Abdullah Rizwan
BSc in Theoretical Physics and Applied Mathematics, University of Birmingham
Now in Structuring - Risk Advisory at Crédit Agricole
The mathematical rigour was what first attracted me to the MSc Finance and Economics. Coming from Theoretical Physics and Applied Mathematics, I had no formal background in finance or economics at all, and F&E's reputation for mathematical rigour made it the right choice for someone making a full disciplinary switch. LSE's summer school beforehand was a useful head start too, letting me build up core metrics and microeconomics before term began.
The options and derivatives pricing section of FM436 turned out to be one of the most directly useful pieces of the whole programme. Understanding the mathematical structure behind option pricing, and the replication logic that underpins no-arbitrage arguments, gave me a way of thinking that came up constantly across the interview process, being able to reason through a pricing problem from first principles rather than just recalling a formula. It's the kind of material whose value only became fully clear once I was sitting in interviews being asked to apply it. Microeconomics and game theory also came up in the form of brainteasers.
The other thing that stood out was the cohort itself, classmates from physics, engineering, and economics backgrounds all approaching the material from different angles. What helped most in terms of deciding where to apply was making use of the department of finance careers' one-on-one consultations, talking through the different paths I was considering, sales and trading, structuring, investment banking, and having a conversation with professionals from the industry about which one fit how I wanted to work, rather than applying everywhere.
My advice to anyone making a similar switch from a STEM background: the mathematics will click faster than you expect, but it's worth using the career consultations early to properly narrow down which specific path within finance you want to aim for, rather than spreading applications too broadly.