Doctoral Researchers in Max-Planck-Gesellschaft zur Förderung der Wissenschaften eV. are working on the ERC-funded project MANUNKIND, supervised by Prof. Dr. Dr. Hannes Rusch. My research focuses on game theory and applied microeconomics.
I completed my master's degree at the University of Bonn, majoring in Economics, and my bachelor's degree is in Finance.
Proficient in econometrics, Python, and R programming, also have limited experience working with STATA.
Interested in data analysis and machine learning. Have working experience in data management and data analysis with R and Python.
in Bonn
Computer: R-studio, Python, Microsoft Excel, - World, - PowerPoint, LaTeX, STATA, MATLAB
Language: Chinese (native), English (C1), German (B1)
Soft skills: teamworking, communication, self-propelling
"How robust are machine learning approaches for improving food security amid crises? - Evidence from COVID-19 in Uganda" (with Lukas Kornher and Clara Brandi), World Development, 196(2025), doi:10.1016/j.worlddev.2025.107171
"Tricked into trouble: Deception, threat, and coercion in exploitative labor relations" (with Maximilian L. Schmitt*, Thomas Meissner, and Hannes Rusch), Working Paper (2025), preprint doi: 10.26481/umagsb.2025007
"Modern Slavery and Mistrust: a conceptual replication of Nunn & Wantchekon (AER, 2011)" (with Hannes Rusch), Working Paper (2025), won the second prize for the best PhD student paper at the IAREP conference, Tartu 2025
2017. 09 - 2021. 06
Dongbei University of Finance and Economics (China)
Bachelor's Degree in Economics, Major: Finance
Average Scores: 88.7% (Overall Grade 1.8)
2021. 10 - 2023. 09
Rheinische Friedrich-Wilhelms-Universität Bonn
Master of Science Degree in Economics
Average Scores: 1.1/1.0
2023. 10 -
Maastricht University
PhD student in Economics (external)
2023. 10 -
Max Planck Institute for the Study of Crime, Security and Law
Ph.D. student of Economics, enrolled in Maastricht University
Working as Doctoral Researcher in the project MANUNKIND: Determinants and Dynamics of Collaborative Exploitation
(https://cordis.europa.eu/project/id/101040002)
2020. 07 - 2020. 08
CITIC Securities, Shenyang Branch
Internship of Customer Manager
Carried out an in-depth study of the automatic fund investment, and built Excel modeling through self-learning on the principle of fixed investment
2022. 12 – 2023. 08
Zentrum für Entwicklungsforschung, Bonn
Research Assistant
Data management and visualization for world development and food trade data set
Preparing, cleaning and manipulating data needed for research
Finish a literature review about the implementation of machine learning in the field of food security
(https://github.com/yudingshechu/Computational_Statistics/tree/Final-Project)
Uni Bonn
Used simulated data to implement LASSO in instrumental regression
Compared the post-LASSO instrumental regression algorithm in different simulated cases
(https://github.com/yudingshechu/Research-Module-Yield-Curve-Estimation-RKHS)
Uni Bonn
Replicated the implementation of RKHS non-parametric estimation in yield curve estimation
Used simulated data to show the advantages of RKHS estimation over other traditional estimations
ZEF
Systematically collect, review, and summarize relevant papers, and explain machine learning algorithms in detail
(https://github.com/yudingshechu/EPP-Final-Project)
Uni Bonn
Clean and manipulate large volumes of China's national survey data
Replicated a DID paper with an automatically generated project template (pytask)
(https://github.com/yudingshechu/Masterarbeit)
Uni Bonn
The food insecurity issue is serious in eastern Africa, facing the shocks such as the Covid pandemic and war in Ukraine, a robust machine learning is needed for food insecurity forecasting. This study combines the Uganda National Households Survey data and other open-source data to predict household food insecurity before and during Covid. It is shown that models based on decision trees behave robustly when facing the shock of Covid. These tree-based models provide flexibility for policymakers to trade off the cost and benefit of food insecurity aiding. We also find that demographic and asset features provide the most prediction power. Finally, tree-based methods are robust against limited features or un-updated training data when facing a shock, implying they are robust in practical scenarios.