Formally recognized as the Master in Engineering with Financial Concentration in the School of Operations Research and Information Engineering, Cornell MFE is a career-oriented and application-focused degree that takes you beyond textbook quantitative finance. With its flexible curriculum that encourages the study of data science, optimization, analytics, and computing, in addition to a broad range of courses in finance, the program has a rich history of providing the relevant and practical coursework in line with the demands of the financial industry.
With Cornell MFE, your career is guaranteed to begin in the classroom (APPLY HERE).
Cornell MFE consists of (3) semesters (Fall-Spring-Fall) and allows for a summer internship after the first year. All students begin their studies on our scenic Ithaca campus, and they will complete their studies at Cornell Financial Engineering Manhattan in the heart of New York City.
For the price of one program, students have a diversity of settings to experience the full of range of Cornell University.
Structured to offer a flexible curriculum, Cornell MFE allows students to focus on a career track of their choice. Some of the most popular career tracks include:
- Quantitative Portfolio Management
- Financial Data Science/Fintech
- Financial Risk Management
To complete the ORIE Core Requirements, students must take a certain minimum number of credit hours from three modeling and data science modules (see chart above). While the selection of qualifying courses in each module is broad, each course is strategically hand-picked across various departments to offer students the knowledge most sought after in the field of quantitative finance. In addition, students must take certain credit-hours from the Financial Applications module for completion of the financial engineering concentration (MFE). Financial Applications Module includes courses from the Johnson Graduate School of Management and Cornell Financial Engineering Manhattan (CFEM).
CFEM, established in 2007 as a satellite New York City campus for Cornell MFEs, serves to connect our students with alumni and other practitioners working in the field of quantitative finance.
Most of the CFEM coursework is taught by practitioners. Our practitioner lecturers work in the same field as the courses they teach. CFEM courses change year to year in response to the fast-paced needs of the financial industry. For specific qualifying courses, please see the ORIE MEng Handbook (pages 6-7 for ORIE Core and pages 11-12 for Financial Applications).
The Financial Data Science Certificate (FDSC) is integrated in the curriculum and is designed specifically for students who are interested in deepening their knowledge of machine learning and data science applications. FDSC coursework equips students with the knowledge that brings immediate value to an organization. Upon completion, students will have solid backgrounds in each of the following:
Theory: Understand the value-added and potential uses of data science in finance
Data: Collect/scrape data and create data environment
Application: Apply algorithms and extract insight
Practical Experience in the Classroom
An important component of our students’ education is a project course that all Cornell MFEs take while at CFEM. Working in teams, all Financial Engineering students complete a semester-long project in which they tackle real-world problems alongside financial industry sponsors. Each year, we offer approximately (10) projects to ensure small teams and a broad selection of topics. The CFEM faculty makes every effort to ensure that the annual project slate encompasses a wide range of financial markets, including high-frequency trading, fixed income and equity derivatives, fintech and large data applications, risk management, asset management, and allocation.
Sample Project Titles from Previous Years:
- "Strategies in Oil Options"
- "The Application of Data Science in Prospect Acquisition Modeling"
- "Modeling Corporate Bond and MBS Credit Risk Premiums in a Multifactor Framework"
- "Single and Multi-Asset Market Making"
- "The Impact of Option Market Maker’s Activity on Stock Prices"
- "Financial Text Mining in Chinese"
- "Relative Value Trading: Capture Volatility"