• Opthalmic diagnostics

• Project manager for development of a cloud-based application (proof of concept)

• Optic nerve head disc/cup segmentation algorithm improvement

• Software/Algorithm development on NVIDIA Jetson platform

• Designed and developed new algorithms and image processing methods for use in BD image based clinical/research applications and flow cytometry applications.

• Designed and developed new algorithms and software for flow cytometer setup and QC.

• Developed and implemented algorithms for Optical Coherence Tomography (OCT) image alignment, registration and auto averaging for RTVue and iVue imaging systems

• Developed, implemented and optimized optic disc/cup (optic nerve head) segmentation and analysis algorithms for RTVue and iVue imaging systems

• Implemented, evaluated and optimized retinal layer segmentation algorithms using the latest technologies in industry

• Worked with clinic research scientists to validate algorithm accuracy and diagnosis power using clinic data; provided validation results in compliance with FDA requirements

• Maintained and improved existing imaging algorithms and software

• Developed adaptive projection acquisition approaches for 3D EPR imaging of free radicals; Adapted accordingly the filtered back-projection algorithm for image reconstruction

• Developed and implemented a fast continuous wave (CW) EPR imaging system using spinning/spiral magnetic field gradients enabling an increase of image acquisition speed by an order of magnitude as compared to the conventional methods

• Developed a client/server software using C++ for real-time calculating dynamic nuclear polarization (DNP) spectra based on a commercial NMR console

• Developed a Windows based 4-D spectral-spatial EPR imaging software (Visual C++/MFC source codes>30,000 lines) including hardware control, data acquisition, image reconstruction and post-processing

• Research results from adaptive projection acquisition and fast CW EPR imaging system development led to funding of an NIH research projects program (R01) “Novel Methods for in Vivo Imaging of Tissue Oxygenation”- Principal Investigator: P Kuppusamy (20% effort) and Co-Investigators: Y Deng (50% effort) and J Zweier (5% effort); A total amount of funding $800,000 for 4 years