Visit our website:https://thetatech.aiDownload our free white paper on healthcare AI:https://thetatechai.comAs the Founder and CEO of Theta Tech AI, I lead a team of specialists focused on revolutionizing healthcare through AI-driven solutions. My primary role involves shaping the company's vision, developing strategic partnerships, and overseeing the implementation of advanced AI models that transform how healthcare businesses operate.Key achievements during my time at Theta Tech AI include:Developing cutting-edge AI models for medical imaging, clinical data analysis, and patient outcome prediction, leveraging cloud-based architectures like AWS and GCP to ensure scalability and reliability.Building patient-centric algorithms that prioritize clinical applicability, enabling hospitals and research institutions to improve diagnostic accuracy and patient care through innovative technology.Optimizing large-scale AI workflows by implementing solutions for monitoring, debugging, and analyzing experiments, streamlining the process from model development to deployment in healthcare settings.Working with diverse healthcare datasets, including radiology DICOM, wearable data, and clinical trial information, to ensure robust and accurate AI-driven insights across a wide range of medical applications.Leading the transition from traditional monitoring tools to Neptune.ai for improved experiment tracking, resulting in faster, more reliable machine learning operations and reproducible results.At Theta Tech AI, we’re committed to pushing the boundaries of what's possible with AI in healthcare, driving efficiency, improving patient outcomes, and ensuring that AI technologies are implemented ethically and effectively.

My research at Rutgers focused on pioneering AI solutions for medical imaging, leading to 25+ peer-reviewed publications and two patents on cancer detection algorithms. Completing my Ph.D. in Biomedical Engineering in just three years, I gained deep expertise in developing AI-driven technologies that are now being applied in clinical settings to improve patient outcomes.

Developed interfaces for computational imaging algorithms between Matlab and XIP