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.

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