Neehar Sawant Email and Phone Number

- Worked with professor Lynford Goddard on CISTEME365 Project to expose underrepresented students to STEM- Utilized JavaScript and React to implement web-based apps for students to virtually learn about various STEM topics- Created Digital Multimeter app for students to study resistance networks and calculate voltage/current on breadboard- Contributed to overall STEM teaching curriculum while helping and impacting community

- Developed automation tool in Python with GUI to compare test coverage between stations for improved efficiency- Designed flex cable to test iPhone component while maintaining test results and module power and signal integrity- Worked with contract manufacturers to analyze display component testing builds for maximum yield and retest rates - Performed data analysis on Face ID module using JMP to prevent assembly errors and ensure accurate functionality

- Utilized Python and MATLAB to pipeline dataset creation from high speed video to train ML models for error prevention- Developed unit and integrated tests in VB.NET for tester calibration software to ensure precise functionality- Assisted with troubleshooting and calibration for radio frequency (RF) testing of radar and nuclear components- Obtained Q-level security clearance from DOE, equivalent to Top Secret, to access innovative technology in manufacturing labs

- Collaborated with Computer Vision and Machine Learning team in an eight week virtual internship- Utilized Python and AWS to create image augmentation utilities to increase data scientists’ efficiency and consistency- Manipulated image and updated labels to build utilities such as resize, contrast, blur, etc.- Structured utilities into downloadable package for universal convenience and normalized use- Learned to communicate and develop technical skills in a virtual office environment

- Worked with Dr. Oomman Varghese in Nanomaterials and Devices Laboratory- Researched ideal copper to sulfide ratio to output the maximum solar cell voltage and power- Utilized copper-sulfide and cadmium-sulfide semiconductor on fluorine doped tin oxide (FTO) glass solar cell- Calculated ratio of copper sulfide and used X-Ray Diffraction (XRD) to determine crystalline structure