Deliver innovative software solutions to enhance scientific data management and analysis in biosciences. Collaborate with cross-disciplinary teams to advance data modeling and AI applications, driving impactful research outcomes.

Lead the charge in advancing quantum superconductors through innovative STM/STS techniques. Collaborate with a dedicated team to explore the fundamentals of amorphous superconductivity, guiding projects from inception to publication in a dynamic research environment.

Pioneer innovative soft x-ray reflectometry techniques. Collaborate with experts, develop instrumentation and data analysis methods, and present findings to advance understanding of magnetic interfaces in materials.

Shape innovative software solutions and data models to enhance scientific research. Collaborate with experts to develop tools for multi-modal bioscience data analysis and machine learning, driving impactful advancements in FAIR data science.

Elevate your career by developing and maintaining EPICS-based control system software to support groundbreaking accelerator and beamline operations in a collaborative scientific environment.