Working on mobile applications and AI integration

Enabling the integration of on-demand remote visualization solutions with HPC compute clusters. Working with professional engineers to transition simulation workflows from in-house execution to running on on-demand cloud HPC clusters. Integrating on-premise licensing solutions with cloud compute clusters. Scripting automated deployment and integration tests of engineering simulation codes to Linux and Windows for use in on-demand HPC clusters. Linux, AWS.

• Developed an Android application streaming secure HD content that was demonstrated successfully at CES 2013 to prospective members of the SCSA consortium. This technology was the pre-cursor to Vidity™ enabled storage products.

• Implementation of IEEE P2200 standard in C (target platforms Android and Linux) and Java (Android).

• Worked on an Android SDK for secure cards, a software service used in conjunction with secure microSD cards to protect media content.

• Developed Nokia Symbian and Windows Mobile applications demonstrating content discovery, download and device functionality using customized SanDisk microSD cards.

While at this startup I helped launch the U3 developer community. Responsibilities included U3 product platform support and engineering for U3 Platform Licensees and Developers, supporting applications and processes, bug/issue tracking and resolution, creation of platform documentation, sample code and knowledge base articles. Developed software tools and scripts in this role. U3 was acquired by SanDisk in 2007.

Worked on Icepak’s pre and postprocessors and liaised with Fluent to determine feature and customer requirements. Developing for multiple Unix-like OSs and Windows. Developed a package object representation, which improved the editing and data management of model elements. Added a blower modeling feature, automatically creating user-defined functions. Exposed more Fluent solver features, allowing enhanced boundary condition specification. Created an optimization interface, increasing the efficiency of the user’s design process.