Played an integral role in the development of b.well's proprietary SDK that simplified the use of the Fast Healthcare Interoperability Resources API, also known as FHIR. The SDK is offered in both Kotlin and TypeScript, which enables b.well's customers, developing for mobile and web, to quickly bring their medical information applications to market.

Developed a Bluetooth enabled mobile app that communicates with Crane Aerospace's proprietary aircraft landing gear telemetry technology. The mobile app enables aircraft linemen, armed with an iPad, to quickly and accurately collect and record landing gear data, which is critical to the safe operation of the aircraft.

Worked with Bose's advanced development on multiple mobile application projects. The projects ranged from developing cross-platform mobile based chip-set engineering testing tools with React Native, developing an experimental hardware device that enhanced the Voice Recognition experience for car passengers, and orientational audio capturing tools for Bose's audio engineers.

Played an integral role in the development of the cross platform Winnebago Mobile App that allows RV owners to monitor and manage their RV's system via Bluetooth and Wifi connectivity.

Planed, speced and designed the BLE technology that enables NuSkin facial brushes to talk to their cross-platform Vera App. This included authoring the native BLE clients, for the Android and iPhone mobile devices, to facilitate communication with the React Native layer.

Played a critical role in the rearchitecturing and debugging of the Whoop Fitness Strap's BLE module for the Android mobile application. Assisted in the design of a dynamic i18n textual content management solution, wrote crucial unit/integration/E2E test to ensure software integrity and Gradle build scripting.

Authored the React code that powers CyberData.Net's multi-tenant partner platform for enabling various audio hardware tools.

Played a critical role in the authoring of two synergistic cross-platform security applications. The Mobile Security Professional App that enables the management of on-site facility security checkpoints and user access, and the Mobile Security User App that enables personnel to gain access to protected facilities and areas.

Lead development of the initial Innr Lighting App. The application communicated with various IoT enabled lighting systems to control various aspects of lighting systems, such as timing, duration, intensity, zones and color.