Allowing Whirlpool appliance to partner with third-party water leak detector device:● Developed Java code, while utilizing Spring Boot, to link/unlink a Whirlpool consumer's accounts so that certain home appliances could work together with a third-party water leak detector device also owned by the consumer● Saved account link information in a MySQL database hosted by Amazon Aurora● Contributed code to process water leak detector events, especially in sending notifications to Kafka bus● Wrote JUnit tests with the help of Mockito for IoT project's code base, helping meet SonarQube requirements● Used Lombok annotations to avoid needing to manually create constructors, getters, and settersProviding login module:● Performed full-stack development for linking consumer’s 3rd-party account with Whirlpool account, using JavaScript and React on the front-end● Worked with AWS CloudFormation template (template.yaml file) to break up an AWS Lambda into twoEnhancing developer portal site:● Created features and improved user interface for React-based developer portal site● Added or modified JavaScript code in AWS Lambda function for associating and disassociating accounts and for requesting and unclaiming virtual appliances Building administrative tool for Elm Park Labs:● Added backend functionality for subscriptions and applications in a web application, working with C#, GraphQL, AWS Amplify, S3, and DynamoDB● Reworked code for allowing users to upload assets such as image files

● Performed Java development using EJB/JPA/Hibernate to get data from and save data to SQL database, while executing business logic● Served as tech lead and wrote code for large project (about 1500 code reviews and over 430 new Java source code files) that created dozens of new desktop UI screens, which significantly improved worker efficiency● Enhanced Python script to automate time-consuming task, saving department resources and improving dry run process over the long-term● Mentored summer interns for two years and provided technical leadership to reformat large code base● Used AngularJS and AWS storage to develop key UI screens for an innovation project from the Talent Marketplace, which eventually evolved into the ONESOURCE Fast Sales Tax product (fastsalestax.com)● Developed logistic regression & XGBoost machine learning models to see how they can predict whether customers will renew software product

● Wrote and verified re-usable Serial Peripheral Interface (SPI) drivers for Stellaris and PIC microcontrollers● Developed software for product in R&D that will be used in hospital operating rooms● Updated drivers for communication with various embedded devices including an IO expander, a camera chip, a CAN interface, and a digital-to-analog converter● Created reference projects for commonly used embedded software drivers to demonstrate their functionality● Improved Python-based internal tool that enables engineers to re-use embedded software modules

● Conducted power integrity tests using lab equipment and software tools in collaboration with other platform validation team members to ensure the successful release of Haswell-based processors● Investigated technical problems that arose during validation● Facilitated the tuning of analog circuitry to meet processor specifications

● Assisted with research and development of new electronic acquisition system for pixel array x-ray imagers● Verified the functionality of the existing electronic acquisition system● Programmed FPGA using Verilog to serialize and deserialize signals that would operate the x-ray imagers● Designed layout and routing of a printed circuit board that converts serial data and I2C messages to usable control signals

● Conducted tests on Class D audio amplifiers for automobile media applications● Evaluated amplifiers on power, THD, efficiency, crosstalk, noise, mute attenuation, and EMC● Investigated problems found in amplifiers and communicated them to suppliers● Presented findings to management and wrote detailed report outlining results and conclusions

Research Advisor: Professor Dave Wentzloff● Wrote Verilog code for a FPGA to demodulate FM signals coming through an antenna in the lab● Modulated and demodulated audio files using MATLAB functions● Used a function generator and oscilloscope to generate signals for analysis on MATLAB

Research Advisor: Professor Perry Samson● Developed approaches of displaying meteorological data through Google Maps● Utilized HTML and JavaScript to display temperature trends for U.S. cities● Parsed data from XML files and used it to place location markers on Google maps