Control deliverables: design inputs, system and sub system requirements, system and sub system specifications (like dimensional, material, visual, functional specifications), design verification plan and protocols, testing request to R&D lab, statistical analysis of design verification results with minitab software, design verification reports and executive summary report, design review inputs and design review minutes, defect record and investigation.
Problem solving related tasks and deliverables: root cause analysis deliverables (ex: Ishikawa diagram, 5Why, Design of Experiment), product design correction planning and execution tracking.
Technical support to customer: extract of BD design history file like design control evidence to support customer registration journey, technical presentation to help educating customer to BD product and providing guidance on how to test or how assemble BD device with other components.
Responsible for solving technical problems - Product non-conformance to a requirement as for instance: Defect during design verification, Failure during R&D test method validation, Deviation during process validation related to the product design, Customer technical problems.
Accountable for success of assigned tasks and deliverables.
Participate in periodic design reviews of projects.
Participate in implementation of transition from research to development to manufacturing.
Ensure appropriate processes are followed for effective and timely engagement of related parties in completion of designated project activities.
Provides technical solutions to a wide range of difficult problems.
Execute an understanding of customer needs and processes to ensure relevant and innovative product development solutions.
Actively seek training to improve skills. Ensure technical lessons are reviewed, learned, and disseminated. Actively teach and promote learning.