Not sure which version of GPT can fetch and use live data, but keeping in mind this uses older data, the following is what people should be doing with ChatGPT to compare and pick programs.
Part 1
Here is a table comparing the curriculum of the 2019 Berkeley MFE program and the 2019 Quantitative Finance ETH Zurich program:
Berkeley MFE Program | Quantitative Finance ETH Zurich Program |
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Probability Theory | Mathematical Foundations of Finance |
Stochastic Processes | Statistics for Finance |
Optimization Methods | Econometrics for Finance |
Financial Markets | Financial Markets and Instruments |
Financial Engineering | |
Derivatives | Financial Econometrics |
Risk Management | Financial Engineering |
Machine Learning | Computational Finance |
Algorithmic Trading | Portfolio Management |
Programming for FE | |
Fixed Income Securities | |
Corporate Finance | |
Empirical Methods in Finance | |
Investment Banking | |
Time Series Analysis | |
Real Options and Applications | |
Private Equity and Venture Capital | |
Applied Computational Finance | |
It's worth noting that the two programs have different structures, with the Berkeley MFE program being a
1-year full-time program and the Quantitative Finance ETH Zurich program being a
2-year full-time program. Additionally, while the two programs cover similar topics in finance and quantitative methods, there are some differences in emphasis and focus. Prospective students should carefully consider their interests and career goals when evaluating these programs.
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The 2019 Berkeley MFE program and the 2019 Quantitative Finance ETH Zurich program are both highly regarded graduate programs in finance. While both programs have some similarities in terms of their course offerings, there are also some notable differences between the two.
Here is a brief comparison of the 2019 Berkeley MFE syllabus/curriculum and the 2019 Quantitative Finance ETH Zurich syllabus/curriculum:
- Program focus: Berkeley MFE: The Berkeley MFE program is designed to provide students with a strong foundation in financial engineering and computational methods, with a focus on applications in finance. ETH Zurich: The Quantitative Finance program at ETH Zurich is designed to provide students with a deep understanding of the mathematical and statistical techniques used in quantitative finance, with an emphasis on financial economics.
- Core courses: Berkeley MFE: The core courses of the Berkeley MFE program include Probability Theory, Stochastic Processes, Optimization Methods, Financial Markets, and Financial Engineering. ETH Zurich: The core courses of the Quantitative Finance program at ETH Zurich include Mathematical Foundations of Finance, Statistics for Finance, Econometrics for Finance, and Financial Markets and Instruments.
- Elective courses: Berkeley MFE: The Berkeley MFE program offers a range of elective courses in areas such as Derivatives, Risk Management, Machine Learning, and Algorithmic Trading. ETH Zurich: The Quantitative Finance program at ETH Zurich offers elective courses in areas such as Financial Econometrics, Financial Engineering, Computational Finance, and Portfolio Management.
- Program duration: Berkeley MFE: The Berkeley MFE program is a full-time, 1-year program. ETH Zurich: The Quantitative Finance program at ETH Zurich is a full-time, 2-year program.
- Prerequisites: Berkeley MFE: The Berkeley MFE program requires applicants to have a strong background in mathematics, including calculus, linear algebra, and differential equations, as well as some programming experience. ETH Zurich: The Quantitative Finance program at ETH Zurich requires applicants to have a strong background in mathematics, including calculus, linear algebra, and probability theory, as well as some programming experience.
Overall, both the Berkeley MFE program and the Quantitative Finance program at ETH Zurich are rigorous graduate programs that provide students with a strong foundation in quantitative finance. However, the two programs have different emphases and course offerings, and prospective students should carefully consider their interests and career goals before deciding which program is the best fit for them.
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Is UCB that much better than ETH Zurich; especially when you cram 18 courses into 1 year, instead of 7 courses into 2 years. I wonder what they do in Zurich with the extra time. A decent thesis?