HONGYI LI
***-** **** **, *******, NY *****
***************@*****.*** 217-***-****
EDUCATION
University of Illinois at Urbana-Champaign Champaign, IL
MS in Financial Engineering, GPA: 4.00 (out of 4.00) Dec. 2016
FRM Part 1 & Part 2 passed, CFA level 2 candidate
Hong Kong Baptist University Hong Kong
BS in Applied and Computational Math, GPA: 3.80 (out of 4.00) Jun. 2015
First Honor, GRE (sub-math): 860 (top 10%)
University of Copenhagen Copenhagen, Denmark
International Exchange Program (Math) Jan.-Jun. 2014
ACADEMIC RESEARCH
Graduate Practicum on Trades and Subsequent Effects, UIUC Champaign, IL
Examining the Hawkes Process Feb.-May. 2016
Sponsored by Prof. Richard B. Sowers
Achieved over 30% (usu. less than 10% for order book data) when fitting non-convergent stochastic models of asymptotic price impact which robustly agrees with empirically estimated response and diffusion functions from market data
Estimated the Bare Impact Function of E-mini high frequency trading under 2 diffusive assumptions and produced stable simulations matching tail features (moments) to real market
Undergraduate Research on Image Processing, HKBU Hong Kong
Survey on Super Pixel Segmentation Jun.-Aug. 2014
Sponsored by Prof. Sunney I. Chan
First Author, “Report on Two-stage Convex Image Segmentation Method and Super Pixels”
Invented reversed over-segmentation method(SLIC) with 10% less under-segmentation error and 5% more boundary-recall than prevailing methods through combining two-stage methods with a super pixel over-segmentation method (SLIC)
EXPERIENCE
Industrial and Commercial Bank of China (USA) NA New York City, NY
Credit Analyst Intern Feb.-Mar. 2017
Helping to conduct 5 C’s credit analysis on 6 individual mortgage loan cases and cash flow analysis
Assisting in compliance checking and designing advertising materials
CITIC Group – Renaissance Era Investment Beijing, China
Quantitative Analyst Intern Summer 2016
Increased whole-market mispriced-ETF searching efficiency to 3-sec level by python and R coding
Built a handbook of arbitrage strategies and rules on structured products
Constructed a 35% annual yield (usu. less than 20% for hedge funds) stock-selection model by machine learning techniques (boosting, decision-tree and SVM) based on 400+ factors
ACTIVITIES
Member, Beta Gamma Sigma; Phi Kappa Phi; Golden Key International Honour Society Champaign, IL
SKILLS
Finance and Statistics: Numerical Analysis (PDE & Optimization), Machine Learning (Deep NN), Risk Analysis, Derivative Valuation, MC-Simulation, Time Series Analysis, Data Mining, Image Processing
Programming Languages: Python, C/C++
Other MATH/STAT Languages: R, Matlab, Maple, SAS, SQL
Languages: English, Mandarin, Cantonese