Price options, simulate markets and measure risk in Python — the math that runs trading desks, taught from the intuition up. No finance background required.
90 seconds · what you build, week by week
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Weeks + capstone
§1 What you build
Not concepts you've heard of. Code you wrote and can explain.
01
Your own Black-Scholes calculator in Python, and Delta, Gamma, Vega and Theta read the way a desk reads them.
02
Model prices with Brownian motion and run 10,000 Monte Carlo paths to value what has no closed formula.
03
VaR, Sharpe, Sortino, max drawdown — computed, backtested and interpreted, not quoted from a textbook.
04
A capstone pricing engine or backtest you can put on GitHub and talk through line by line in an interview.
§2 Week 4, running in your browser
A geometric Brownian motion simulator: 40 possible futures for a $100 asset over one year. Move the volatility, hit run. By week four you'll have written this yourself — and you'll know why each line is there.
S(t) = S₀ · exp[(μ − σ²/2)t + σW(t)]
Median
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Best path
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Worst path
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P(loss)
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40 paths · μ = 8% · 252 trading days. Illustration of a stochastic process, not a forecast of anything and not investment advice.
§3 Week 5, running in your browser
20,000 simulated daily returns on a portfolio. VaR is the loss you don't expect to exceed — 95 days out of 100. CVaR is the average of the other five. Switch to 99% and watch them separate: that gap is the whole reason risk desks report both.
Loss distribution · daily horizon
VaR 95
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VaR in dollars
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CVaR 95
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CVaR in dollars
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σ = 22% annualised, normal returns, 1-day horizon. A teaching model: real return distributions have fatter tails, which is exactly why CVaR earns its keep. Illustration, not a forecast and not investment advice.
§4 Curriculum
Every week has a goal, the material, and something you produce. Six weeks is the recommended pace, not a deadline — the material is yours for good.
Goal: get your lab running and understand the job before the math.
Outcome: a working environment and a clear map of where you're heading.
Goal: model price and uncertainty the way the models really do it.
Outcome: you can simulate market scenarios and reason about uncertainty.
Goal: compute option prices and their sensitivities yourself.
Outcome: your own pricing tools plus a simulated hedge.
Goal: value assets and options when there's no closed-form answer.
Outcome: realistic simulations and prices computed numerically.
Goal: measure and control risk with the metrics desks actually report.
Outcome: you can evaluate risk professionally instead of by feel.
Goal: put all six weeks into one thing you can show people.
Outcome: a working project for your portfolio and proof you can build.
Plus a Discord channel per module, downloadable PDFs and every Jupyter notebook used in the program.
§5 Fit check
Worth two minutes before you spend $197.
§6 Your instructor
I'm Pablo — quant researcher, with a BSc in Physics and an MSc in Nuclear and Particle Physics, and time spent in both industry and research.
I now apply that same rigor to markets: from the physics formalism to pricing, stochastic processes and the risk management you'll work through here. Over 80,000 people follow me because I make hard things land — that's the whole skill.
"My real ability is communicating: making the complex simple, so you can understand it too."
§7 Students
Instagram · PhD in Accounting, Chicago Booth
“I love the way you teach. I’m doing a PhD in Accounting at Chicago Booth, where I took Asset Pricing with Lars Peter Hansen and Stefan Nagel — these concepts you explain are exactly the ones you see in those advanced classes. You explain them in a very intuitive, clear way.”
Instagram · @nestor_nieves_vic
“I built the Monte Carlo model for valuing a structured note. Your content helped me a lot.”
Discord · student community
“Just finished the whole course. Incredible, Pablo — congratulations on being able to distill such complex things into such simple concepts. Really looking forward to the advanced course.”
Direct message
“A 10/10 for the course. I’ve really liked the approach so far, and I’m sure it’ll give me ideas to apply in my own project.”
Discord · student community
“I wanted to share my progress. I’m on the maths refresher — I’m enjoying it a lot and learning a great deal, since I never had the chance to learn algebra before. Really informative.”
Written in Spanish and translated here — each quote links to the untouched original screenshot. More than 300 students in over 20 countries have taken the program.
What's included
Official certificate, validated by Hotmart — which guarantees its authenticity.
Questions
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