Leading Health AI as the Chief Technology Officer, my mission is to harness the power of artificial intelligence for transformative science. My competencies in generative adversarial imitation learning and large language models, gained through extensive AI research, enable the delivery of innovative applications that revolutionize healthcare delivery, industrial productivity, and scientific finance.The organization benefits from my expertise in strategic planning and cross-functional collaboration, which has been pivotal in navigating complex regulatory environments and achieving growth. Our team's dedication to talent development and change management is essential for fostering long-term success and aligning with stakeholders' values. Together, we are committed to advancing AI applications that prioritize sustainability and excellence in the global sector.

As an AI Research Scientist at Cigent Technology, strategic innovation and applied artificial intelligence in cybersecurity are the cornerstones of my professional ethos. My contributions to inventing the world's first AI-based self-defending NVME SSDs have been adopted by military and intelligence services, reflecting a fusion of technology and strategy to protect critical digital infrastructures.With expertise in Generative Adversarial Imitation Learning and Large Language Models, my role extends beyond research to include real-time threat mitigation in zero-trust environments. The collaborative efforts with my team and partners like Blueshift Cybersecurity Inc. have led to an IP valuation of 13.6M, showcasing our commitment to pioneering solutions with a profound global impact.

At NYU Langone Health, my leadership in scientific computing has been pivotal in advancing research in glycomics—an area critical to understanding infectious diseases and developing therapies. My expertise in generative neural networks has been instrumental in pioneering technologies that underpin global standards in biotech research.Steering a department dedicated to computational excellence, our team's efforts have resulted in discoveries that inform real-world health solutions. With a strong commitment to interdisciplinary collaboration, we've enabled groundbreaking work that translates to improved patient outcomes and advancements in the medical field.

At the helm of Manhattan College's High Performance Computing department, my leadership fosters groundbreaking research in quantum mechanics and molecular spectroscopy. We have established a robust infrastructure, managing a dedicated team and a $1.5 million annual budget, to enable significant scientific discoveries and collaboration with prestigious institutions like CERN.My technical prowess in constructing multi-GPU Linux clusters has not only secured perpetual endowment funding but also attracted substantial resources to our AI CUDA Master program. These efforts have cemented our reputation in the scientific community, with the new Kakos science building exemplifying the tangible impact of our department's vision and accomplishments.