•Product Engineer Lead in a new product development project; brought designs from early concept development through product launch. Person in charge of all technical deliverables throughout project. •Project Lead in a cross functional project to bring all products up to ISO 10993-1:2020 biocompatibility standards. •Project Lead in a cross functional project to evaluate all implants for their magnetic resonance imaging (MRI) compatibility and develop the appropriate labeling for the product. Managed third-party test facility to evaluate all deliverables and kept the schedule to ensure remained on target. •Assisted in the merging of the two quality management systems between Acumed and OsteoMed. •Assisted in remediating technical files for submissions to get their EU Medical Device Regulation (MDR) certification. •Sustained existing Acumed and OsteoMed systems.

•Product Engineer Lead in line extension projects; brought design from concept to launch based on surgeon or sales representative request. Person in charge of all technical deliverables and schedule keeping from concept to launch.o Launched sixteen individual line extensions to existing systems. o Coordinated with sales representatives or surgeons to translate clinical needs into design inputs.o Requests spanned all systems therefore an understanding of a variety of craniomaxillofacial, neurosurgical, upper and lower extremity procedures was required.•Executed Engineering Confidences Testing and Formal Verification Testing through various projects.•Sustained current OsteoMed product lines to maintain product integrity when third-party manufacturers were unable to meet design specifications.

Developing mechanical procedures and designs for a DARPA project that involves a bone cuff that has bone regeneration and weight bearing properties after insertion to a long bone break

I assisted their senior biomedical engineer, Bill Pierce, in their bio mechanics lab. We did a multitude of projects including projects development and research. Some of these projects included developing a drafting board for a patients born without hands, developing a device to measure pinch and hand grip for patients born with hand mutations, and creating a prosthetic faring with Solidwork and 3D printing.