Developing a non-invasive technology to monitor your health at home with menstrual blood.

• Developed Java test programs in Advantest 93k for AC and DC characterization for upcoming RF chip release.• Characterized 80 parts in lab to collect data and analyzed data for specification sheet.• Communicated results with team and condensed data into readable plots and tables.

• Published abstract regarding research on implantable medical devices• Created multiple presentations for judging panels and other research scholars• Presented research results

• Coordinated the remote implementation of 100 clean cookstoves in Nicaragua• Presented on progress of project in a variety of different settings• Communicated with in-country and international partners in English and Spanish• Converted data into readable graphics for community members and social media feed

• Coding automative test programs in LabWindowsCVI for microwave test fixtures• Debugging code in both LabView and LabWindowsCVI• Manually testing fixtures in the lab with a network analyzer and reading data

• Conducted research on methods of modeling the thermal dynamics of implementable medical devices with multiple heat sources and improving performance of algorithm• Worked 8 hour/week with 3 teammates at Dr. Zhang’s Sensors and Intelligent Systems Lab• Coded in MATLAB or Python for the modeling, simulation, and control• Extensive documentation, including a technical proposal, design report, and presentation