NVIDIA DGXperts

My career path has taken me to a variety of companies, from large to startup. I’ve gotten to work from the data center level down to the microcontroller firmware level on everything from hardware, to software, to corporate processes. I pride myself in taking a systems-level approach to solving problems, while continuously striving to remain a versatile engineer.

Through my many roles, from software development to pre-sales consulting to solution architect here at NVIDIA, I’ve enjoyed the opportunity to work with customers in many different industries, architecting solutions that leverage the latest technologies to solve their complex business problems. Since joining NVIDIA, I’ve been amazed at our ability to leverage the latest deep learning techniques on powerful, GPU-based clusters, resulting in more accurate models developed sooner that provide quicker insights. “Speed of light” work—I can’t wait to see where we are five years from now!

I have 20+ years of experience in creating large-scale compute, high-speed interconnect, and storage solutions for high-performance computing (HPC) and AI applications. As senior solution architect at NVIDIA, I guide clients to scalable, reliable, end-to-end solutions by defining appropriate proofs of concept (POCs) and providing deep technical trainings and workshops.

Since the introduction of DGX-1 more than 4 years ago, my role within the NVIDIA Solutions Architecture Engineering (SAE) EMEA team is to act as a primary technical point-of-contact for DGX systems and DGX POD in the region. Physicist by background, I joined NVIDIA 5 years and a half ago, bringing 30+ years of research and professional work in HPC, Parallel and GPU Computing, Computational Science, Exploratory Data Analysis and Enterprise IT infrastructures. I'm strongly convinced that Deep Learning and Advanced Data Analytics are the real "killer apps" which the HPC community was chasing for decades. I enjoy helping customers, partners and developers in boosting their advanced projects in different verticals by means of exciting NVIDIA technologies.