Developed a novel method for obtaining robust pancreatic β cells through differentiation of mesenchymal stem cells by using sex hormones (Molecular Endocrinology Lab, IIT Roorkee, August 2012-May 2013). Developed guidelines to translate IR spectroscopic imaging based models from conventional IR imaging instruments to high speed discrete frequency IR imaging instruments. Developed high fidelity IR spectroscopic imaging based histology models to identify tissue damage, immune response and fibrosis in patient samples. 
Mapped results of IR based prediction onto the tissue to get insights into the heterogeneity of gene expression in tumorsĭeveloping Translational Histology using IR (August 2013- September 2016). Determined the outcome in 42 cancer patients using IR based prediction models. Predicted gene expression patterns using IR based markers using previously published gene expression patterns as ground truth. Spatial Mapping of Gene Expression (October 2016-January 2018) Currently validating the developed models on surgical samples. Found a significant association between the presence and spread of inflammatory stroma uniquely identified by their IR spectrum to the disease aggression. Imaging: Using patterns of spatial organization of the malignant epithelium, used machine-vision to identify tumor grade. Spectroscopy: Applied IR spectroscopic imaging based machine-learning models to determine the disease outcome. Prognosis Determination in Cancer with IR spectroscopic Imaging (September 2014-2018) MS (Bioengineering), University of Illinois at Urbana-Champaign, August 2013 - May 2017īachelor of Technology (Biotechnology), Indian Institute of Technology Roorkee, India, August 2009 - July 2013ĬGPA: 9.25/10, Honors: First division with Distinction, President’s silver medal for obtaining highest CGPA in the graduating class RESEARCH Ph.D. 
For this work, Jin Kim won the Best Student Paper Award at IEEE CDC 2019.Ph.D., University of Illinois at Urbana-Champaign, August 2013 - 2018 Although the topic is mathematically involved (see webpage ), the history of this problem and its solutions appears here. We have a special knack for coming up with creative solutions for "previously-believed-to-be-unsolvable" problems! A recent example is our work on duality for nonlinear filtering. This research is recently featured in an IEEE Control Systems Magazine (August 2021 issue) article. We are known around the world for having invented the feedback particle filter (FPF) algorithm. Upon winning the competition, Adam co-founded the motion-sensing startup Rithmio (read the news story ) whose technology portfolio was acquired by Bosch Sensortec in 2017. Winner of the university-wide COZAD competition ( Adam Tilton in 2014) for student-led entrepreneurship. Although it is not official, our group may well hold the world record for most Best Student Paper Awards at IEEE CDC (the flagship conference in control theory)! Winners of three Best Student Paper Awards (Yu Sun at IEEE CDC 2007, Kun Deng at CDC 2009, and Jin Kim in CDC 2019) and two finalists for the Best Student Paper Awards (Tao Yang at IEEE CDC 2012 and Huibing Yin at ACC 2010). Some salient accomplishments of the students in our group: Recent work has focused on applications to machine learning and artificial intelligence. Our group's research is in the area of dynamics and control.
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