Structured Training
Quant Bootcamps
From first principles to production implementations. Curriculum built from 15 years of quant desk practice and 10 years of Master's-level teaching.
Interview Ready
Go from first-principles to production-grade implementations — and ace the desk interview.
12
Weeks
28
Modules
3
Phases
- ✓Price vanilla and exotic options under Black-Scholes and Heston dynamics
- ✓Implement a complete Greeks engine (Δ, Γ, ν, θ, ρ, vanna, volga) in C++20
- ✓Build Crank-Nicolson and LSMC pricers for American options
- +3 more outcomes
Quant Professional
The full spectrum — from derivatives pricing to market microstructure and quantitative research.
24
Weeks
36
Modules
4
Phases
- ✓Everything in Interview Ready, plus:
- ✓Model order book dynamics and estimate market impact
- ✓Apply factor models and time-series methods (ARIMA, GARCH) to return prediction
- +3 more outcomes
Who designed this
The curriculum was designed by Benoit Vandevelde — 15 years pricing and validating models at Deutsche Bank, Barclays, BNP Paribas, and Dymon Asia Capital, and 10 years lecturing financial mathematics and C++ at Master's level at Université Gustave Eiffel in Paris. Every topic is calibrated against what a senior quant interviewer actually asks, and what a real desk actually needs.
About the founder →How it works
Structured curriculum
Week-by-week path through theory, implementation, and interview prep — in the right order.
Build as you learn
Every module ends in working code: pricers, calibrators, risk engines. Not notes — implementations.
Verified skill signal
Your progress is measured by quiz ratings and challenge scores. Observable, not self-reported.
Common questions
How do I know the content is actually interview-grade?
The curriculum was designed by someone who has been on both sides of quant desk interviews for 15 years — conducting them at Deutsche Bank, Barclays, and Dymon Asia Capital, and preparing students for them at Master's level. The depth standard is not theoretical.
What exactly do I produce?
Working C++20 code: a full Greeks engine, Crank-Nicolson and LSMC pricers for American options, and an implied volatility surface calibrator. Each implementation is judged on execution correctness and reproducibility, not on completion.
How is my progress measured?
Quiz submissions update a per-topic Glicko-1 rating. Coding challenges are judged by an automated executor — a solution is accepted only when it produces correct output. Both ratings and challenge scores are visible on your profile.
What does it cost?
Pricing is shown on each program page. The platform is in early access and pricing reflects that stage.