Python for Quant Finance
The core Python skills you need to break into quantitative finance — variables, functions, data structures, classes, error handling.
Resources
Also explore our quant firms directory, quant jobs by city, and free tools.
280 articles across 23 topics
The core Python skills you need to break into quantitative finance — variables, functions, data structures, classes, error handling.
Decorators, generators, context managers, and the patterns that separate beginner Python from production-grade quantitative code.
How NumPy array operations power everything from portfolio risk calculations to Monte Carlo simulations — and why it is so much faster than plain Python.
How to use Pandas DataFrames for real financial workflows — loading market data, calculating returns, handling time series, and avoiding common pitfalls.
A hands-on Polygon.io tutorial - API key setup, daily and minute bars in Python, a pandas workflow, websockets and honest notes on rate limits.
Build your first trading bot with Alpaca - paper trading setup, market data, placing orders in Python and a moving-average crossover skeleton.
Learn vectorbt - run a moving-average backtest in five lines, sweep thousands of parameter combinations in seconds, and avoid lookahead bias.
Learn the SQL fundamentals that matter for finance — querying trade data, aggregating positions, joining reference data, and understanding relational databases.
CTEs, window functions, query optimisation, and the advanced SQL patterns used in trading platforms and financial data pipelines.
How to structure databases for trading platforms — normalisation, schema design, indexing strategies, and the tradeoffs that matter in financial systems.
Why financial firms use specialised time series databases for market data, tick storage, and monitoring — and when you should consider one.
A practical comparison of data formats used in finance — when to use CSV, JSON, Parquet, or columnar storage, and why the choice matters more than you think.
How Git works, why every finance developer needs it, and the workflows that keep trading system code safe and auditable.
How continuous integration and deployment work in finance — automated testing, build pipelines, deployment strategies.
Unit tests, integration tests, property-based testing, and the testing strategies that keep financial systems reliable and correct.
How containerisation works, why finance teams use Docker, and practical patterns for packaging and deploying trading system components.
What cloud computing means for financial services — the major providers, core services, cost models, and why finance firms are migrating to the cloud.
The core AWS services that matter for finance — EC2, S3, RDS, Lambda, and the architectural patterns used in trading platforms and data pipelines.
How to take a Python financial model from running 150 scenarios in a Lambda function to processing over a million using AWS Step Functions, Batch.
Systematic approaches to finding and fixing bugs — from print statements to debuggers, logging strategies, and the mindset that makes debugging efficient.
The software design patterns that matter most in finance — Strategy, Observer, Factory, and others that help build maintainable trading systems.
Object-oriented and functional programming are not rivals — they solve different problems. Here is when each approach shines in financial applications.
How APIs work, RESTful design principles, and practical patterns for building and consuming financial data APIs.
How modern software development lifecycle practices apply in finance — code review, environments, release management, and building reliable systems.
The Knight Capital collapse explained: stale deployments, dead code, missing safeguards.
Why Rust is gaining traction in finance — memory safety without garbage collection, zero-cost abstractions.
Why C++ remains the language of choice for performance-critical finance — low-latency trading, derivatives pricing, and the modern C++ features that matter.
JIT compilation, SIMD instructions, GPU computing with CUDA, and FPGAs — the hardware acceleration techniques used in high-performance financial systems.
How the internet works under the hood — DNS, TCP/IP, HTTP, firewalls, and the networking concepts that matter for building financial applications.
Why latency matters in trading, how to measure it, where the bottlenecks are, and what firms do to minimise it — from co-location to kernel bypass.
How to secure financial applications — authentication, authorisation, encryption, common vulnerabilities, and the security mindset every developer needs.
Python for finance and python for quant finance in 2026 - how it's used for data analysis, backtesting, derivatives pricing, portfolio optimisation and machine learning.
Learn what algorithmic trading is, how it works, and how to get started. Covers strategy types, technology requirements, Python implementation.
Guide to becoming a quant developer - the technology role at the heart of quantitative finance. Covers required skills, salary expectations, career paths.
15+ real SQL interview questions asked at trading firms and banks in 2026, with worked answers covering joins, window functions, PnL and fill-rate queries.
Sigma notation, function composition, set theory shorthand — the symbolic language you actually need before tackling quant finance maths.
Compound interest, log returns, continuous growth — the exponential function and its inverse are everywhere in quantitative finance. Here is why.
Rates of change, areas under curves, optimisation — calculus is the engine behind derivatives pricing, risk management, and portfolio construction.
Portfolio weights are vectors. Covariance is a matrix. Risk decomposition uses eigenvalues. Here is the linear algebra every quant actually needs.
From Markowitz to gradient descent — optimisation is how quants find optimal portfolios, calibrate models, and minimise risk. Here is how it works.
Master the probability concepts every quant needs — expected values, distributions, Bayes' theorem, the Central Limit Theorem, and risk-neutral pricing.
The statistical methods every quant trader needs — volatility estimation, hypothesis testing, regression, and factor models.
From a drunk stumbling home to the Black-Scholes equation — random walks and Brownian motion are the mathematical heartbeat of modern finance.
A clear, practical introduction to stochastic calculus for finance - covering Brownian motion, Ito's lemma, stochastic differential equations.
Learn how Monte Carlo simulation is used in quantitative finance — from options pricing and risk management to portfolio analysis.
A practical, statistically rigorous guide to testing whether a financial time series is mean-reverting, using the Augmented Dickey-Fuller test, the Hurst exponent and half-life estimation, with Python examples.
A rigorous but readable guide to the Ornstein-Uhlenbeck process - its SDE, distribution, discrete-time form, exact simulation, and maximum-likelihood calibration to financial data.
A rigorous but accessible derivation of geometric Brownian motion - the SDE, the closed-form solution via Ito's lemma, the log-normal distribution, exact simulation, and its role in Black-Scholes and Monte Carlo pricing.
A careful derivation of Ito's lemma, the stochastic-calculus chain rule that underpins Black-Scholes, geometric Brownian motion, and every SDE-based model in modern quantitative finance. With worked examples in Python.
Free interactive tools
Free Python editor with quant challenges, mental math, OA sims, and probability charts — no signup to start.
Free preview of the Quantt Studio immersive editor — instructions, code, live analytics. Build a real bond cashflow and valuation engine in the browser, first ten steps unlocked.
Free in-browser Python editor with medium–hard quant challenges, hints, and checks — same Monaco editor as Quantt courses.
Timed arithmetic drills for trading firm OAs — practice or 60s sprints.
Optiver-style simulator: 80 questions in 8 minutes with +1/−1 scoring.
A practical, no-fluff guide to landing your first quant role — what to learn, what to build, how to interview.
A practical roadmap for becoming a quantitative analyst, developer, trader, or researcher — covering required skills, qualifications, career paths.
Guide to finding quant jobs - where to search, how hiring differs by firm type, role types, and how to stand out as a candidate in quantitative finance.
A clear explanation of what a quant is, the different types of quant roles, what they earn, and how to become one. Covers quant analysts.
Practical guide to becoming a quantitative analyst - skills, qualifications, salary expectations, and career progression at banks, hedge funds.
Guide to becoming a quantitative trader - skills, qualifications, salary expectations, daily responsibilities.
A practical guide to writing a quant resume that actually gets interviews - what to include, what to leave out, formatting tips, and common mistakes to avoid.
A practical roadmap for breaking into quantitative trading - the skills you need, education paths, how to build a track record.
A clear look at what quants actually do day-to-day - the different types of quant roles, typical daily routines, the tools they use.
The complete Jane Street internship guide - the application timeline, OA, interview process, intern salary in London and New York.
The complete Citadel and Citadel Securities internship guide - the application timeline, OA, interview process, intern salary in London.
The complete Optiver internship guide - the application timeline, the famous trader assessment, intern salary in Amsterdam, Sydney, Chicago and London.
Detailed comparison of quant developer vs FAANG software engineer careers in 2026 - salary, work-life balance, technical depth, career trajectory, exit options and the right pick for your background.
Quant researcher vs data scientist - which career suits you in 2026? Compares compensation, technical skills, day-to-day work, exit options and the real differences between these adjacent fields.
Quant finance vs investment banking compared - compensation, hours, exit options, technical depth, and how to decide between two of the most prestigious finance career paths.
Everything about quant internships for 2027 - the recruiting timeline, which firms pay $120 to $250 an hour, preparation by year and conversion rates.
Actuary or quant? A side-by-side comparison of day-to-day work, exams vs interviews, UK salary trajectories and how to choose between the two.
The full route to qualifying as a UK actuary in 2026 - degree requirements, the IFoA exam structure from Core Principles to Fellowship, graduate schemes, and studying while working.
What a financial data analyst actually does, how the role differs from a quant or generic data analyst, the SQL, Python and Excel skills you need, 2026 salary ranges, and how to break in.
How UK actuarial graduate schemes actually work in 2026 - Big 4, insurer and consultancy programmes compared, the application timeline, assessment centres, exam support, and how they compare to quant internships.
The major actuarial consulting firms in 2026 - Milliman, WTW, Aon, Mercer, Hymans Robertson, LCP and more - what they do, how hiring works, and pay vs in-house.
50 quant interview questions with answers for 2026 - probability, mental maths, coding, market making and behavioural rounds.
An honest review of 'A Practical Guide to Quantitative Finance Interviews' by Xinfeng Zhou - what it covers, how to use it effectively.
Heard on the Street review 2026: an honest look at Timothy Crack's quant interview book - what it covers, who it's for, and how to study it effectively.
30 of the most-asked probability questions in quant finance interviews, with worked solutions. Covers expected value, conditional probability, Bayes.
25 of the most-asked brain teasers in quant finance interviews, with worked solutions. Lateral-thinking puzzles, hat puzzles, weighing problems.
20 of the most-asked coding questions in quant developer and quant trader interviews, with worked solutions in Python and C++.
50 mental math drills for quant trader interviews, plus the techniques that actually work for two-digit multiplication, percentages.
25 of the most-asked quantitative researcher interview questions, with worked solutions covering statistics, machine learning, signal design.
25 of the most-asked quantitative trader interview questions, with worked solutions covering market making, options theory, mental math.
25 of the most-asked quant developer interview questions, with worked solutions covering systems design, low-latency C++, distributed systems.
The complete 2026 roadmap for preparing for quant finance interviews - what to read, what to drill, how to schedule your prep, and which firms to target.
How to run effective mock interviews for quant finance prep - format, scoring rubric, common feedback patterns, where to find practice partners.
20 of the most-asked derivatives pricing questions in quant finance interviews, with worked solutions covering Black-Scholes, Greeks, exotic options.
20 Python-specific quant interview questions, with worked solutions covering numpy internals, pandas memory layout, vectorisation.
20 C++-specific quant interview questions, with worked solutions covering the memory model, lock-free programming, modern C++ features.
15 of the most-asked linear algebra questions in quant finance interviews, with worked solutions covering eigenvalues, PCA, matrix factorisations.
15 of the most-asked time series questions in quant finance interviews, with worked solutions covering ARIMA, GARCH, cointegration.
Firm-by-firm guide to quant online assessments - Optiver's 80-in-8, IMC, SIG, DRW, Citadel HackerRank, Virtu and more, with preparation strategy.
An honest review of Mark Joshi's 'Quant Job Interview Questions and Answers' - the Red Book - what it covers, its difficulty and who it suits.
Interview guide for Citadel and Citadel Securities - typical stages from online assessment to superday, with question themes across quant research.
A complete breakdown of the Jane Street interview process for quant traders, researchers, and software engineers - with real questions.
A complete guide to interviewing at Optiver for trading, quant research, and technology roles - with real questions from the mental maths test.
The full SIG (Susquehanna International Group) interview guide - online assessments, the famous poker round, real probability and game-theory questions.
The full Belvedere Trading interview guide - online assessments, the trader test, real probability and options questions.
The full Jump Trading interview guide - online assessments, the tech-heavy interview style, real coding and probability questions.
The full Hudson River Trading (HRT) interview guide - the famous coding-heavy phone screens, real algorithm and probability questions.
The full Two Sigma interview guide - online assessments, the data-science-heavy phone screens, real coding and ML questions.
The full IMC Trading interview guide - the famous trader assessments, real probability and options questions.
The full Akuna Capital interview guide - the famous junior trader test, real probability and options questions.
The full DE Shaw interview guide - the famously hard quant research interviews, real coding and probability questions.
The full DRW interview guide - the diverse trader and engineering tracks, real coding and probability questions.
The full Flow Traders interview guide - the famous trader test, real probability and ETF questions.
The full XTX Markets interview guide - the famously hard machine-learning quant researcher process, real coding and statistics questions.
The full Virtu Financial interview guide - the trader and engineering tracks, real probability and coding questions.
The full Radix Trading interview guide - the famously selective process, real coding and probability questions.
The full Tower Research Capital interview guide - the famously deep coding rounds, real probability and systems questions.
The Point72 interview explained - Academy stages, experienced analyst case studies, Cubist quant rounds, real question types and a prep plan.
The Squarepoint Capital interview process for quant researcher and developer roles - stages, question types, timelines and how to prepare.
The Maven Securities interview process for trader, quant researcher and developer roles - stages, mental maths and probability questions, and how to prepare for this London-headquartered market maker.
Chicago Trading Company (CTC) interview process and 2026 salary data - firm overview, interview stages, probability and options questions, and trader, quant analyst and developer pay.
The Eisler Capital interview process for quantitative research, technology and portfolio roles - stages, question types and how to prepare for this London multi-strategy hedge fund.
The G-Research interview process explained - online assessment, technical phone screens, the onsite, real probability and ML question types, and how to prepare.
The Ansatz Capital interview process for quant researchers and engineers - stages, question types, and how to prepare for one of New York's newer HFT firms.
The Allston Trading interview process for engineers and quant researchers - stages, C++ and statistical arbitrage question types, and a preparation plan.
The HAP Capital interview process for trader, researcher and engineer roles at this NYC-based options market maker - stages, mental maths and options questions, and how to prepare.
The Headlands Technologies interview process for engineers and researchers - stages, HFT and C++ systems question types, and a preparation plan.
The Millennium Management interview process explained - pod-level hiring, PM and analyst rounds, Cubist quant interviews, real questions and prep tips.
The Five Rings Capital interview process explained - stages, layered probability and game theory question types, and how to prepare for one of trading's hardest loops.
A role-specific Marshall Wace interview guide covering its published Quant Associate process, TOPS context, technical preparation and practice questions.
A current Wolverine Trading interview guide covering derivatives roles, published hiring stages, engineering technology and original practice questions.
GSA Capital's published interview process for research and technology roles, with role-specific preparation and no invented question bank.
A sourced guide to Brevan Howard interviews for macro, quant, risk and technology candidates, with official stages separated from anecdotal detail.
Real 2026 quant finance salaries in the UK - graduate to PM-level pay for quant developers, traders, analysts and researchers across banks.
How much do quantitative analysts actually earn? Detailed salary data by seniority level, firm type, and location - covering New York, London, Hong Kong.
Detailed breakdown of hedge fund salaries in the UK - from analyst to portfolio manager, across quant funds, macro funds, and multi-strategy platforms.
Quant researcher salary 2026 - junior to principal pay by firm type and location, with base, bonus and total compensation ranges.
Jane Street salary 2026 - graduate and senior total pay for traders, software engineers and researchers in New York, London and beyond.
Detailed Citadel and Citadel Securities compensation breakdown by role and level - portfolio manager, quant researcher.
Detailed Two Sigma compensation breakdown by role and level - quantitative researcher, software engineer and modeller pay in New York.
Detailed Hudson River Trading (HRT) compensation breakdown by role and level - software engineer, quantitative researcher.
Millennium Management pay broken down by role and office - PM payouts, analyst and quant comp, the graduate programme and how it compares to Citadel.
Point72 compensation by role - Academy graduate pay, analyst and PM comp, Cubist quant researcher packages and how the firm compares to peers.
Qube Research & Technologies compensation estimates by role and level - quant researcher, quant developer and data engineer pay in London.
How much hedge fund managers earn in 2026 - fee economics, PM payout percentages, analyst pay, UK vs US ranges and why the median trails the headlines.
The 2026 US quant salary guide: total-comp ranges for quant researchers, traders and developers by role, level, city and firm.
Actuary and actuarial science salary by level for 2026 - UK and US pay for trainees through fellows, insurance vs consulting, London vs regions.
What quant developers actually earn in 2026 - UK and US tables by seniority, prop firm vs bank vs hedge fund pay, the skills that move the needle, and how to negotiate.
Risk analyst salaries in 2026 across market, credit and operational risk - UK and US pay tables, bank vs buy-side gaps, and how much the FRM actually adds.
Quant trader salaries for 2026 across the UK and US - base, bonus and total comp by seniority, prop firm versus bank pay, and how trader pay compares to quant research and development.
Optiver salary data for 2026 across Amsterdam, Chicago, London and Sydney - trader, quant researcher and software engineer pay by seniority, plus intern compensation.
Jump Trading salary data for 2026 by role and seniority - quant researcher, quant trader, software engineer and FPGA engineer pay, bonus structure and how it compares to other top prop trading firms.
G-Research pay broken down by role and level - reported researcher, ML researcher and engineer packages in London, and how they compare to other UK quant employers.
A complete guide to quantitative hedge funds — how they generate returns, the top firms to work for, compensation structure.
2026 ranking of the largest and best proprietary trading firms - Jane Street, Citadel Securities, HRT, Optiver, Jump and more. Compare roles and difficulty.
A complete guide to Jump Trading - their strategies, technology stack, interview process, salaries.
HRT careers 2026 - what Hudson River Trading does, roles, interview themes and publicly discussed compensation. Pair with the HRT interview guide.
Overview of Flow Traders - ETP market making, technology, interview themes, compensation discussion in industry reporting.
A complete guide to IMC Trading - their market making operations, technology, career opportunities, interview process.
A complete guide to Two Sigma Investments - their data-driven approach to investing, technology stack, career opportunities, interview process.
Overview of D.E. Shaw - hybrid investment approach, technology, career paths, interview themes.
A complete guide to Virtu Financial - their market making operations, technology, public company status, career opportunities.
The complete Barclays Quantitative Analytics guide - what the QA division does, the role split between London and New York, salary by level.
The complete Goldman Sachs Strats and QIS guide - what Strats actually does, the role split across asset classes, salary by level.
The complete JPMorgan Quantitative Research guide - what QR does across the investment bank, the role split between London and New York, salary by level.
Hedge funds vs proprietary trading firms compared - capital structure, compensation, work culture, career paths, and which type of firm fits which type of person.
Detailed comparison of three top quant employers - Citadel, Jane Street, and Two Sigma - on compensation, culture, work, career path, and which fits which type of candidate.
Inside PDT Partners - the secretive systematic fund Peter Muller built. Culture, roles, reported interview process and pay estimates.
ExodusPoint Capital explained - the pod model, PM payouts and guaranteed draws, interview process by role, and how it compares to Millennium.
Balyasny Asset Management explained - the pod model, its collaborative culture, growing quant arm, interview process and pay estimates.
How Old Mission Capital trades ETFs, what the interview process looks like, real question types with approaches, and comp estimates.
Inside Five Rings Capital - why elite maths and CS students target it, the famously hard interview process, and how pay compares.
What Squarepoint Capital does, why it is a developer-heavy quant fund, the interview process, and London salary estimates by role.
What G-Research does, the famous puzzle-heavy interview process, reported £150k-£300k+ researcher packages, and how to prepare.
The 20 biggest hedge funds in the world ranked by reported AUM - Bridgewater, Millennium, Citadel, Man Group and more, with a careers angle on each.
The proprietary trading and market-making firms actually hiring quants in London in 2026 - Optiver, IMC, Jane Street, XTX Markets, Jump Trading, Maven Securities and more, with roles, focus areas and how London hiring differs from the US.
The best financial engineering and quantitative finance Master's programmes in 2026 - ranked. Imperial, Oxford, CMU MSCF, Baruch MFE, Princeton MFin.
20 best books for quantitative finance and trading - from Hull's Options to Shreve's Stochastic Calculus, Lopez de Prado's ML, and the Green Book.
An honest review of the Oxford Algorithmic Trading Programme - what it covers, who it's for, cost.
Honest CQF review for 2026 - cost, curriculum, career outcomes and who should skip it. Pair with our Is CQF Worth It guide.
A comprehensive guide to quantitative finance - what it encompasses, the key areas (derivatives pricing, risk management, algorithmic trading), the maths involved, and career paths.
A side-by-side comparison of MFE, MFin and CQF qualifications - cost, duration, format, employer recognition.
Twelve of the best online quant finance courses available in 2026 - covering CQF, WorldQuant University, EDX MicroMasters, Coursera and Udemy programmes.
Twelve of the best Master of Financial Engineering (MFE) and equivalent programmes globally for 2026 - covering Baruch, CMU, Princeton, Berkeley, NYU.
The best podcasts for quant traders, researchers and students in 2026. From technical deep-dives to industry interviews, with episodes worth your commute.
FRM, CQF and CFA compared on cost, time, focus and career fit - which credential suits risk management, quant and technology roles, versus investment banking and asset management, and whether stacking them is worth it.
An honest verdict on whether the CQF is worth its £15,000-£20,000 cost in 2026 - realistic career outcomes, who should and shouldn't enrol, and how it compares to an MFE or self-study.
Bond pricing, yield to maturity, duration and convexity — the fixed income concepts that form the backbone of interest rate modelling.
What derivatives are, how they work, and why they matter — the contracts at the heart of quantitative finance.
A clear guide to option pricing models — the binomial tree, risk-neutral valuation, and the Black-Scholes formula.
A clear guide to the options Greeks — delta, gamma, theta, vega, and rho — plus volatility modelling.
The volatility risk premium is real, well-documented, and has blown up more accounts than almost any other strategy.
A clear explanation of the Black-Scholes options pricing model — the formula, the assumptions behind it, intuitive understanding of each component.
A step-by-step walkthrough of the Black-Scholes formula - the derivation, what each component means, how to calculate call and put prices in Python, and the formula's limitations.
A clear explanation of the butterfly spread options strategy - how it works, payoff diagrams, when to use it, and Python code to model the trade.
A practical explanation of the volatility smile - why implied volatility varies across strike prices, what causes it.
A practical guide to the Heston stochastic volatility model - the mathematics behind it, why it matters for option pricing, calibration.
A clear explanation of put-call parity - the fundamental relationship between call and put option prices, with the formula, worked examples.
A practical guide to implied volatility - what it is, how to calculate it, IV rank vs IV percentile, the VIX, IV crush.
A practical guide to the Vasicek model - the mathematics of this classic interest rate model, parameter interpretation, bond pricing, Python simulation.
A practical guide to options market making - how market makers quote prices, manage risk through delta hedging, profit from the spread.
A practical guide to derivatives pricing - the key methods (closed-form, trees, Monte Carlo, PDE), major models, and Python implementations for pricing options and other derivatives.
A comprehensive guide to financial derivatives - the main types (futures, options, swaps, forwards), how they're used for hedging and speculation, pricing basics, and the derivatives market.
A practical guide to the covered call strategy - how it works, when to use it, the payoff profile, strike selection, and a Python implementation for analysing covered call positions.
A practical guide to delta hedging - how to construct delta-neutral positions, when to rebalance, the costs involved, and a Python simulation showing dynamic hedging in action.
How dispersion trading works - implied correlation, why index volatility trades rich, variance swap payoffs with a worked P&L example, and the crash risk.
How gamma scalping works - long options, delta hedging, harvesting realised volatility - with a worked numerical example, the P&L identity and failure modes.
How the binomial option pricing model works - a fully worked one-period example, backward induction, American options and Python code.
The SABR model in plain terms - what alpha, beta, rho and nu control, the Hagan formula, shifted SABR for negative rates, and Python code.
Barrier options and other exotics explained - knock-ins and knock-outs, a worked down-and-out call example, pricing methods and hedging risks.
A rigorous but accessible walkthrough of risk-neutral pricing - the change of measure, no-arbitrage principle, the fundamental theorem of asset pricing, and why option prices are expectations under Q, not P.
A practical, worked-example guide to constructing a zero-coupon yield curve by bootstrapping - from deposits and futures to swaps, with a Python implementation.
A rigorous guide to duration and convexity - Macaulay duration, modified duration, dollar duration, DV01, and convexity - with derivations, worked examples and Python code.
A practical introduction to algorithmic trading — alpha signals, execution algorithms, backtesting pitfalls.
Cohen, Malloy and Nguyen's Lazy Prices paper found that small year-on-year changes in 10-K filings predict large negative returns.
9 quantitative trading strategies that work in 2026 - statistical arbitrage, pairs trading, market making, momentum, mean reversion, machine learning.
A practical guide to high frequency trading - what HFT firms actually do, the technology behind it, common strategies, top firms.
An honest look at AI trading bots in 2026 - which ones actually work, which are marketing hype.
A practical guide to mean reversion trading - the theory behind it, how to identify mean-reverting assets, common strategies.
An honest comparison of algorithmic trading software and platforms - from free Python frameworks to professional-grade systems, with pros, cons.
A practical guide to momentum trading - the theory behind it, common strategies from simple moving averages to cross-sectional momentum.
A hands-on guide to pairs trading - how to find cointegrated pairs, calculate the spread, build entry and exit signals.
A clear explanation of quantitative trading - how it works, the strategies quant traders use, the technology behind it.
A practical guide to statistical arbitrage - what stat arb strategies are, how they work, the main approaches.
A clear explanation of latency arbitrage - how HFT firms profit from speed advantages, the technology behind it, the ongoing debate about fairness.
A practical guide to market making strategies - how firms quote prices, manage inventory risk, profit from the bid-ask spread.
A clear guide to quantitative investing - how systematic, data-driven investment strategies work, the main approaches, top quant investment firms.
A hands-on guide to moving average crossover strategies - how they work, the most common setups (golden cross, death cross), Python implementation.
A practical guide to machine learning in finance - the main applications, which algorithms actually work for trading, common pitfalls, and how to get started with Python examples.
A sceptical, evidence-based look at AI trading apps - which ones have legitimate technology, which are marketing hype, and what you should realistically expect from AI-assisted trading.
A comprehensive guide to market making - what market makers do, how they profit, the risks involved, the technology behind modern electronic market making, and the top firms in the industry.
Introduction to quantitative trading - how it works, main strategies, technology stack, notable firms, and how people typically build a career in the field.
A clear explanation of algorithmic trading - how it works, the main types of trading algorithms, who uses them, and how it differs from manual trading and quantitative trading.
Step-by-step pairs trading tutorial in Python - from cointegration testing to spread construction, signal generation, position sizing and live execution.
Six statistical arbitrage strategies actually used by hedge funds and prop firms - pairs trading, basket arbitrage, mean reversion, momentum reversal.
End-to-end machine learning for trading tutorial - feature engineering, model selection, validation methodology, deployment, and the pitfalls to avoid. With Python code and a worked example on equities.
How large language models, foundation models, and modern AI tools are changing quantitative trading in 2026 - the real applications, the hype, and what aspiring quants need to know.
An honest practitioner's overview of crypto quant strategies in 2026 - market making, basis trades, statistical arbitrage, MEV, on-chain analytics - plus what's matured and what's broken.
What VWAP is, how to compute it with a worked example, why institutions benchmark to it, VWAP execution algorithms, VWAP vs TWAP, and where it fails.
What order flow trading is, how book imbalance and toxicity measures predict short-term moves, the quant vs retail versions, and where the edge breaks down.
How market neutral strategies work - beta, dollar and factor neutrality, a worked hedge ratio example, how pod shops run neutral books, and the real risks.
Mean-variance optimisation, the efficient frontier, and the Capital Asset Pricing Model — how modern finance thinks about building portfolios.
A comprehensive guide to quantitative risk management — Value at Risk, expected shortfall, credit risk, stress testing.
We backtested 1,000 strategies that we knew contained no signal at all. More than half the time, the best of them had a Sharpe ratio above 1.0. A simulation study of selection bias, the expected maximum Sharpe ratio, and why a parameter sweep flatters you less than you fear.
Learn what the information ratio is, how to calculate it, and why portfolio managers use it to measure skill.
A practical guide to factor investing - what factors are, why they generate returns, the main factor premiums.
A clear guide to Value at Risk - what it is, the three methods for calculating it, Python implementations.
A practical guide to the Sortino ratio - how it improves on the Sharpe ratio by focusing only on downside risk, with the formula, Python code.
A practical guide to the Calmar ratio - how it measures return relative to maximum drawdown, the formula, Python code.
A clear guide to the Treynor ratio - how it measures return per unit of systematic risk using beta, the formula, Python code.
A practical guide to maximum drawdown - the formula, how to calculate it in Python, what constitutes a good drawdown.
A practical guide to the Arbitrage Pricing Theory (APT) - how it works, the formula, key differences from CAPM.
A practical guide to risk-adjusted returns - what they are, why they matter more than raw returns, the main metrics (Sharpe, Sortino, Calmar, Treynor).
A balanced guide to the efficient market hypothesis - the three forms of market efficiency, the evidence for and against, and what it means for quants, traders, and investors.
A practical guide to the Fama-French factor models - the three-factor and five-factor versions, what each factor captures, how to run a Fama-French regression in Python, and applications in quant finance.
A practical guide to the efficient frontier - what it is, how to construct it using mean-variance optimisation, Python code for plotting it, and the limitations of the approach.
A practical guide to Modern Portfolio Theory (MPT) - Markowitz's framework for portfolio construction, the role of diversification, the efficient frontier, and MPT's strengths and limitations.
The definitive guide to the Sharpe ratio - the formula, step-by-step calculation, what a good Sharpe ratio looks like, common pitfalls, and how to compute it in Python.
A practical guide to the Kelly Criterion - the formula for optimal bet sizing, how to apply it to trading and investing, why most practitioners use fractional Kelly, and Python examples.
A rigorous guide to Expected Shortfall - what it is, why it superseded Value at Risk in regulatory frameworks, how to estimate it from historical, parametric and Monte Carlo methods, and how to backtest it.
Equity, fixed income, FX, derivatives — how financial markets actually work, who the participants are, and where quantitative engineers fit in.
Present value, future value, discounting, NPV — the concept that a pound today is worth more than a pound tomorrow underpins all of finance.
A practical guide to market microstructure - how orders are matched, how prices form, the role of market makers.
A clear guide to smart order routing (SOR) - how these algorithms find the best execution across multiple venues, why they matter for trading.
A clear guide to the bid-ask spread - what it is, what determines its size, how it affects your trading costs, and why it matters for different types of traders and investors.
A practical guide to cointegration - what it means, how to test for it using the Engle-Granger and Johansen methods.
What heteroscedasticity means, how to detect it (Breusch-Pagan, White), and how to fix it in regression - with finance examples for 2026.
A practical guide to Granger causality - what it really means, how to run the test in Python, how to interpret results, and applications in finance and trading.
A practical guide to autocorrelation - what it means in time series data, how to detect it using ACF plots and the Durbin-Watson test.
A hands-on guide to time series analysis for finance - stationarity testing, decomposition, ARIMA modelling, forecasting techniques, and Python implementations for trading applications.
A practical guide to Markov chains - how they work, transition matrices, stationary distributions, Hidden Markov Models, and their applications in finance and trading.
A practical guide to the GARCH model - how it captures volatility clustering, the GARCH(1,1) equation, how to fit it in Python.
A practical guide to Bayesian statistics - Bayes' theorem, prior and posterior distributions, conjugate priors, MCMC, and how Bayesian methods are used in quantitative finance.
A hands-on guide to ARIMA models - how they work, the Box-Jenkins methodology, how to select p, d, q parameters, and Python code for fitting and forecasting financial time series.
What the Hurst exponent measures, rescaled range analysis step by step, Python estimation code, and how quants use H as a regime filter - with honest caveats.
Best free and cheap Bloomberg Terminal alternatives for quants in 2026 - open data, APIs and platforms that cover most desk workflows.
A hands-on tutorial for Backtrader - Python's most popular backtesting framework.
A hands-on introduction to QuantLib in Python - how to install it, price options and bonds, build yield curves.
A hands-on Python tutorial for Monte Carlo simulation - from basic random sampling to pricing options, estimating VaR, and running portfolio simulations with complete code examples.
Quantopian shut down in 2020, but several strong alternatives have emerged. Here are the best platforms for algorithmic trading research, backtesting.
Detailed comparison of the four leading backtesting platforms in 2026 - Backtrader, QuantConnect, Zipline, and Lean - with pros, cons.
Detailed comparison of Python and R for quantitative finance in 2026 - libraries, performance, employer demand, learning curve.
Detailed QuantConnect review covering the platform's features, pricing, data quality, broker integrations, performance, learning curve.
Step-by-step tutorial for connecting to the Interactive Brokers API in 2026 - covering ib_insync, native ibapi, account setup, market data subscription.
Practical introduction to kdb+ and the q language in 2026 - why investment banks and hedge funds use kdb+, basic queries, time series joins.
The best brokers for algorithmic trading in 2026 - covering Interactive Brokers, Tradier, Alpaca, OANDA, Tradovate, Coinbase, Binance and more.
How a $4.1B sell order triggered a 1,000-point Dow drop in minutes - the mechanics of the May 6, 2010 Flash Crash, the role of HFTs, and what changed in market structure as a result.
The complete story of LTCM's $4.6 billion collapse in 1998 - how Nobel laureates and Wall Street legends built a hedge fund using 25:1 leverage that nearly took down the global financial system.
A clear explanation of quantitative easing - how central banks create money, buy bonds, and influence markets. Covers QE1-QE4, the unwinding (QT), and what quants need to understand about the macro environment.
From Jim Simons and Ed Thorp to David Shaw and Cliff Asness - the 12 most influential quantitative traders and researchers who built the field, with their key innovations and lessons.