Jonah Boston Email & Phone Number

Ames, Ia, Us

Rochester, Minnesota, United States

• Oversaw polymer operations and maintenance of Stratasys 370, 400, and 450 and Formlabs 3B and 3BL to complete more than 750 print jobs successfully in the Additive Manufacturing Facility• Assisted in research efforts of human brain arteriovenous malformation (AVM) using SolidWorks, extrusion-based additive manufacturing, and PDMS molding to develop and evaluate an accurate model for embolic material testing, preclinical training, and flow analysis• Developed the next generation of a patented vascular shunt with Dr. Todd E. Rasmussen using SolidWorks and SolidWorks PDM to improve functionality for trauma-specific vascular injuries and increase versatility to commercialize its use case to emergency response units all over the U.S.• Aided in the preparation for FDA clearance of patient-specific titanium implants through the development independent QMS documentation, operation of the EOS M290, and post-processing of titanium parts• Developed an innovative orthopedic extraction instrument with Dr. Rafael J. Sierra using SolidWorks and SolidWorks PDM for a less invasive and more efficient removal of the metal liner cup during revisional dual mobility hip surgery• Produced Mobile Cornea Imaging Devices with the Mayo Clinic Arizona Ophthalmology and Emergency Department by remanufacturing damaged units and providing replacements by soldering electronic components and utilizing SolidWorks and SolidWorks PDM to allow remote diagnosis capabilities all over the state of Arizona; the scope of future iterations will provide care in developing countries• Proficiency in additive manufacturing, polymer selection for application, and polymer post-processing techniques to assist in the development of Mayo Clinic Division of Engineering projects in compliance with the FDA's Code of Federal Regulations Title 21 Part 820 - Quality System Regulations for Medical Devices and current Good Manufacturing Practices (cGMP)

Peoria, Illinois, United States

I sought out this position as an opportunity to learn logistics skills related to engineering production while home from college. I have assisted in the manufacturing process of transmission and drivetrain components for a multitude of Caterpillar products! Working closely with the manufacturing side of engineering has introduced me to procurement, inventory management, supply chain optimization, risk mitigation, quality compliance, and project planning.• Managed the internal hardware inventory by collecting usage data to determine part order quantities, maintained the organization of overflow materials, and restocked over 500 parts daily to decrease downtime• Supported production of 972M, 966, and 982 medium wheel loader transmissions by producing internally built kits to simplify hardware consumption on the assembly line• Utilized Microsoft Excel functions to create a search directory for part numbers and their associated location to create an efficient process for assembly-line hardware replenishment• Learned valuable industry insight through job shadowing an Electrical Systems Verification and Validation Engineer, Engineering Project Team Lead, and Manufacturing Project Engineer