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My aspiration is in the development of novel computing technologies and solving engineering problems with a pragmatic mindset and strong programming skills. I've spent many years developing emerging technologies in nonvolatile memories, CMOS/superconducting circuits, neuromorphic computing and AI/ML. I use Python and C++ extensively for numerical calculation, data analyses and measurement automation.
I use Python and C++ for numerical calculation in various systems such as magnetic switching and spin diffusion.
I also wrote Python wrappers for other simulation tools such as OOMMF (micromagnetic) and SPICE (electronic circuits).
I'm keen on using numerical and AI/ML techniques to solve physical engineering problems.
I've built several probe stations for transport measurements.
I've developed a Python-ecosystem for scientific experiments which integrate user interface, measurement procedure and data retrieval. When combining with data analyses and AI/ML techniques, recursive measurement steps can be optimized for efficiency.
Hands-on experience in fabricating MRAM cells and HAMR head
Deep-UV and e-beam lithography
Magnetic and surface metrologies
Thin film deposition and etch
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