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UW M.S. Computational Finance & Risk Management
  • 🎓Master of Science in Computational Finance & Risk Management
  • 📈RESEARCH
    • 🎓Graduate Thesis
  • đŸ™ī¸Outside the Classroom
    • đŸĸParametric Fellowship
    • đŸ–Ĩī¸Algorithmic Trading @ University of Washington
    • âš–ī¸Graduate and Professional Student Senate
    • đŸ›Šī¸Husky Flying Club
    • đŸ–Ĩī¸IMC Prosperity
  • đŸ–Ĩī¸WorldQuant IQC
  • 📈OVERVIEW
    • âŒ¨ī¸MS-CFRM
  • 📈First Quarter
    • 1ī¸âƒŖCFRM 501: Investment Science
    • 1ī¸âƒŖCFRM 504: Options & Other Derivatives
    • 1ī¸âƒŖCFRM 506: Financial Data Analysis
  • 📈Second Quarter
    • 2ī¸âƒŖCFRM 502: Financial Data Science
    • 2ī¸âƒŖCFRM 505: Monte Carlo Methods in FInance
    • 2ī¸âƒŖCFRM 540: Risk in Financial Institutions
  • 📈Third Quarter
    • 3ī¸âƒŖCFRM 503: Asset Allocation & Portfolio Management
    • 3ī¸âƒŖCFRM 509: Ethics in the Finance Profession
    • 3ī¸âƒŖCFRM 521: Machine Learning in Finance
    • 3ī¸âƒŖCFRM 523: Advanced Trading Systems
    • 3ī¸âƒŖCFRM 532: Endowment & Institutional Investment Management
  • 📈FOURTH QUARTER
    • 4ī¸âƒŖCFRM 542: Credit Risk Management
  • 📎EXTRAS
    • đŸ–ŧī¸Gallery
    • 📔Guest Book
    • Website
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  1. RESEARCH

Graduate Thesis

PreviousMaster of Science in Computational Finance & Risk ManagementNextParametric Fellowship

Last updated 19 days ago

My second year of the program focused on completing my graduate thesis. It is tentatively titled Optimal Repositioning of Net Credit Multi-Leg Options Strategies. I am grateful to be advised by . It was my focus for my final two quarters.

My research employs numerical solutions to optimal stopping problems in strategies involving the buying and selling of multiple options simultaneously, on the same underlying stock. In particular I am looking at the net credit varieties of the and . I seek to answer the question:

If you allowed yourself to adjust this strategy only once during its its lifetime, when should you do it, and by how much?

This question is answered by setting up a using a to compare the expected value of action vs. inaction. This is done rigorously by employing a under the conditions of American options that consider the possibility of early exercising.

The greatest part of the experience was being able to share in the work with bright undergraduate students who volunteered to assist in the research. You-Ruei Hsu, Patricia Dao, and Thomas Zeng contributed greatly by assisting in the literature review and setting aside time for me to explain it to them as I was working on it, serving as a much needed sanity check.

As much as we could, we met twice a week this year for study. It started with an initial primer on options strategies, then understanding the research process and what it means to produce novel work. Because the work is centered around a retail investor strategy, I had a fun tangent teaching them how to use to do conduct equity research and construct theoretical strategies and paper trade.

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thinkorswim
Prof. Tim Leung
iron condor
iron butterfly
variational inequality
Snell envelope
stochastic volatility model
Do I get to call myself a principal investigator?