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358
Master of Financial Engineering
Avg. processing time: 67 days
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Resource 'Python Option Pricing & Hedging Tool'
After completing the C++ Programming for Financial Engineering course, I was eager to build on my knowledge and take my skills to the next level. My goal was to simplify and modularize my approach...- markbogorad
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Resource 'Financial Calculations Packages'
This project contains several Python packages for performing various financial calculations. Each package focuses on a specific aspect of financial analysis and provides functionalities to compute...- Paul Lopez
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Resource 'C++ Programming for Financial Engineering'
For people interested in pursuing graduate studies in financial engineering and learning essential C++ topics with applications to finance. The course is 16 weeks long and no prior programming...- Andy Nguyen
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J
- Master of Financial Engineering
- Full-time
- UGPA: 3.75
- GRE Q: 167
- GRE V: 158
- GRE AWA: 4
A
- MS in Financial Engineering
- Full-time
- UGPA: 3.52
- GRE Q: 166
- GRE V: 161
- GRE AWA: 5
L
- Master of Financial Engineering
- Full-time
- UGPA: 3.6
- GRE Q: 166
- GRE V: 160
- GRE AWA: 4
- Master of Financial Engineering
- Full-time
- UGPA: 3.6
- GRE Q: 166
- GRE V: 158
- GRE AWA: 3
T
- MSc Mathematical and Computational Finance
- Full-time
- UGPA: 3.8
T
- Master of Mathematical Finance
- Full-time
- UGPA: 3.8
- MS in Financial Mathematics
- Part-time
- UGPA: 3.5
- GRE Q: 164
- GRE V: 166
- GRE AWA: 5.5
- Master of Financial Engineering
- Full-time
- UGPA: 3.97
- GRE Q: 163
- GRE V: 152
- GRE AWA: 4
F
- Masters in Financial Engineering
- Full-time
- UGPA: 3.98
- GRE Q: 166
- GRE V: 168
- GRE AWA: 4
- Mathematical and Computational Finance
- Full-time
- UGPA: 3.7
- GRE Q: 166
- GRE V: 164
- GRE AWA: 5
- Master in Financial Engineering
- Part-time
- UGPA: 3.65
- GRE Q: 164
- GRE V: 158
- GRE AWA: 1.5
- Anonymous
- US