working on AI-generated Pseudoplanars for Ventilation/Perfusion ScansWorking on cardiac PET imaging and improving LVEF and RFEF estimations

working on AI-generated Pseudoplanars for Ventilation/Perfusion ScansWorking on cardiac PET imaging and improving LVEF and RFEF estimations

Developed hybrid spatio-temporal transformer network to direct inference of parametric images in brain dynamic PETDeveloped deep-learning algorithms for 3D and dynamic PET/MRI Image ReconstructionDeveloped algorithms for partial volume correction of low-count brain PET images using UNET-Transformer NetworkDeveloped unsupervised learning algorithm for denoising and image enhancement of dynamic PET/CT imagesDeveloped realistic 3D and dynamic PET/MRI phantom dataset to use in supervised learning algorithmsPresented results to project team members and scientific conferences.Collaborated with other members of a project team to meet defined scientific and technical goals.Authored and co-authored two scientific publications in peer-reviewed journals and conferenceproceedings.

Developed algorithms for calibration and reconstruction of Animal PET system using Python.Developed and implemented deep learning algorithms for 3D PET image reconstruction and enhancment of PETimages.Implemented software in prototyping product development environments.Presented results to project partners, collaboration partners, customers, and scientific conferences.Collaborated with other members of a project team to meet defined scientific and technical goals/requirements.Authored and co-authored numerous scientific publications in peer-reviewed journals and conferenceproceedings.Quality control supervisor of Animal PET, Animal SPECT, and Cardiac SPECT imaging systems.