Developed multi-socket offline/online scheduling algorithms in C++ to improve performance of machine learning algorithms on CPUs.

Worked to enhance security for services that utilize an internal service management platform.

Developed non-uniform memory access-aware (NUMA-aware) task schedulers to improve scalability of machine learning computations across multiple processor sockets.

+ Worked with a team to design an ultra-wideband radio network that can track locations with high precision.+ Was the primary developer for the software that performed the location calculations as well as controlled the behavior of the devices on the radio network.+ Provided on-site customer support and setup of ultra-wideband networks at locations such as CES in Las Vegas and CES Asia in Shanghai, China.+ Wrote an Android library to allow clients to interface with a USB-connected embedded ultra-wideband device that generates location data.+ Wrote firmware for ultra-wideband devices for use with the aforementioned radio network.+ Designed and implemented a transaction scheduling scheme for collecting data to perform location calculations using the two-way ranging plus snoop algorithm.

Instructed students in the use of the English language. Areas taught Included listening, speaking, reading, and writing.

Tutoring students in C++ and data structures.

Assisted students during undergraduate physics lab sessions and graded lab assignments.

Debugged and graded C programs submitted as undergraduate coursework in an introductory computer science class.