• Ph.D. in Physics and M.S. in Robotics with 10 years of interdisciplinary research experience in biological physics, system biology, computational science, and microscopy. Integrated scientific disciplines to analyze complex systems and uncover their underlying mechanisms. • Proficient in developing advanced computational techniques for modeling and analyzing complex systems with expertise in machine learning, statistics, digital image processing, computer vision, spatial analysis, Monte Carlo simulation, (nonlinear) dynamical systems, PDEs, and parallel computing. • 8 years of experience processing and analyzing large-scale microscopy data across modalities including brightfield, multiphoton, light sheet, light field, and µCT. Experiences in stitching, denoising, segmentation, classification, registration (point cloud and volume), localization, and transformations, handling data from 1 to 5 dimensions. • 4 years of experience developing nonlinear optical systems, from conceptual CAD design and part fabrication to construction and calibration. Designed and implemented control software for multiday automated operations for 3D imaging of biological systems across scales. • Solid track record in project management within research and development settings, leading multi-institutional projects that involved collaborations among biologists, optical engineers, chemists, neuroscientists, and computer scientists. Demonstrated ability to secure funding through grant proposals, write scientific and engineering papers, and effectively communicate complex ideas across diverse fields.