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In my role as a PhD researcher in University of Twente, I had been afforded with unique opportunity to spearhead several projects focused on big data processing. These projects have allowed me to drastically expand my predictive analysis capabilities. My research was not limited to extract data from numerical simulations, but I also processed data from different experiments. Through my management, the projects have produced substantial results, e.g. on the constitutive models and flow rules of granular materials and published in reputed international journals. In my present position as a researcher in Syracuse University, I am exploring a different domain of research on active matter and learning other statistical analysis techniques. Lately, I have been studying most of Python libraries and framework, and the types of numpy, pandas and mathplotlib, that would really empower me in my career path. With a formal background in process engineering paired with my academic research, I am looking for a transition to industrial research. I am looking forward to experiencing the challenge in a different area than academic research and take more responsibilities.
1. PhD, University of Twente, Netherlands, 2013-18 from the Faculty of Engineering Technology
2. 2 years of experience on postdoctoral research in United States
3. Proficiency in big data processing, extracting knowledge or insights from data in various forms, developing models, constitutive relations
4. Proficiency in scientific programming and algorithm aspects using languages like Python, C++ and other skills in Matlab, Mathematica
5. Designed and conducted lab scale experiments in granular materials field
6. 5 years of work experience in iron and steel industries prior to PhD research.
1. Postdoctoral researcher, Syracuse University, NY, July 2019 - present
Conducted primary research on behavior of active particles, performed integrated efficient, computational and statistical algorithms for structural optimization and big Data analysis in python and C++
2. Postdoctoral researcher, Penn State University, PA, Aug 2018-Jun 2019
Conducted primary research on swimming of microorganisms in anisotropic liquid crystal media. Developed code using FEM in C++ and numerically investigated the swimming trajectory.
3. PhD researcher, University of Twente, Netherlands, Oct 2013- Aug 2018
The main project was focused on mathematical modeling of granular flows using numerical methods like Discrete Element method (DEM) and Finite Element Method. Besides modelling there were several scientific programming aspects associated, which involved projects in C++ and python, including Big data analysis/ visualization.
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