Hoa Pham Email & Phone Number

Pleasanton, CA, US

Develop human body sizing solutions:- 3D handheld scanners using RGB-D cameras and radar sensors capable of imaging and reconstructing actual 3D body shape of human subjects while fully clothed. - 3D optical imaging system using (mobile phone’s) Lidar sensors- Radar signal processing, image processing, 3D optical and radar reconstruction algorithms for.

Ho Chi Minh City, Vietnam

- Responsible for managing algorithm team to develop algorithm-related features for wearable devices- Researched and developed signal processing/machine learning algorithms for wearable devices to measure and recognize/classify different users’ activities using accelerometer data- Developed shake detection, tap detection, step counting, swimming algorithms.

University Of Pittsburgh Medical Center (UPMC)

• Developing novel optical imaging systems (spatial-domain low-coherence quantitative phase microscopy (SLQPM), spectral-encoding of spatial frequency and 3D tomographic microscopy) for nanoscale structural.
• Developing software and hardware integrated system for high-throughput analysis of 3D nuclear architecture at a single-cell level in clinically obtained, unstained patient tissue and cell samples.
• Studying physical properties of cell nucleus as novel markers for early and more accurate cancer detection, prognosis and more personalized risk assessment in cancer.

Beckman Institute

• Developed a white light diffraction phase microscopy (wDPM) which allows single-shot quantitative phase imaging with nanometer spatial and temporal sensitivities (a patent is granted).
• Developed a spectroscopic diffraction phase microscopy (sDPM) for measuring quantitative phase maps at multiple optical wavelengths using spectrum filtering at Fourier plane.
• Developed parallel algorithms and CUDA-based software for real-time quantitative phase imaging and automatic segmentation, labeling and calculation of 3D morphological parameters of red blood cells.

Doctor Of Philosophy (Phd), Electrical Engineering

Developed real-time optical quantitative phase microscopy imaging system for cell imaging and studies. Developed low-complexity algorithms.

Master'S Degree, Electrical Engineering

Bachelor'S Degree, Electrical, Electronics And Communications Engineering