
Assistant Professor, University of Wisconsin-Madison and Marine Biological Labs Investigator


Run AI model training for applications like drug discovery, image segmentation, and materials prediction on HP Z Workstations on-prem or in hybrid workflows without exposing sensiti...

Analyze genomics, microscopy, or climate-model data on HP Z Workstations to preserve data integrity and avoid compliance, transfer, and governance issues while still using the cloud...

Use HP Anyware² with HP Z Workstations so teams can access shared compute for cross-site partnerships (i.e. multi-institution trials or shared microscopy cores) without moving sourc...

Support CFD, molecular dynamics, and neuroimaging workflows on ISV-certified HP Z Workstations to ensure reproducible results without waiting on congested high-performance compute q...

Adopt a centralized HP Z Workstation foundation to reduce duplicate lab purchases, enforce governance, and provide consistent access to compute for funded research programs.
Provide remote entry to HP Z Workstations with HP Anyware² so researchers and collaborators can continue analysis without relocating protected data or creating secondary copies.

Run LLM training, molecular modeling, and high-volume simulations on the HP Z8 G5
Run AI and machine-learning models for imaging, predictive analysis, and data-intensive research on the HP Z6 G5 A, powered ...

Prototype and fine-tune large AI models at the edge with the HP ZGX Nano AI Station G1n
Process simulations, imaging, and data-capture workloads on-the-go with the HP ZBook Fury G1i
Run AI-assisted data analysis, visualization, and lightweight simulation on the move using the HP ZBook Ultra G1a 
HP Anyware²
HP Z Boost⁵ dynamically reallocates unused GPU capacity across AI, simulation, and visualization tasks, so research teams ca...

Inside Z Solution Specialist West

Inside Z Solution Specialist East
