Jensen Williams Email & Phone Number

Round Lake, Illinois

• Responsible for representing the global risk management process.• Facilitated seamless collaboration across medical, research and development, and product quality to ensure compliance to risk management standards and the quality system. • Utilized FMEAs, HAZOPs, and manufacturing data to calculate residual risk and compare therapeutic benefits.• Owned change controls and authored risk documents. • Gained knowledge of Baxter products, therapies, and processes.

Greenville, South Carolina Area

Spine Body Solutions – SpineLock Intervertebral Fusion Device • Redesigning upon a bidirectional expandable intervertebral disc spacer for a spinal fusion surgery • Designing other components such as an insertion/expansion applicator using Solidworks 3D modeling• In charge of design using Solidworks modeling and 3D printing prototypes• Producing a mock 510(k) FDA submission• Performing journey mapping, brainstorming, design failure modes and effects analysis, human factors analysis, voice of customer meetings and validations, verification and validation tests, Solidworks Finite Element Analysis, FDA documentation, and communicating findings• Using project management skills to plan, initiate, execute, monitor, and control project activities and deliverables, while budgeting time and money

Greenville, South Carolina Area

LIMBitless Orthotics and Prosthetics – LIMBitless Protector • Worked on a team to design a postoperative residual limb prosthesis for trans-tibial amputees• Worked on design controls for FDA approval of our medical device• Effectively presented and pitched ideas, findings, and prototypes in a professional setting• Performed needs finding activities, design failure mode evaluation and analysis, verification and validation tests, and needs validation activities• Used project management skills to plan, initiate, execute, monitor, and control project activities and deliverables

Greenville, South Carolina Area

Cardiovascular Tissue Engineering and Regenerative Medicine Lab • Researched to generate a fully vascularized myocardial graft with the ability to replace infarct scar tissue• Used sterile lab and cell culture procedures to differentiate adipose-derived stem cells• Collaborated with other students to grow Myocardial cells on a 3D hydrogel scaffold• Observed cell differentiation into cardiomyocytes

Master Of Engineering - Meng, Bioengineering And Biomedical Engineering

Bachelor Of Science - Bs, Biomedical Engineering

Activities and Societies: Clemson University Bioengineering Society, Clemson University Cheerleader, Zeta Tau Alpha, Welcome Leader