Lectures

Guided paths through the app. Each step opens a page with its inputs already set and shows the lecturer's notes in a bar at the bottom. Use them to run a class, or follow one on your own and take the quizzes as you go. Every step is an ordinary link, so you can send a class straight to step three.

Black-Scholes in an hour
9 steps, About 60 minutes
Numerical methods for option pricing
8 steps, About 90 minutes

Trees, simulation and finite differences on the same contract: how each works, how fast it converges, and when to use which.

  1. Trees
  2. A five-step tree, node by node
  3. Convergence and the wobble
  4. Monte Carlo
  5. Simulate and measure the error
  6. Finite differences
  7. Break the explicit scheme
  8. All methods side by side
Beyond Black-Scholes
9 steps, About 90 minutes

Three answers to the smile: stochastic volatility, jumps and local volatility. What each explains, and how a desk calibrates.

  1. The problem
  2. Heston
  3. Heston's smile
  4. Jumps
  5. The short-dated smile
  6. Both at once: Bates
  7. Local volatility
  8. Dupire in pictures
  9. Calibrate a market
Options in practice
6 steps, About 60 minutes

Strategies, dividends and path-dependent payoffs: the contracts people actually trade and the details that change the price.

  1. Spreads and straddles
  2. Cash dividends
  3. Early exercise before the ex-date
  4. Path-dependent payoffs
  5. Simulate an Asian
  6. Watch the barrier

Want this for your team? I build hands-on labs like this, and quant and pricing tools too. Work with me(opens in a new tab)

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