Ads Serving Platform & Infra

Windows Package Manager (Winget)

• Presenter at Microsoft Build 2023 and MVP summit to showcase `winget configure`.

• Added support to install packages provided as a portable/standalone exe or as a zip archive file.

• Designed and implemented an open-source command-line tool called Winget-Create. The purpose of this tool is to help users generate manifest files for any app they wish to submit to the Windows Package Manager Community Repository.

• Added functionality to integrate with GitHub APIs to support automated updates/submissions in a CI/CD scenario.

• Managing the GitHub repository by interacting with community members and responding to new feature requests or resolving bugs/issues.

• Winget-Create has approximately 50K+ downloads and has contributed to over 3,000 newly added/updated manifests.

• Implemented a feature for the MSIX Packaging Tool to allow users to select detected services to include in their package manifest.

• Investigated and authored a design spec for implementing the packaged services feature regarding the process flow for detecting services by analyzing registry changes.

• Conducted deep learning model training using Tensor Flow to use artificial intelligence to train and classify images of printed circuit board components to enhance the automated optical inspection process.

• Experimented with retraining custom object detection models to locate and identify damaged or missing electrical components on printed circuit boards and improve the manufacturing quality of the assembly line.

• Spearheaded an IOT smart edge computing project that acquires, cleans, and interprets data from various sensors at the manufacturing facility to update the interconnectivity of manufacturing machines.

• Developed a smart door/window shock sensor using an accelerometer-based sensor technology to detect and interpret various levels of forced entry in ordinary homes.

• Designed various forced-entry tests in the form of weighted pendulum, spring, and drop tests in order to acquire models to replicate the forced entry of an average human.