Responsible for the development and release of Unity based APIs/SDK for Android XR

Enabling developers to build AR and VR applications in close partnership with Google

I also lead the XR Input team which is responsible for multi modality inputs like hands and

eye gaze

Impact:

Instrumental in the launching of immersive experiences on Android XR

Empowering 3rd party customers to easily port their existing apps to Android XR

Engaging with Unity developer community and bringing their innovation to the market

Lead the release of a SW solution that scheduled ML inference workload

on the underlying platform HW accelerators

Impact:

Spearheaded the 0->1 release of a SW solution that load balanced ML workloads across

various HW accelerators

Enhanced the user experience of image and video up-scaling products from two ISV vendors

by using the above SW solution to balance power and performance requirements

Mobile game optimizations on the Snapdragon platform

Impact:

Improved the performance of highly popular Unreal Engine and Unity based AAA titles

My work has had an impact on the gaming experience of millions of users across the world

Developed an objective template to compare CPU and GPU performance across different

chipsets. This approach was later formalized and used to analyze the performance of

several dozens of games

Developed a bit accurate GPU functional simulator - Binning Unit and the Compute Shader Constructor

Impact:

Achieved the tape out of two generations of GPU HW in an organization newly entering the

GPU IP business

Implemented optimization techniques to reduce the workload on downstream GPU blocks,

resulting in higher throughput

Developed an in-house IP that was competitive with the best mobile GPU solutions in the market

Dx11 Driver and HLSL Shader Performance Tuning

Impact:

Helped ~10 titles to improve their performance on AMD HW while retaining graphics fidelity

Automated certain standard perf tuning techniques that resulted in near zero human intervention and 4x improvement in the identification of optimal settings