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E-Textbook |
Interactive Complementary Learning Resources |
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Theory
2,068 pages
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Case studies
30 cases
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Code
73,916 lines
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Animations
199 clips
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Slides
3,186 slides
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Proofs
1,886 proofs
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Exercises
200 exercises
An encyclopedia of Modern Quantitative Finance
Your resource to learn by abstract principles
Applications to practice beyond the Theory
Your tool to learn by real-world examples
Simulations from data using code
Your device to learn by visualization
Summary of all the learnings
Your source to learn by key items
Proofs to support the analytical results
Your guide to learn by induction
Exercises pen & paper and codes
Your test to verify your knowledge
An encyclopedia of Modern Quantitative Finance
Your resource to learn by abstract principles
Applications to practice beyond the Theory
Your tool to learn by real-world examples
Simulations from data using code
Your device to learn by visualization
Summary of all the learnings
Your source to learn by key items
Proofs to support the analytical results
Your guide to learn by induction
Exercises pen & paper and codes
Your test to verify your knowledge
ARPM Lab - Overview
The Lab is a multi-channel e-textbook, specifically designed to be the complete study resource for the ARPM curriculum.
The Lab uniquely combines a broad curriculum of topics across advanced data science and modern quantitative finance — all connected and presented in unified, rigorous, concise mathematical notation.
Advanced Data Science
Quantitative Finance
The Lab spans over 3,500 pages of theory, supported by code, animations, slides, proofs, and exercises — all cross-referenced and deeply integrated.
Theory
An encyclopedia of Modern Quantitative Finance
Your resource to learn by abstract principles
2,068 pages of explanations with formulas.
Case studies
Applications to practice beyond the Theory
Your tool to learn by real-world examples
30 large scale analytics with real data.
Animations
Simulations from data using code
Your device to learn by visualization
199 visualizations of complex models in motion.
Slides
Summary of all the learnings
Your source to learn by key items
3,186 multimedia summaries of all the materials.
Proofs
Proofs to support the analytical results
Your guide to learn by induction
1,886 analytical derivations to support the Theory.
Exercises
Exercises pen & paper and codes
Your test to verify your knowledge
200 analytical exercises to verify the Theory.
