Sep 2021 – Apr 2024 · 2 yrs 7 mos · Pune, Maharashtra, India

• Lead GPU/HPC based activities in the organization

Sep 2019 – Sep 2021 · 2 yrs · Pune, Maharashtra, India

• Lead GPU HPC activities in the organization

Apr 2017 – Sep 2019 · 2 yrs 5 mos · Pune Area, India

•  Analysis of available technologies for deep learning based performance stringent requirements
•  Design of Software architecture and workflow
•  Hardware selection for performance-based applications
•  Technical feasibility estimations of requirements
•  Demo development and showcase on Deep Learning, GPGPU, AI Productization based products ideas.

Nov 2015 – Apr 2017 · 1 yr 5 mos · Mumbai Area, India

• Major Responsibilities:
• Product conceptualization and design
• Super-computing Hardware and software architecture design
• Product/Project Feasibility studies (Both Distributed and Embedded systems)
• CUDA workshops for Industry, academics and government labs
• Product demo developments and technology POCs
• Event organizer for National Super-computing Symposium, IIT Bombay de-hpc [de-hpc.org]
• Industry consulting: Consulted Wipro technologies for project specific GPU based activities

Dec 2012 – Nov 2015 · 2 yrs 11 mos · Mumbai Area, India

• Worked on the same project with the same responsibilities in my previous company, Oxyent-medical but now got hired by the client.
• Roles and Responsibilities
• High Performance Computing (GPGPU Using NVIDIA GeForce GTX-580 and Tesla T7500):
• > Designed and Implemented a New GPU Based Image Processing Algorithm Framework
• which significantly Outperforms the conventional CPU-Based implementation
• > Design decisions of Hardware architechture in HPCC.
• > Designed and developed a library of image processing kernels (using Jcuda and Cuda) to
• reduce the development time of object detection algorithms on GPU.
• > Implemented Connected Component Labeling on GPU for very fast blob analysis on GPU.
• > Developed multiple GPU algorithms for the corresponding CPU based feature detection
• algorithm of micro-biological objects.
• > Validation, verification and tweaking of the developed algorithms on GPU.
• > Integration of GPU Algorithms in Hadoop Framework.
• > POC's of object detection algorithm on multiGPU Architechture.
• Java Development (Medical Image Viewer Development On Eclipse RCP platform):
• > Parsing of Proprietary Medical image formats (Size 1-7 GB).
• > Designed and implemented complex features like Multiple Image Handling and Image
• Synchronization of Proprietary Medical image formats.
• >Development and implementation of Digital Image Display Algorithms like Zooming and
• Panning Algorithms for very large medical images.
• > Performance and memory optimization for handling very large Data Size.
• > Development of Image Viewer Features like image Annotation(Drawing and Saving),
• Magnifier, Navigation windows and etc

Jul 2011 – Dec 2012 · 1 yr 5 mos · Mumbai Area, India

• Roles and Responsibilities
• High Performance Computing (GPGPU Using NVIDIA GeForce GTX-580 and Tesla T7500):
• > Designed and Implemented a New GPU Based Image Processing Algorithm Framework
• which significantly Outperforms the conventional CPU-Based implementation
• > Designed and developed a library of image processing kernels (using Jcuda and Cuda) to
• reduce the development time of object detection algorithms on GPU.
• > Implemented Connected Component Labeling on GPU for very fast blob analysis on GPU.
• > Developed multiple GPU algorithms for the corresponding CPU based feature detection
• algorithm of micro-biological objects.
• > Validation, verification and tweaking of the developed algorithms on GPU.
• > Integration of GPU Algorithms in Hadoop Framework.
• > POC's of object detection algorithm on multiGPU Architechture.
• Java Development (Medical Image Viewer Development On Eclipse RCP platform):
• > Parsing of Proprietary Medical image formats (Size 1-7 GB).
• > Designed and implemented complex features like Multiple Image Handling and Image
• Synchronization of Proprietary Medical image formats.
• >Development and implementation of Digital Image Display Algorithms like Zooming and
• Panning Algorithms for very large medical images.
• > Performance and memory optimization for handling very large Data Size.
• > Development of Image Viewer Features like image Annotation(Drawing and Saving),
• Magnifier, Navigation windows and etc

Jul 2010 – Jul 2011 · 1 yr · Hyderabad Area, India

• Porting of 3D games on Android tablets