The Canon

Reading List

The standard texts top quant programs assign, mapped to our courses and cited the way a real syllabus does. SVInstitute's lessons are original; these are the canonical references a student progresses through, tier by tier.

100

Novice — Foundations

Required
  • Tsay — Analysis of Financial Time Series (Ch. 1)
Recommended
  • Wasserman — All of Statistics
Required
  • Casella & Berger — Statistical Inference
Recommended
  • DeGroot & Schervish — Probability and Statistics
  • Ross — A First Course in Probability
200

Intermediate — Inference & Modeling

Required
  • Casella & Berger — Statistical Inference
Recommended
  • Wasserman — All of Statistics
Required
  • Tsay — Analysis of Financial Time Series
Recommended
  • Hamilton — Time Series Analysis
  • Campbell, Lo & MacKinlay — The Econometrics of Financial Markets
Required

No assigned text — original lessons and current papers.

Recommended
  • Sullivan, Timmermann & White (1999) — Data-Snooping, Technical Trading Rule Performance, and the Bootstrap
  • Bessembinder & Chan (1998) — Market Efficiency and the Returns to Technical Analysis
  • Tsay — Analysis of Financial Time Series — Ch. 2–3 (the filter & range mathematics)
300

Advanced — Stochastic & Volatility

Required
  • Shreve — Stochastic Calculus for Finance II
  • Hull — Options, Futures, and Other Derivatives
Recommended
  • Björk — Arbitrage Theory in Continuous Time
  • Øksendal — Stochastic Differential Equations
  • Joshi — The Concepts and Practice of Mathematical Finance
Required
  • Gatheral — The Volatility Surface
Recommended
  • Rebonato — Volatility and Correlation
  • Bergomi — Stochastic Volatility Modeling
Required
  • Gatheral — The Volatility Surface
  • Hull — Options, Futures, and Other Derivatives (implied distributions)
Recommended
  • Cont & Tankov — Financial Modelling with Jump Processes
Required
  • Hull — Options, Futures, and Other Derivatives
Recommended
  • Sinclair — Volatility Trading
  • Natenberg — Option Volatility and Pricing
400

Graduate — Specialization & Capstone

Required
  • McNeil, Frey & Embrechts — Quantitative Risk Management
Recommended
  • Hull — Risk Management and Financial Institutions
  • Jorion — Value at Risk
Required
  • Gatheral — The Volatility Surface
Recommended
  • Bergomi — Stochastic Volatility Modeling
Required
  • McNeil, Frey & Embrechts — Quantitative Risk Management (copulas)
Recommended
  • Tsay — Multivariate Time Series Analysis
  • Diebold & Yılmaz — Financial and Macroeconomic Connectedness
Required
  • López de Prado — Advances in Financial Machine Learning
Recommended
  • Hastie, Tibshirani & Friedman — The Elements of Statistical Learning
  • Dixon, Halperin & Bilokon — Machine Learning in Finance
Required
  • Cartea, Jaimungal & Penalva — Algorithmic and High-Frequency Trading
Recommended
  • O'Hara — Market Microstructure Theory
  • Hasbrouck — Empirical Market Microstructure
Required

No assigned text — original lessons and current papers.

Recommended
  • López de Prado — Advances in Financial Machine Learning (backtest overfitting)
500

Quant Research — Mastery

SVI 501 Measure-Theoretic Probability & Martingales
Required
  • Williams — Probability with Martingales
Recommended
  • Durrett — Probability: Theory and Examples
  • Billingsley — Probability and Measure
SVI 502 Rigorous Stochastic Analysis
Required
  • Karatzas & Shreve — Brownian Motion and Stochastic Calculus
Recommended
  • Øksendal — Stochastic Differential Equations
  • Revuz & Yor — Continuous Martingales and Brownian Motion
SVI 503 Stochastic Control & BSDEs
Required
  • Pham — Continuous-time Stochastic Control and Optimization with Financial Applications
Recommended
  • Fleming & Soner — Controlled Markov Processes and Viscosity Solutions
SVI 504 Continuous-Time Asset-Pricing Theory
Required
  • Cochrane — Asset Pricing
Recommended
  • Duffie — Dynamic Asset Pricing Theory
  • Munk — Financial Asset Pricing Theory
SVI 505 Advanced Statistics & Financial Econometrics
Required
  • Casella & Berger — Statistical Inference
  • Tsay — Analysis of Financial Time Series
Recommended
  • Hamilton — Time Series Analysis
  • Hayashi — Econometrics
SVI 506 Optimization & Scientific Computing
Required
  • Glasserman — Monte Carlo Methods in Financial Engineering
Recommended
  • Boyd & Vandenberghe — Convex Optimization
  • Nocedal & Wright — Numerical Optimization
SVI 510 The Research Frontier
Required

No assigned text — original lessons and current papers.

Recommended

No assigned text — original lessons and current papers.

SVI 590 Doctoral Capstone — Original Research
Required

No assigned text — original lessons and current papers.

Recommended

No assigned text — original lessons and current papers.