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MC
Meissner Co.
Advanced Product Design Engineer
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Based on California data
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What they do
A Product Design Engineer is responsible for the complete production of a product from original idea through to fully functioning product. May be responsible for engineering of materials and manufacturing the product. May be responsible for graphic design, ergonomics and aesthetics of the product.
$121,816 / year median in California
-5% projected decline
Job Description
Advanced Product Design Engineer Meissner Co. - 3.7 Camarillo, CA Job Details Full-time $112,200 - $136,300 a year 1 day ago Benefits Profit sharing Health savings account Paid holidays Relocation assistance Health insurance On-site gym Dental insurance 401(k) Paid time off Employee assistance program Vision insurance Employee discount Professional development assistance Life insurance Retirement plan Qualifications Product design project leadership Mechanical engineering Project development phase management New product introduction engineering projects Project engineering Microsoft Excel Microsoft Outlook AI tools proficiency CAD design (engineering design task) Bachelor's degree in engineering Injection molding Requirements analysis Design engineering Data interpretation SolidWorks Managing projects Technical Proficiency Mechanical knowledge Stakeholder management Full Job Description Who is Meissner? The goal at Meissner is to be more than simply good; it is to be extraordinary. Extraordinary performance comes from extraordinary people. Meissner as a group is passionate about helping our clients manufacture lifesaving and life-enhancing drugs, therapies, and vaccines. We develop, manufacture, supply, and service advanced microfiltration products and single-use systems worldwide. We know that when you are passionate about what you do, it's more than just a job. Meissner is focused on the development of the whole individual, and we have programs and tools in place to help us stay at our best mentally and physically. In alignment with our commitment to support the growth and development of the whole individual, Meissner has inaugurated a Learning and Development department to solely focus on cultivating our team. When you grow, we grow. How you will make an impact: As an Advanced Product Engineer at Meissner, you will play a critical role in driving the design, testing, and release of complex products and subsystems that support biopharmaceutical manufacturing. Leveraging your technical depth and project execution skills, you will independently lead development efforts, coordinate with suppliers and internal teams, and ensure designs are manufacturable, verifiable, and ready for production. This role requires strong ownership, technical judgment, and the ability to deliver high-quality engineering outcomes across multiple development efforts. Lead development of robust mechanical designs by selecting and executing appropriate design approaches that balance technical performance, manufacturability, and program timelines. Interface closely with suppliers to support design feasibility, tooling development, and manufacturability considerations. Own development of complex molded parts or assemblies, including tooling strategy and defining tolerance schemes in consideration of process capability. Lead development of mechanical subassemblies by sourcing components and designing systems while managing assembly sequence, serviceability, and tolerance stack-ups across interfacing parts. Lead quick and agile prototyping efforts, rapidly identifying workable paths based on key technical and timeline constraints. Efficiently design and effectively execute lean testing and experiments (DOE) to evaluate concepts. Lead supplier identification and coordination for complex or customized products/components, ensuring alignment with performance and cost goals. Cultivate strong relationships with suppliers to support both current projects and future needs. Independently develop and execute qualification and validation protocols. Analyze and interpret results to confirm production capability and process stability. Develop and execute Design of Experiments (DOE) to determine Proven Acceptable Ranges (PAR) and verify Critical Quality Attributes (CQAs). Author and execute bioprocessing capital equipment FAT, SAT, and