I taught fundamental computing concepts including number systems, boolean algebra, transistors, combinational logic, sequential logic, instruction sets, etc.

Analyzed full stack performance for GPU applicationsDesigned and improved data visualization tooling for GPUs

Wrote directed tests and debugged model for architectural featureDesigned and brought-up new data collection and analysis tool flowModeled and analyzed performance uplift of potential architectural feature

Designed memory system performance featureImplemented simulator for measuring performanceimpactCaptured workload memory traces for simulatorinput tracesAnalyzed design space

Researched acceleration of domain specific applicationsDesigned acceleration architectureAnalyzed and modeled performance of application

I wrote tests and test generators for the functional verification of x86 processors. I also designed tools to automate testing processes.

I worked on testing automation for hardware verification and continuous integration for the POWER9 processors. Additionally, I worked on the CAPI reconfigurable computing project.

I taught computer architecture concepts at recitation sections; these concepts include: ISA, microcode, pipelining, out-of-order execution, branch prediction, caches, physical memory, virtual memory, interrupt/exceptions, buses. Additionally, I designed and graded exam and homework questions. I also answered student questions at office hours and online.

I led lab sessions for Embedded Systems Design Lab, as well as guided students through labs in our online Intro to Embedded Systems edX course. I helped students learn to design and debug both software and hardware components and taught them how to build real world electronics.

I developed a customer facing compilation feature in NI's LabView software, and enabled cross compilation of LabView binaries from the Windows platform to real-time embedded Linux targets. Additionally, as part of the real-time operating systems team, I also fixed issues with their embedded Linux firmware.I learned to efficiently implement new features and test modifications in large existing codebases as well as code review and Agile development techniques.

I worked on microbiological and mouse model research in the Diabetes and Endocrinology Research Center in the Baylor College of Medicine.