Senior Engineer, Process Engineering will design, develop and validate manufacturing processes for NPI projects. You will be accountable for designing, programing and optimizing process settings, planning and tracking process validation plans and equipment qualification, design transfer, and production hand off. You will be tasked with production support such as machine and process trouble shooting continues improvement. This position will collaborate with internal manufacturing partners… Show more Senior Engineer, Process Engineering will design, develop and validate manufacturing processes for NPI projects. You will be accountable for designing, programing and optimizing process settings, planning and tracking process validation plans and equipment qualification, design transfer, and production hand off. You will be tasked with production support such as machine and process trouble shooting continues improvement. This position will collaborate with internal manufacturing partners, contract manufacturers, designers and product specialists to optimize designs for manufacturability.Complete capability studies for in process inspection and generate subsequent Inspection documentation. Utilizes engineering drawings and models to prepare router steps, work instructions and bill of materials for designed parts and assemblies.Provide engineering support for new product and process introductions. Hands on setup and prove out ensuring that all activities are completed and documented in accordance with Stryker procedures.Plan and execute capital acquisition activity from specifying equipment, installation and validation.Participate in PFMEA, Control Plan, SOP and PPAP generation associated with product transfers and launches.Conduct MSA studies for new products and new processes.Uses latest engineering techniques to reduce product time to market whilst adhering to regulatory requirements, project deadlines and product costs.Assist and/or train engineering technicians and operators on equipment and processes. Show less

I started at Wright in 2013 as a Manufacturing Engineer 1, but currently I am working as a Sr. Manufacturing Engineer and my main responsibility is to plan and develop all aspects of a manufacturing process from concept to completion. Some of my other responsibilities are as follows.1.)Determine validation plan then prepare all necessary paperwork (IQ/OQ/PQ) and perform validations.2.) Creating and setting up "Unmanned" machining processes for our 5 axis mills and Swiss turn… Show more I started at Wright in 2013 as a Manufacturing Engineer 1, but currently I am working as a Sr. Manufacturing Engineer and my main responsibility is to plan and develop all aspects of a manufacturing process from concept to completion. Some of my other responsibilities are as follows.1.)Determine validation plan then prepare all necessary paperwork (IQ/OQ/PQ) and perform validations.2.) Creating and setting up "Unmanned" machining processes for our 5 axis mills and Swiss turn lathes.3.) Determine the optimum fabrication and machining methods for new or insourced products along with procedure development for the processes and the machines used.4.) Understand tooling and fixture requirements needed to manufacture the products. Cutting tool design and working with vendors to get them manufactured.5.) Investigate and troubleshoot manufacturing issues using continuous improvement techniques.6.) Work with R&D engineers on the manufacturability of new products. 7.) Develop CNC programs for 5 axis mills and Swiss turn lathes using CAD/CAM software. 8.) Responsible for Production floor support, prototype development of in-house products.9.) Organization of team meetings with cross functional groups for validation and project tracking.10.) Handling multiple projects at once.11.) I work with Fanuc LR Mate200 robots that are part of an automated machining process (Fanuc Handling Tool Operation and Programming class completed in 2017).12.) Lead/ develop cost savings initiatives and provide analysis to Finance.13.) Lead process improvement initiatives and perform all work that is required. 14.) Work with CNC machine vendors on machine specifications to fit our business requirements. Then provide a cost analysis and justification to upper management for the machine(s) purchase.15.) Perform root cause analysis of machine crashes, fires, and etc.16.) Taking part in immersive experiences to continuously improve my work place: Toyota Kata Method and JI Training. Show less

At Promed I manufactured medical instruments and prototype medical implants from start to completion for several Medical companies. Some of my other responsibilities include the following.1.) Write CNC programs for 3, 4, and 5 axis milling machines along with CNC lathes and Wire EDMs.2.) Manually machine components on manual mills, lathes, and saws.3.) TIG weld sub-components and metal finish to completion.4.) Heat treat different varieties of stainless and tool… Show more At Promed I manufactured medical instruments and prototype medical implants from start to completion for several Medical companies. Some of my other responsibilities include the following.1.) Write CNC programs for 3, 4, and 5 axis milling machines along with CNC lathes and Wire EDMs.2.) Manually machine components on manual mills, lathes, and saws.3.) TIG weld sub-components and metal finish to completion.4.) Heat treat different varieties of stainless and tool steels.5.) Clean and Passivate finished components.6.) Assemble components to create a final assembled product.7.) Grind custom cutting tools required for prototype manufacturing. Show less

I worked as a manual machinist and a plastic injection mold repairman during my stint at T.P Tool and Die. I helped service two factories that produced automotive components and grilles for American made automobiles. Some of my other responsibilities include the following.1.) Machining components required by both of the factories that we serviced.2.) Modify mold design by means of welding up features and machining custom plunge EDM electrodes to burn new features into the… Show more I worked as a manual machinist and a plastic injection mold repairman during my stint at T.P Tool and Die. I helped service two factories that produced automotive components and grilles for American made automobiles. Some of my other responsibilities include the following.1.) Machining components required by both of the factories that we serviced.2.) Modify mold design by means of welding up features and machining custom plunge EDM electrodes to burn new features into the cavities.3.) Repair of mold electrical and water systems.4.) Mold PM and general repairs resulting from wear or crashes.5.) Mold component fabrication and repair.6.) Service calls to the factories which included repairs from inside of the injection presses.7.) Hand polishing surfaces to a high luster when required. Show less