Jasmine Ives Zappala

• Completed end-of-arm-tools from design to production handoff and designed fixtures to assist the production floor with assembly. • Investigated and addressed QC and production floor-related engineering issues and concerns.

Created a novel flexible and transparent EMG sensor patch that detects swallowing maneuvers from patients with dysphagia • Developed experiment plan for optimizing the electrical and mechanical properties of the polymer • Supervised a team of undergrad students in performing EMG tests and classifying different swallow types using machine learning

• Designated centerlines for the plant’s most impactful Fill and Assembly line to improve overall equipment effectiveness. • Communicated with mechanics and upper management to identify key process improvements and design tools to promote cGMP.

• Developed a detailed 3D model of the IAMBIC shoe using Fusion 360 • Conducted comprehensive analysis of user demographic data and footwear preferences, delivering data insights to the CTO and CEO. Employed Excel and SPSS to clean complex datasets and generate impactful visual representations. • Assisted in the image processing and refinement of over 5000 3D scans using MeshMixer. These enhanced scans were instrumental in augmenting the company's primary machine learning training database, reinforcing the accuracy and quality of the dataset.

• Completed a functional feasibility evaluation of three novel syringe systems for usability and patient experience • Created and implemented a test plan, planned experiments, used rapid prototyping and SOLIDWORKS to simplify device builds, and analyzed data of over 100 samples using JMP16 • Interfaced with customers, suppliers, and internal team members to acquire device samples and carry out comprehensive testing procedures • Presented results of evaluation to members of senior leadership and other significant stakeholders

• Developed and documented a procedure for improving test fixtures to accommodate new production •Created detailed diagrams with Microsoft Visio and OrCAD of over 25 previously undocumented test stands and systems •Executed a test method on an environmental stress chamber to collect temperature and vibration data on electronic hybrids •Produced 3D dimensioned models of electronic hybrids and microchips with AutoCAD and SOLIDWORKS