Pioneering
Courses
Leading together
Education
Courses
Our courses are our most agile educational offering. They are deliberately tailored to meet the industry’s ever evolving needs.
They elucidate the mathematical foundations of the industry as well as the latest developments in statistical inference and neural nets.
On the programming side, they cover the classical programming languages, such as Python, VBA, C++, and Java, as well as the niche languages such as k and q.
On the business side, they consider the intricacies of the financial asset classes, such as cryptocurrencies, foreign exchange, and credit, as well as topics in regulations and risk management.
FInance, Economics, Quantitative Finance, and Computational Finance
| Code | Course title |
| FIN1 | A history of financial disasters |
| FIN2 | A history of financial innovation |
| FIN3 | Accounting (foundations) |
| FIN4 | Accounting (intermediate) |
| FIN5 | Accounting (mastery) |
| FIN6 | Advanced options trading strategies |
| FIN7 | Advanced spot trading strategies |
| FIN8 | AI ventures |
| FIN9 | Algorithmic trading |
| FIN10 | Altcoins |
| FIN11 | Altenatives to Bloomberg terminal |
| FIN12 | Alternative data |
| FIN13 | Alternative investments |
| FIN14 | American options (foundations) |
| FIN15 | American options (intermediate) |
| FIN16 | American options (mastery) |
| FIN17 | An introduction to drone technology |
| FIN18 | Analysing financial mistakes and disasters |
| FIN19 | Annuities |
| FIN20 | Aribitrage Pricing Theory (APT) |
| FIN21 | Art market and NFTs |
| FIN22 | Asian options |
| FIN23 | Asset management |
| FIN24 | Asset pricing |
| FIN25 | Asset-backed securities |
| FIN26 | Back-office finance |
| FIN27 | Barrier options |
| FIN28 | Basic options trading strategies |
| FIN29 | Basic spot trading strategies |
| FIN30 | Bayesian risk management |
| FIN31 | Behavioural finance (foundations) |
| FIN32 | Behavioural finance (intermediate) |
| FIN33 | Behavioural finance (mastery) |
| FIN34 | Beyond the Black-Scholes framework |
| FIN35 | Black-Scholes extensions |
| FIN36 | Black-Scholes framework |
| FIN37 | Blockchain (foundations) |
| FIN38 | Blockchain (intermediate) |
| FIN39 | Blockchain (mastery) |
| FIN40 | Bloomberg terminal (foundations) |
| FIN41 | Bloomberg terminal (intermediate) |
| FIN42 | Bloomberg terminal (mastery) |
| FIN43 | Bond mathematics |
| FIN44 | Bonds (foundations) |
| FIN45 | Bonds (intermediate) |
| FIN46 | Bonds (mastery) |
| FIN47 | Broker-dealers |
| FIN48 | Broking |
| FIN49 | Business analytics |
| FIN50 | Calibration of derivative pricing models |
| FIN51 | Calibration of trading strategies |
| FIN52 | Capital Asset Pricing Model (CAPM) |
| FIN53 | Case studies in corporate finance |
| FIN54 | Case studies in derivatives pricing |
| FIN55 | Case studies in high-frequency trading (HFTs) |
| FIN56 | Case studies in mergers and acquisitions |
| FIN57 | Case studies in trading |
| FIN58 | Case study: the Knight capital disaster |
| FIN59 | Cash equivalents |
| FIN60 | Centrally planned economy |
| FIN61 | Clean technology investment |
| FIN62 | Clearing |
| FIN63 | Clearing houses |
| FIN64 | Coherent risk measures |
| FIN65 | Commodities (foundations) |
| FIN66 | Commodities (intermediate) |
| FIN67 | Commodities (mastery) |
| FIN68 | Common stock |
| FIN69 | Consumer credit |
| FIN70 | Corporate bonds |
| FIN71 | Corporate finance |
| FIN72 | Corporate finance (foundations) |
| FIN73 | Corporate finance (intermediate) |
| FIN74 | Corporate finance (mastery) |
| FIN75 | Credit (foundations) |
| FIN76 | Credit (intermediate) |
| FIN77 | Credit (mastery) |
| FIN78 | Credit cards |
| FIN79 | Credit default swaps (CDSs) |
| FIN80 | Credit indices (foundations) |
| FIN81 | Credit indices (intermediate) |
| FIN82 | Credit indices (mastery) |
| FIN83 | Credit markets |
| FIN84 | Credit risk |
| FIN85 | Credit unions |
| FIN86 | Cryptocurrencies |
| FIN87 | Cryptocurrency derivatives |
| FIN88 | Cryptocurrency mining |
| FIN89 | Cryptosystems in practice |
| FIN90 | CVA |
| FIN91 | Data cleaning |
| FIN92 | Datastream |
| FIN93 | Day-trading |
| FIN94 | Decentralised exchanges |
| FIN95 | Decentralised ledger systems |
| FIN96 | Deep learning volatility: ML-assisted derivatives pricing |
| FIN97 | Derivatives |
| FIN98 | Derivatives pricing |
| FIN99 | Digital options |
| FIN100 | Direct participation programs (DPPs) |
| FIN101 | Discretionary trading |
| FIN102 | Distributed consensus |
| FIN103 | Early exercise contracts |
| FIN104 | Econometrics (foundations) |
| FIN105 | Econometrics (intermediate) |
| FIN106 | Econometrics (mastery) |
| FIN107 | Economic crime |
| FIN108 | Electronic payment systems |
| FIN109 | Employee stock options |
| FIN110 | Energy derivatives |
| FIN111 | Energy markets |
| FIN112 | Equities (foundations) |
| FIN113 | Equities (intermediate) |
| FIN114 | Equities (mastery) |
| FIN115 | Equity derivatives (foundations) |
| FIN116 | Equity derivatives (intermediate) |
| FIN117 | Equity derivatives (mastery) |
| FIN118 | Equity exotics |
| FIN119 | Error detection, imputation, and error correction |
| FIN120 | European government bonds (foundations) |
| FIN121 | European government bonds (intermediate) |
| FIN122 | European government bonds (mastery) |
| FIN123 | Exchange outages |
| FIN124 | Exchange-traded funds (ETFs) |
| FIN125 | Exchanges |
| FIN126 | Exotic options |
| FIN127 | Expected shortfall |
| FIN128 | Factor investing |
| FIN129 | Factor models |
| FIN130 | Finance and psychology |
| FIN131 | Financial and management accounting |
| FIN132 | Financial and sustainability reporting (foundations) |
| FIN133 | Financial and sustainability reporting (intermediate) |
| FIN134 | Financial and sustainability reporting (mastery) |
| FIN135 | Financial calculations in Excel |
| FIN136 | Financial crime |
| FIN137 | Financial data |
| FIN138 | Financial derivatives |
| FIN139 | Financial identifiers (CUSIP, ISIN, etc.) |
| FIN140 | Financial optimisation |
| FIN141 | Financial services in Africa |
| FIN142 | Financial services in Australia |
| FIN143 | Financial services in Eastern Europe |
| FIN144 | Financial services in France |
| FIN145 | Financial services in Germany |
| FIN146 | Financial services in Gibraltar |
| FIN147 | Financial services in Italy |
| FIN148 | Financial services in Japan |
| FIN149 | Financial services in New Zealand |
| FIN150 | Financial services in Portugal |
| FIN151 | Financial services in Spain |
| FIN152 | Financial services in the Middle East |
| FIN153 | Financial services in the UK |
| FIN154 | Financial services in the US |
| FIN155 | Financial Technology (FinTech) |
| FIN156 | Financial time series analysis |
| FIN157 | First generation exotic options |
| FIN158 | Fixed income analysis (foundations) |
| FIN159 | Fixed income analysis (intermediate) |
| FIN160 | Fixed income analysis (mastery) |
| FIN161 | Fixed income products (foundations) |
| FIN162 | Fixed income products (intermediate) |
| FIN163 | Fixed income products (mastery) |
| FIN164 | Flash crashes |
| FIN165 | Foreign exchange (foundations) |
| FIN166 | Foreign exchange (FX) options (foundations) |
| FIN167 | Foreign exchange (FX) options (intermediate) |
| FIN168 | Foreign exchange (FX) options (mastery) |
| FIN169 | Foreign exchange (intermediate) |
| FIN170 | Foreign exchange (mastery) |
| FIN171 | Forward rate agreements (FRAs) |
| FIN172 | Forwards contracts |
| FIN173 | Front-office finance |
| FIN174 | Funds of funds |
| FIN175 | Future of payments |
| FIN176 | Futures contracts (foundations) |
| FIN177 | Futures contracts (intermediate) |
| FIN178 | Futures contracts (mastery) |
| FIN179 | FX forwards |
| FIN180 | Game theory |
| FIN181 | Getting hold of data |
| FIN182 | Global systemically important institutions |
| FIN183 | Governance |
| FIN184 | GPU-accelerated derivatives pricing |
| FIN185 | Greeks |
| FIN186 | Hedge funds |
| FIN187 | Hedging options |
| FIN188 | Hedging options contracts |
| FIN189 | High-frequency trading (HFT) |
| FIN190 | History of modern finance |
| FIN191 | Hybrids |
| FIN192 | Implementation of derivative pricing models |
| FIN193 | Implementation of trading strategies |
| FIN194 | Incomplete markets |
| FIN195 | Indifference pricing |
| FIN196 | Initial and variation margin |
| FIN197 | Initial Coin Offerings (ICOs) |
| FIN198 | Initial public offerings (IPOs) |
| FIN199 | Insurance |
| FIN200 | Interest rate derivatives (foundations) |
| FIN201 | Interest rate derivatives (intermediate) |
| FIN202 | Interest rate derivatives (mastery) |
| FIN203 | Interest rate swaps (foundations) |
| FIN204 | Interest rate swaps (intermediate) |
| FIN205 | Interest rate swaps (mastery) |
| FIN206 | Interest rate theory |
| FIN207 | Interest rates in practice |
| FIN208 | Investment management |
| FIN209 | Investments |
| FIN210 | Islamic finance |
| FIN211 | Jump diffusion pricing |
| FIN212 | Kalman filtering |
| FIN213 | Level 3 data |
| FIN214 | Leveraged buyouts |
| FIN215 | LIBOR |
| FIN216 | LIBOR Market Model (LMM) |
| FIN217 | Life insurance |
| FIN218 | Limit order books |
| FIN219 | Liquidity provision |
| FIN220 | LLMs in finance |
| FIN221 | Local volatility modelling |
| FIN222 | Local-stochastic volatility modelling |
| FIN223 | Logical fallacies and cognitive biases in finance |
| FIN224 | Long-term Equity AnticiPation Securities (LEAPS) |
| FIN225 | Lookback options |
| FIN226 | Macroeconomics |
| FIN227 | Managing a trading desk |
| FIN228 | Margin calculations |
| FIN229 | Market economy |
| FIN230 | Market making |
| FIN231 | Market microstructure |
| FIN232 | Masterclass with a star quant |
| FIN233 | Masterclass with a star trader |
| FIN234 | Mergers and acquisitions (M&A) |
| FIN235 | Metaverse in finance |
| FIN236 | Microeconomics |
| FIN237 | Middle-office finance |
| FIN238 | Mortgages |
| FIN239 | Munis |
| FIN240 | Mutual funds |
| FIN241 | My life as a quant |
| FIN242 | My life as a structurer |
| FIN243 | My life as a trader |
| FIN244 | My life as an investment banker |
| FIN245 | My life in sales |
| FIN246 | Nobel prize-winning finance |
| FIN247 | Non-financial derivatives |
| FIN248 | Non-fungible tokens (NFTs) |
| FIN249 | OpenGamma (foundations) |
| FIN250 | OpenGamma (intermediate) |
| FIN251 | OpenGamma (mastery) |
| FIN252 | Operational risk |
| FIN253 | Operations in finance |
| FIN254 | Optimal order execution |
| FIN255 | Order types (limit, market, AON, FOK, MOC, spread, straddle, etc.) |
| FIN256 | Particle filtering |
| FIN257 | Payment Services and Electronic Money |
| FIN258 | Pensions |
| FIN259 | Philosophy of trust |
| FIN260 | Ponzi schemes |
| FIN261 | Portfolio management |
| FIN262 | Portfolio management under stress |
| FIN263 | Portfolios of American options |
| FIN264 | Post-COVID 19 finance |
| FIN265 | Post-crisis finance |
| FIN266 | Preferred stocks |
| FIN267 | Primary offerings |
| FIN268 | Private equity |
| FIN269 | Private equity (foundations) |
| FIN270 | Private equity (intermediate) |
| FIN271 | Private equity (mastery) |
| FIN272 | Profit and loss (PnL) calculations |
| FIN273 | Project management in finance |
| FIN274 | Proof of Stake (PoS) |
| FIN275 | Proof of Work (PoW) |
| FIN276 | Prospect theory |
| FIN277 | Quantitative trading |
| FIN278 | QuantLib (foundations) |
| FIN279 | QuantLib (intermediate) |
| FIN280 | QuantLib (mastery) |
| FIN281 | Ratings |
| FIN282 | Reading financial pages and watching financial channels |
| FIN283 | Real assets |
| FIN284 | Real estate |
| FIN285 | Real estate investment trusts (REITs) |
| FIN286 | Real options |
| FIN287 | Real-time financial calculations |
| FIN288 | Real-time risk management |
| FIN289 | Refinitiv Eikon Terminal (foundations) |
| FIN290 | Refinitiv Eikon Terminal (intermediate) |
| FIN291 | Refinitiv Eikon Terminal (mastery) |
| FIN292 | Retail banking |
| FIN293 | Risk management |
| FIN294 | Risk measures |
| FIN295 | Rough volatility models |
| FIN296 | SABR |
| FIN297 | Savings accounts |
| FIN298 | Second generation exotic options |
| FIN299 | Securities |
| FIN300 | Securities lending |
| FIN301 | Securitisation and structured finance |
| FIN302 | Settlement of transactions |
| FIN303 | Short rates |
| FIN304 | Short selling |
| FIN305 | Single-factor finite differences |
| FIN306 | Sovereign debt |
| FIN307 | Stablecoins |
| FIN308 | Stochastic volatility modelling |
| FIN309 | Strategy in finance |
| FIN310 | Structured finance |
| FIN311 | Structured products |
| FIN312 | Swaps |
| FIN313 | Taxation and tax optimisation |
| FIN314 | Technical analysis |
| FIN315 | The Etherium ecosystem |
| FIN316 | The LIBOR model |
| FIN317 | The life cycle of a trade |
| FIN318 | The money market |
| FIN319 | The Options Clearing Corporation (OCC) |
| FIN320 | Time series data |
| FIN321 | Trading strategy development (foundations) |
| FIN322 | Trading strategy development (intermediate) |
| FIN323 | Trading strategy development (mastery) |
| FIN324 | Tree-based pricing |
| FIN325 | Two-factor finite differences |
| FIN326 | U.S. government agency securities |
| FIN327 | U.S. Treasury securities |
| FIN328 | Unravelling the Global Financial Crisis |
| FIN329 | US treasuries (foundations) |
| FIN330 | US treasuries (intermediate) |
| FIN331 | US treasuries (mastery) |
| FIN332 | USD interest rate swaps (foundations) |
| FIN333 | USD interest rate swaps (intermediate) |
| FIN334 | USD interest rate swaps (mastery) |
| FIN335 | Utility indifference pricing |
| FIN336 | Utility theory |
| FIN337 | Utility valuation |
| FIN338 | Value at Risk (VaR) |
| FIN339 | Vanilla options |
| FIN340 | Venture capital |
| FIN341 | Volatility is rough |
| FIN342 | Wealth management |
| FIN343 | Weather derivatives |
| FIN344 | Working with bar data |
| FIN345 | Working with OHLCV data |
| FIN346 | Working with radar data |
| FIN347 | Working with satellite data |
| FIN348 | xVA (foundations) |
| FIN349 | xVA (intermediate) |
| FIN350 | xVA (mastery) |
Computing (Software, Hardware, Programming)
| Code | Course title |
| COMP1 | .NET framework |
| COMP2 | 5G Technology |
| COMP3 | A history of Blockchain |
| COMP4 | A history of programming languages |
| COMP5 | A+ |
| COMP6 | Ada |
| COMP7 | Adaptive Server Enterprise |
| COMP8 | Adaptive software development |
| COMP9 | Agent-based software development |
| COMP10 | Agile software development |
| COMP11 | Agile software development with distributed teams |
| COMP12 | AI app development |
| COMP13 | Algorithmic complexity |
| COMP14 | Algorithms |
| COMP15 | Altair Monarch |
| COMP16 | Alternative data |
| COMP17 | Alteryx Analytics Automation Platform |
| COMP18 | Amazon AWS Bracket |
| COMP19 | Amazon Relational Database Service (RDS) |
| COMP20 | Amazon S3 |
| COMP21 | Amazon Web Services |
| COMP22 | Android development |
| COMP23 | Angular |
| COMP24 | AngularJS |
| COMP25 | Anomaly detection |
| COMP26 | Ant |
| COMP27 | Antipatterns |
| COMP28 | Apache Cassandra |
| COMP29 | Apache Commons |
| COMP30 | Apache Spark |
| COMP31 | Apache web server |
| COMP32 | APL – A Programming Language |
| COMP33 | Artificial Intelligence for software developers |
| COMP34 | ASIC architecture |
| COMP35 | ASIC/SoC Functional Design Verification |
| COMP36 | Asio C++ library |
| COMP37 | Aspect-oriented programming |
| COMP38 | Assembly programming (foundations) |
| COMP39 | Assembly programming (intermediate) |
| COMP40 | Assembly programming (mastery) |
| COMP41 | Asynchronous I/O |
| COMP42 | Augmented reality |
| COMP43 | Aurelia |
| COMP44 | Automatic Machine Learning (AutoML) |
| COMP45 | Automation |
| COMP46 | Azul platform (formerly Zing) |
| COMP47 | Azure Data Lake |
| COMP48 | Back-office software development |
| COMP49 | Backbone.js |
| COMP50 | Bash scripting |
| COMP51 | Bencmarking and microbenchmarking |
| COMP52 | Big data |
| COMP53 | Blockchain |
| COMP54 | Blockchain-oriented software (BOS) systems |
| COMP55 | Boost libraries |
| COMP56 | BSV |
| COMP57 | Business analysis and planning |
| COMP58 | Business continuity planning (BCP) |
| COMP59 | Business intelligence |
| COMP60 | C programming (foundations) |
| COMP61 | C programming (intermediate) |
| COMP62 | C programming (mastery) |
| COMP63 | C# |
| COMP64 | C# programming (foundations) |
| COMP65 | C# programming (intermediate) |
| COMP66 | C# programming (mastery) |
| COMP67 | C++ (foundations) |
| COMP68 | C++ (intermediate) |
| COMP69 | C++ (mastery) |
| COMP70 | C++ coroutines |
| COMP71 | C++ design patterns |
| COMP72 | C++ move semantics |
| COMP73 | C++ Standard Library |
| COMP74 | C++ templates |
| COMP75 | Caching |
| COMP76 | Calculus for programmers |
| COMP77 | Category theory for programmers |
| COMP78 | Celery |
| COMP79 | Cellular automata |
| COMP80 | ChatGPT in software development |
| COMP81 | ChatGPT-assisted software development |
| COMP82 | Chisel for FPGAs |
| COMP83 | Chroma |
| COMP84 | Cloud computing |
| COMP85 | Cloud-native development |
| COMP86 | Cloudera |
| COMP87 | CMake |
| COMP88 | COBOL |
| COMP89 | Cognitive biases |
| COMP90 | Collaborative software design and development |
| COMP91 | Colocation |
| COMP92 | Combining Python and Excel |
| COMP93 | Commodities for software developers |
| COMP94 | Communication in financial IT |
| COMP95 | Compiler optimisation |
| COMP96 | Compilers |
| COMP97 | Complex systems |
| COMP98 | Computational linear algebra |
| COMP99 | Computer architecture |
| COMP100 | Computer forensics |
| COMP101 | Computer graphics |
| COMP102 | Computer networking |
| COMP103 | Computer organisation and design |
| COMP104 | Concurrency |
| COMP105 | Concurrent programming in C++ |
| COMP106 | Concurrent programming in Java |
| COMP107 | Concurrent programming in kdb+/q |
| COMP108 | Concurrent programming in Python |
| COMP109 | Concurrent programming in Rust |
| COMP110 | Conflict management |
| COMP111 | Connecting to financial venues |
| COMP112 | Consensus in the Internet setting |
| COMP113 | Containerisation |
| COMP114 | Continuous integration |
| COMP115 | Cost-benefit analysis |
| COMP116 | Couchbase Server |
| COMP117 | Crafting a compiler |
| COMP118 | Crafting an interpreter |
| COMP119 | Credit for software developers |
| COMP120 | Crisis management |
| COMP121 | Cryptocurrencies and decentralised finance |
| COMP122 | Cryptography |
| COMP123 | CUDA (foundations) |
| COMP124 | CUDA (intermediate) |
| COMP125 | CUDA (mastery) |
| COMP126 | Cyber insurance |
| COMP127 | Cybersecurity |
| COMP128 | Cython |
| COMP129 | Data analytics and visualisation |
| COMP130 | Data captures |
| COMP131 | Data lakes |
| COMP132 | Data structures |
| COMP133 | Data warehouses |
| COMP134 | Database administration |
| COMP135 | Databases |
| COMP136 | Databricks |
| COMP137 | Datafication |
| COMP138 | DataOps |
| COMP139 | DBeaver |
| COMP140 | Decentralised applications (dApps) |
| COMP141 | Delphi/Object Pascal |
| COMP142 | Design patterns |
| COMP143 | DevOps |
| COMP144 | DevSecOps |
| COMP145 | Digital twins |
| COMP146 | Distributed networks |
| COMP147 | Distributed processing |
| COMP148 | Distributed storage |
| COMP149 | Distributed systems |
| COMP150 | Django |
| COMP151 | Docker |
| COMP152 | Domain theory |
| COMP153 | Domain-driven design |
| COMP154 | Domain-specific languages (DSL) |
| COMP155 | Effective data cleaning |
| COMP156 | Effective data imputation and error correction |
| COMP157 | Effective debugging |
| COMP158 | Effective Emacs |
| COMP159 | Effective interviewing techniques |
| COMP160 | Effective mentoring |
| COMP161 | Effective outsourcing |
| COMP162 | Effective programming |
| COMP163 | Effective requirements gathering |
| COMP164 | Effective software testing |
| COMP165 | Effective Vim |
| COMP166 | Embedded programming |
| COMP167 | Ember.js |
| COMP168 | Equities for software developers |
| COMP169 | Esterel for FPGAs |
| COMP170 | Event-driven programming |
| COMP171 | Excel (foundations) |
| COMP172 | Excel (intermediate) |
| COMP173 | Excel (mastery) |
| COMP174 | Exception safety |
| COMP175 | Exception-safe programming |
| COMP176 | Extreme programming |
| COMP177 | Faiss |
| COMP178 | Finance for software developers |
| COMP179 | Financial accounting |
| COMP180 | Firebird |
| COMP181 | Fixed income for software developers |
| COMP182 | Fluent programming |
| COMP183 | Flusk |
| COMP184 | Formal verification |
| COMP185 | Fortran |
| COMP186 | FPGA architecture |
| COMP187 | FPGA computing |
| COMP188 | Fraud detection |
| COMP189 | Front-office software development |
| COMP190 | Front-to-back office systems |
| COMP191 | FRTB for software developers |
| COMP192 | Full stack development |
| COMP193 | Functional programming |
| COMP194 | Functional reactive programming |
| COMP195 | Functional verification |
| COMP196 | Futures trading for software developers |
| COMP197 | Game programming patterns in finance |
| COMP198 | Game theory for programmers |
| COMP199 | Generic programming |
| COMP200 | Git (foundations) |
| COMP201 | Git (intermediate) |
| COMP202 | Git (mastery) |
| COMP203 | Go |
| COMP204 | Golang |
| COMP205 | Google cirq |
| COMP206 | Google Cloud Platform |
| COMP207 | GPU computing |
| COMP208 | Gradle |
| COMP209 | Graphana |
| COMP210 | Guava: Google Core Libraries for Java |
| COMP211 | Hardware |
| COMP212 | Haskell |
| COMP213 | Hibernate |
| COMP214 | High-performance computing (HPC) |
| COMP215 | High-performance logging |
| COMP216 | History of computing |
| COMP217 | History of IT in finance |
| COMP218 | History of programming languages |
| COMP219 | History of software engineering |
| COMP220 | Hive |
| COMP221 | HTML |
| COMP222 | HTTP |
| COMP223 | IBM Db2 |
| COMP224 | IBM Informix |
| COMP225 | IBM Liquid Metal |
| COMP226 | IBM Qiskit |
| COMP227 | Impala |
| COMP228 | Implementing academic papers |
| COMP229 | Infrastructure as Code (IaC) |
| COMP230 | Innovation |
| COMP231 | Intellectual Property (IP) |
| COMP232 | Intelligence processing units (IPUs) |
| COMP233 | Internet of Behaviour (IoB) |
| COMP234 | Internet of things |
| COMP235 | Internet of Things (IoT) |
| COMP236 | Interoperability |
| COMP237 | Introduction to computation |
| COMP238 | Introduction to Scikit-learn |
| COMP239 | Introduction to SciPy |
| COMP240 | ION |
| COMP241 | iOS programming |
| COMP242 | Istio |
| COMP243 | Java (foundations) |
| COMP244 | Java (intermediate) |
| COMP245 | Java (mastery) |
| COMP246 | Java collections |
| COMP247 | Java streams |
| COMP248 | JavaScript |
| COMP249 | JHDL |
| COMP250 | jQuery |
| COMP251 | JSON and BSON |
| COMP252 | Julia (foundations) |
| COMP253 | Julia (intermediate) |
| COMP254 | Julia (mastery) |
| COMP255 | Kafka |
| COMP256 | Kanban |
| COMP257 | KDB.AI |
| COMP258 | kdb+/q (foundations) |
| COMP259 | kdb+/q (intermediate) |
| COMP260 | kdb+/q (mastery) |
| COMP261 | kdb+tick: setting up and scaling tick triplets |
| COMP262 | Kernel bypass |
| COMP263 | Kiwi for FPGAs |
| COMP264 | Kotlin |
| COMP265 | Kubernetes |
| COMP266 | LabVIEW FPGA |
| COMP267 | Lateral thinking |
| COMP268 | LaTeX |
| COMP269 | LaTeX (foundations) |
| COMP270 | LaTeX (intermediate) |
| COMP271 | LaTeX (mastery) |
| COMP272 | Lean Software Development |
| COMP273 | Linear algebra |
| COMP274 | Linux administration (foundations) |
| COMP275 | Linux administration (intermediate) |
| COMP276 | Linux administration (mastery) |
| COMP277 | Linux hardening in hostile networks |
| COMP278 | Linux service management with systemd |
| COMP279 | Lisp |
| COMP280 | LLM-assisted software development |
| COMP281 | LLMs in IT |
| COMP282 | LLVM |
| COMP283 | LMAX Distruptor and mechanical sympathy |
| COMP284 | Logging in Java |
| COMP285 | Logic |
| COMP286 | Logic and computability |
| COMP287 | Logical fallacies |
| COMP288 | Logical fallacies and cognitive biases |
| COMP289 | Logical programming in Prolog |
| COMP290 | Low latency programming |
| COMP291 | Low power ASIC |
| COMP292 | Low-Code/No-Code (LCNC) |
| COMP293 | Machine learning |
| COMP294 | Make |
| COMP295 | Managing distributed teams |
| COMP296 | Managing diverse teams |
| COMP297 | Managing technology teams |
| COMP298 | MapReduce |
| COMP299 | MariaDB |
| COMP300 | Mathematics for programmers |
| COMP301 | MATLAB (foundations) |
| COMP302 | MATLAB (intermediate) |
| COMP303 | MATLAB (mastery) |
| COMP304 | Maven |
| COMP305 | Mentoring cybersecurity professionals |
| COMP306 | Mentoring software architects |
| COMP307 | Mentoring software developers |
| COMP308 | Metaverse |
| COMP309 | Meteor |
| COMP310 | Microservices |
| COMP311 | Microservices Design Patterns |
| COMP312 | Microsoft Access |
| COMP313 | Microsoft Azure SQL Database |
| COMP314 | Microsoft Azure stack |
| COMP315 | Microsoft Power BI |
| COMP316 | Microsoft Q# |
| COMP317 | Microsoft SQL server |
| COMP318 | MicroStrategy |
| COMP319 | Middle-office software development |
| COMP320 | Middleware |
| COMP321 | MiFiD 2 for software developers |
| COMP322 | Mithril |
| COMP323 | MLOps |
| COMP324 | Mnemonics and memory enhancement |
| COMP325 | Mobile app development |
| COMP326 | Mockito |
| COMP327 | Modern C++ |
| COMP328 | Modern C++: C++20 |
| COMP329 | Modern C++: C++23 |
| COMP330 | Modern diagramming techniques |
| COMP331 | Modern Java |
| COMP332 | MongoDB |
| COMP333 | Monolith to microservices |
| COMP334 | Murex |
| COMP335 | MX.3 Platform |
| COMP336 | My life as a cybersecurity professional |
| COMP337 | My life as a software architect |
| COMP338 | My life as a software developer |
| COMP339 | MyHDL |
| COMP340 | MySQL |
| COMP341 | NAG libraries |
| COMP342 | Natural language processing |
| COMP343 | Network security |
| COMP344 | Networking in C++ |
| COMP345 | Networking in Java |
| COMP346 | Networking in Python |
| COMP347 | Neurolinguistic programming for software developers |
| COMP348 | News sentiment analysis |
| COMP349 | NFTs |
| COMP350 | NLTK |
| COMP351 | No-SQL databases |
| COMP352 | Node.js |
| COMP353 | Numba |
| COMP354 | Numerical methods |
| COMP355 | Numerix |
| COMP356 | NumPy and Pandas |
| COMP357 | Object-oriented programming |
| COMP358 | Objective-C (foundations) |
| COMP359 | Objective-C (intermediate) |
| COMP360 | Objective-C (mastery) |
| COMP361 | Observability stacks |
| COMP362 | Ocaml |
| COMP363 | Octave |
| COMP364 | Open source and software licensing |
| COMP365 | OpenGamma |
| COMP366 | Operating systems |
| COMP367 | Operational risk |
| COMP368 | Optimisation theory for software developers |
| COMP369 | Optimising C# |
| COMP370 | Optimising C++ |
| COMP371 | Optimising Java |
| COMP372 | Optimising Python |
| COMP373 | Option pricing for software developers |
| COMP374 | Oracle Database |
| COMP375 | Orchestrator |
| COMP376 | OrientDB |
| COMP377 | Ox |
| COMP378 | Package management |
| COMP379 | Pascal |
| COMP380 | Patents, copyright, and intellectual property |
| COMP381 | Pattern-oriented software architecture |
| COMP382 | Penetration testing |
| COMP383 | Perl |
| COMP384 | Persistence |
| COMP385 | PHP |
| COMP386 | Pig |
| COMP387 | Pig, Hive, and Impala |
| COMP388 | Pinecone |
| COMP389 | Platform as a Service (PaaS) |
| COMP390 | Politics in software development: navigating stakeholder power and conflict |
| COMP391 | Polymer |
| COMP392 | Portfolio management for software developers |
| COMP393 | PostgreSQL |
| COMP394 | PowerShell scripting |
| COMP395 | Pragmatic programming |
| COMP396 | Presto |
| COMP397 | Private key cryptography |
| COMP398 | Probability and statistics for software developers |
| COMP399 | Problem solving |
| COMP400 | Profiling |
| COMP401 | Programming and narcissism |
| COMP402 | Programming and neurodiversity |
| COMP403 | Programming in D |
| COMP404 | Programming in F# |
| COMP405 | Programming language design |
| COMP406 | Programming paradigms |
| COMP407 | Progressive Web Applications (PWA) |
| COMP408 | Project CRaC |
| COMP409 | Project Loom |
| COMP410 | Project management |
| COMP411 | Prometheus |
| COMP412 | Public key cryptography |
| COMP413 | pybind11 |
| COMP414 | Python (foundations) |
| COMP415 | Python (intermediate) |
| COMP416 | Python (mastery) |
| COMP417 | Python asyncio |
| COMP418 | Python data structures |
| COMP419 | Python Requests |
| COMP420 | PyTorch |
| COMP421 | Qdrant |
| COMP422 | Qlik Sense Enterprise |
| COMP423 | Qt |
| COMP424 | Quantitative computer architecture |
| COMP425 | QuantLib |
| COMP426 | Quantum computing |
| COMP427 | Quantum machine learning |
| COMP428 | Quarkus |
| COMP429 | Quest Toad Data Point |
| COMP430 | R |
| COMP431 | R (foundations) |
| COMP432 | R (intermediate) |
| COMP433 | R (mastery) |
| COMP434 | Radar signal processing |
| COMP435 | React |
| COMP436 | React design patterns and best practices |
| COMP437 | React Native and hybrid development |
| COMP438 | Reactive programming |
| COMP439 | Reading academic papers |
| COMP440 | Reasoning about programs |
| COMP441 | Redis |
| COMP442 | Refactoring |
| COMP443 | Regular expressions |
| COMP444 | Regulation for software developers |
| COMP445 | Reinforcement Learning |
| COMP446 | Resilient software development |
| COMP447 | Reverse engineering |
| COMP448 | Rigetti Computing |
| COMP449 | Risk for software developers |
| COMP450 | Risk management for software developers |
| COMP451 | Robotic Process Automation (RPA) |
| COMP452 | Robotics |
| COMP453 | Ruby |
| COMP454 | Rust (foundations) |
| COMP455 | Rust (intermediate) |
| COMP456 | Rust (mastery) |
| COMP457 | SageMaker |
| COMP458 | SAP HANA |
| COMP459 | SAS |
| COMP460 | Scala |
| COMP461 | Scaling lean and agile development |
| COMP462 | Scratch |
| COMP463 | Scrum |
| COMP464 | Secure software development |
| COMP465 | Serverless development |
| COMP466 | Shell scripting |
| COMP467 | Simplifying complexity |
| COMP468 | Smart contracts |
| COMP469 | SOAP |
| COMP470 | Socket programming |
| COMP471 | Soft skills |
| COMP472 | Software deployment and scaling |
| COMP473 | Software development pearls |
| COMP474 | Software documentation |
| COMP475 | Software engineering |
| COMP476 | Software interoperability |
| COMP477 | Software licensing |
| COMP478 | Software optimisation |
| COMP479 | Software patents |
| COMP480 | Software support |
| COMP481 | Software-as-a-Service (SaaS) |
| COMP482 | Specifying systems |
| COMP483 | Spectra-Q |
| COMP484 | Speed reading |
| COMP485 | Spinal HDL |
| COMP486 | Splunk |
| COMP487 | Spring Boot 3 |
| COMP488 | SQL |
| COMP489 | SQL (foundations) |
| COMP490 | SQL (intermediate) |
| COMP491 | SQL (mastery) |
| COMP492 | SQLite |
| COMP493 | Standard Template Library (STL) |
| COMP494 | Streamlit |
| COMP495 | Sustainable software development |
| COMP496 | Svelte |
| COMP497 | Swift |
| COMP498 | Swing |
| COMP499 | Sybase |
| COMP500 | System C |
| COMP501 | Systems engineering |
| COMP502 | Talend Data Fabric |
| COMP503 | TCP/IP |
| COMP504 | Template metaprogramming |
| COMP505 | Tensor processing units (TPUs) |
| COMP506 | TensorFlow and Keras |
| COMP507 | Test-driven development |
| COMP508 | The art of presentation |
| COMP509 | The FIX protocol |
| COMP510 | The Hadoop ecosystem |
| COMP511 | The life cycle of a trade |
| COMP512 | The Lightning network |
| COMP513 | The organisation of a trading firm |
| COMP514 | The philosophy of software development |
| COMP515 | The Spring framework |
| COMP516 | The worst computer bugs in history |
| COMP517 | Theano |
| COMP518 | Thinking fast and slow |
| COMP519 | TIBCO Rendezvous |
| COMP520 | Time management |
| COMP521 | Time series databases |
| COMP522 | Trading for software developers |
| COMP523 | Transact-SQL |
| COMP524 | Trifacta Wrangler Enterprise |
| COMP525 | TypeScript |
| COMP526 | Unit testing in C# |
| COMP527 | Unit testing in C++ |
| COMP528 | Unit testing in Java |
| COMP529 | Unit testing in Python |
| COMP530 | Unix administration (foundations) |
| COMP531 | Unix administration (intermediate) |
| COMP532 | Unix administration (mastery) |
| COMP533 | User experience (UX) and graphical user interfaces (GUIs) |
| COMP534 | Using Integrated Development Environments (IDEs) |
| COMP535 | Using the Compiler Explorer |
| COMP536 | VBA (foundations) |
| COMP537 | VBA (intermediate) |
| COMP538 | VBA (mastery) |
| COMP539 | Vector databases |
| COMP540 | Verilog |
| COMP541 | Version control |
| COMP542 | VHDL |
| COMP543 | Virtual reality |
| COMP544 | Virtualisation |
| COMP545 | Visual basic |
| COMP546 | Visualisation |
| COMP547 | Visualisation in JavaScript |
| COMP548 | Visualisation in Python |
| COMP549 | Visualisation in R |
| COMP550 | Vivado |
| COMP551 | Vue.js |
| COMP552 | Weaviate |
| COMP553 | Web 3.0 |
| COMP554 | Web development |
| COMP555 | Web development with Rails |
| COMP556 | Web scraping |
| COMP557 | Web servers |
| COMP558 | Web3 |
| COMP559 | WebAssembly |
| COMP560 | WebSockets |
| COMP561 | White hat hacking |
| COMP562 | Wireless penetration testing |
| COMP563 | Working effectively across silos |
| COMP564 | Working effectively with legacy code |
| COMP565 | Working in diverse teams |
| COMP566 | Working with compiler explorer |
| COMP567 | Working with satellite data |
| COMP568 | Working with textual data |
| COMP569 | Working with time series data |
| COMP570 | WPF |
| COMP571 | Writing clean code |
| COMP572 | Writing compilers and interpreters |
| COMP573 | Writing mathematical documentation |
| COMP574 | wxWidgets |
| COMP575 | Xanadu |
| COMP576 | Xanpan |
| COMP577 | XML |
| COMP578 | Zero-Trust |
Mathematics
| Code | Course title |
| MAT1 | A history of mathematics |
| MAT2 | Abelian varieties |
| MAT3 | Actuarial mathematics |
| MAT4 | Additive combinatorics |
| MAT5 | Advanced financial models |
| MAT6 | Advanced quantum field theory |
| MAT7 | Advanced stellar evolution |
| MAT8 | Algebraic geometry |
| MAT9 | Algebraic number theory |
| MAT10 | Algebraic topology |
| MAT11 | Analysis of partial differential equations |
| MAT12 | Analysis of survival data |
| MAT13 | Applications of quantum field theory |
| MAT14 | Applications of quantum mechanics |
| MAT15 | Applications of stochastic calculus |
| MAT16 | Applied probability |
| MAT17 | Approximation theory |
| MAT18 | Astrophysical black holes |
| MAT19 | Astrophysical fluid dynamics |
| MAT20 | Asymptotic methods |
| MAT21 | Automata and formal languages |
| MAT22 | Bayesian statistics |
| MAT23 | Binomial trees |
| MAT24 | Biological physics and fluid dynamics |
| MAT25 | Black holes |
| MAT26 | Calculus (foundations) |
| MAT27 | Calculus (intermediate) |
| MAT28 | Calculus (mastery) |
| MAT29 | Calculus for data science |
| MAT30 | Calculus for machine learning |
| MAT31 | Canonical gravity |
| MAT32 | Catastrophe theory |
| MAT33 | Category theory |
| MAT34 | Causal inference |
| MAT35 | ChatGPT-assisted mathematics |
| MAT36 | Classical mechanics |
| MAT37 | Coding and cryptography |
| MAT38 | Combinatorics |
| MAT39 | Communicating mathematics |
| MAT40 | Commutative algebra |
| MAT41 | Complex analysis |
| MAT42 | Complex graph theory |
| MAT43 | Complex methods |
| MAT44 | Complex systems |
| MAT45 | Complexity and criticality |
| MAT46 | Computational linear algebra |
| MAT47 | Concentration inequalities |
| MAT48 | Continuous probability distributions |
| MAT49 | Control theory |
| MAT50 | Convex optimisation |
| MAT51 | Cosmology |
| MAT52 | Cryptography (foundations) |
| MAT53 | Cryptography (intermediate) |
| MAT54 | Cryptography (mastery) |
| MAT55 | Cubulating spaces and groups |
| MAT56 | Decision theory |
| MAT57 | Differential geometry |
| MAT58 | Direct and inverse scattering of waves |
| MAT59 | Discrete mathematics (foundations) |
| MAT60 | Discrete mathematics (intermediate) |
| MAT61 | Discrete mathematics (mastery) |
| MAT62 | Discrete probability distributions |
| MAT63 | Discrete-time stochastic processes |
| MAT64 | Distribution theory and applications |
| MAT65 | Domain theory |
| MAT66 | Dynamical systems |
| MAT67 | Dynamics of astrophysical disks |
| MAT68 | Econometrics |
| MAT69 | Electrodynamics |
| MAT70 | Electromagnetism |
| MAT71 | Elliptic curves |
| MAT72 | Elliptic curves (foundations) |
| MAT73 | Elliptic curves (intermediate) |
| MAT74 | Elliptic curves (mastery) |
| MAT75 | Elliptic partial differential equations |
| MAT76 | Estimation theory |
| MAT77 | Extremal graph theory |
| MAT78 | Finite difference methods |
| MAT79 | Finite element methods |
| MAT80 | Floating point arithmetic |
| MAT81 | Fluid dynamics |
| MAT82 | Fluid dynamics of climate |
| MAT83 | Fluid dynamics of the environment |
| MAT84 | Fluid dynamics of the solid earth |
| MAT85 | Forcing and the continuum hypothesis |
| MAT86 | Fractional Brownian motion |
| MAT87 | Fractional stochastic calculus |
| MAT88 | Functional analysis (foundations) |
| MAT89 | Functional analysis (intermediate) |
| MAT90 | Functional analysis (mastery) |
| MAT91 | Functional data analysis |
| MAT92 | Game theory |
| MAT93 | General relativity |
| MAT94 | General topology |
| MAT95 | Geometric group theory |
| MAT96 | Geometry |
| MAT97 | Graph theory |
| MAT98 | Gravitational waves |
| MAT99 | Group cohomology |
| MAT100 | Group theory (foundations) |
| MAT101 | Group theory (intermediate) |
| MAT102 | Group theory (mastery) |
| MAT103 | Hamiltonians |
| MAT104 | How to document mathematics |
| MAT105 | How to read academic papers |
| MAT106 | How to solve it |
| MAT107 | How to write mathematics |
| MAT108 | Hydrodynamic stability |
| MAT109 | Infinite-dimensional analysis |
| MAT110 | Information theory |
| MAT111 | Integrable systems |
| MAT112 | Introduction to computational complexity |
| MAT113 | Jump diffusion |
| MAT114 | Kalman filtering |
| MAT115 | Knot theory |
| MAT116 | Laboratory demonstrations in fluid dynamics |
| MAT117 | Large cardinals |
| MAT118 | Lattice models |
| MAT119 | Lebesgue integration |
| MAT120 | Lie algebras and their representations |
| MAT121 | Linear algebra (foundations) |
| MAT122 | Linear algebra (intermediate) |
| MAT123 | Linear algebra (mastery) |
| MAT124 | Linear algebra for data science |
| MAT125 | Linear algebra for machine learning |
| MAT126 | LLMs in mathematics |
| MAT127 | Local fields |
| MAT128 | Malliavin calculus |
| MAT129 | Maple |
| MAT130 | Markov chain Monte Carlo methods |
| MAT131 | Markov chains |
| MAT132 | Martingales |
| MAT133 | Mathematica |
| MAT134 | Mathematical analysis (foundations) |
| MAT135 | Mathematical analysis (intermediate) |
| MAT136 | Mathematical analysis (mastery) |
| MAT137 | Mathematical biology |
| MAT138 | Mathematical methods |
| MAT139 | Mathematical modelling of weather |
| MAT140 | Mathematical proofs |
| MAT141 | Mathematics of deep learning |
| MAT142 | Mathematics of machine learning |
| MAT143 | MATLAB |
| MAT144 | Matrix calculus |
| MAT145 | Mean field theory |
| MAT146 | Measure theory (foundations) |
| MAT147 | Measure theory (intermediate) |
| MAT148 | Measure theory (mastery) |
| MAT149 | Mentoring mathematicians |
| MAT150 | Model theory |
| MAT151 | Modern set theory |
| MAT152 | Modern statistical methods |
| MAT153 | Modular forms |
| MAT154 | Module theory |
| MAT155 | Monte Carlo methods |
| MAT156 | My life as a mathematician |
| MAT157 | Naive set theory |
| MAT158 | Non-classical logic |
| MAT159 | Non-equilibrium statistical field theory |
| MAT160 | Non-Hausdorff topology |
| MAT161 | Number fields |
| MAT162 | Number theory (foundations) |
| MAT163 | Number theory (intermediate) |
| MAT164 | Number theory (mastery) |
| MAT165 | Numerical relativity |
| MAT166 | Numerical solution of differential equations |
| MAT167 | Optimisation theory (foundations) |
| MAT168 | Optimisation theory (intermediate) |
| MAT169 | Optimisation theory (mastery) |
| MAT170 | Ordinary differential equations |
| MAT171 | Partial differential equations (foundations) |
| MAT172 | Partial differential equations (intermediate) |
| MAT173 | Partial differential equations (mastery) |
| MAT174 | Particle filtering |
| MAT175 | Perturbation methods |
| MAT176 | Planetary systems dynamics |
| MAT177 | Portfolio optimisation |
| MAT178 | Practical optimisation |
| MAT179 | Principal component analysis (PCA) |
| MAT180 | Probability theory (foundations) |
| MAT181 | Probability theory (intermediate) |
| MAT182 | Probability theory (mastery) |
| MAT183 | Pseudorandom numbers |
| MAT184 | Quadrature methods |
| MAT185 | Quantum algorithms |
| MAT186 | Quantum computing |
| MAT187 | Quantum entanglement in many-body systems |
| MAT188 | Quantum field theory |
| MAT189 | Quantum information and computation |
| MAT190 | Quantum information, foundations, and gravity |
| MAT191 | Quantum mechanics |
| MAT192 | Quantum supremacy |
| MAT193 | Quasi-Monte Carlo methods |
| MAT194 | Quasirandom numbers |
| MAT195 | Radiative processes in astrophysical plasma |
| MAT196 | Ramsey theory on graphs |
| MAT197 | Relativity theory |
| MAT198 | Representation theory |
| MAT199 | Riemann integration |
| MAT200 | Riemann methods |
| MAT201 | Ring theory |
| MAT202 | Robust statistics |
| MAT203 | Rough path theory |
| MAT204 | Schramm-Loewner evolutions |
| MAT205 | Scientific computing in C++ |
| MAT206 | Scientific computing in MATLAB |
| MAT207 | Scientific computing in Python |
| MAT208 | Scientific programming |
| MAT209 | Simulation |
| MAT210 | Slow viscous flow |
| MAT211 | Small sample statistics |
| MAT212 | Solitons, instantons, and geometry |
| MAT213 | Spectral computations in infinite dimensions and applications to data science |
| MAT214 | Statistical field theory |
| MAT215 | Statistical inference (foundations) |
| MAT216 | Statistical inference (intermediate) |
| MAT217 | Statistical inference (mastery) |
| MAT218 | Statistical learning in practice |
| MAT219 | Statistical mechanics |
| MAT220 | Statistical modelling |
| MAT221 | Statistical physics |
| MAT222 | Statistics (foundations) |
| MAT223 | Statistics (intermediate) |
| MAT224 | Statistics (mastery) |
| MAT225 | Statistics in finance |
| MAT226 | Statistics in medical practice |
| MAT227 | Stochastic calculus (foundations) |
| MAT228 | Stochastic calculus (intermediate) |
| MAT229 | Stochastic calculus (mastery) |
| MAT230 | Stochastic control |
| MAT231 | Stochastic differential equations (foundations) |
| MAT232 | Stochastic differential equations (intermediate) |
| MAT233 | Stochastic differential equations (mastery) |
| MAT234 | Stochastic financial models |
| MAT235 | Stochastic integration |
| MAT236 | Stochastic optimisation |
| MAT237 | Stochastic processes in biology |
| MAT238 | String theory |
| MAT239 | Structure and evolution of stars |
| MAT240 | Supersymmetry |
| MAT241 | Symmetries, fields, and particles |
| MAT242 | Symplectic topology |
| MAT243 | SymPy |
| MAT244 | Tensor calculus |
| MAT245 | The life and death of galaxies |
| MAT246 | The Standard Model |
| MAT247 | Theoretical physics of soft condensed matter |
| MAT248 | Time series analysis |
| MAT249 | Topological quantum matter |
| MAT250 | Topology in data science |
| MAT251 | Topology in machine learning |
| MAT252 | Toric varieties |
| MAT253 | Utility and portfolio theory |
| MAT254 | Variational principles |
| MAT255 | Vector calculus |
| MAT256 | Waves |
Machine Learning / Artificial Intelligence
| Code | Course title |
| MLAI1 | A history of machine learning and artificial intelligence |
| MLAI2 | Advanced optimisation strategies |
| MLAI3 | AI ethics |
| MLAI4 | AnimeGANv2 |
| MLAI5 | Artificial general intelligence |
| MLAI6 | Artificial intelligence for C-suite |
| MLAI7 | Artificial intelligence: a non-technical introduction |
| MLAI8 | Attention |
| MLAI9 | Autoencoders |
| MLAI10 | Backpropagation |
| MLAI11 | Bayesian modelling |
| MLAI12 | BERT |
| MLAI13 | Chatbots |
| MLAI14 | ChatGPT |
| MLAI15 | Clustering algorithms |
| MLAI16 | Cognitive biases |
| MLAI17 | Data-driven market simulators |
| MLAI18 | Deep learning |
| MLAI19 | Deep learning in natural language processing |
| MLAI20 | Deep learning volatility |
| MLAI21 | Differential machine learning |
| MLAI22 | Dimensionality reduction |
| MLAI23 | Ensemble learning |
| MLAI24 | Explainable AI |
| MLAI25 | Exploration, maximum value hypothesis |
| MLAI26 | Fastspeech2 TTS |
| MLAI27 | Feature engineering |
| MLAI28 | GANs |
| MLAI29 | Generative artificial intelligence (AI) |
| MLAI30 | History of artificial intelligence |
| MLAI31 | Hugging Face, the GitHub of AI? |
| MLAI32 | Kernel methods |
| MLAI33 | Large Language Models (LLMs) |
| MLAI34 | Learning from data |
| MLAI35 | Limitations of natural language |
| MLAI36 | Linear models |
| MLAI37 | Llama |
| MLAI38 | Logical fallacies |
| MLAI39 | LSTMs |
| MLAI40 | MAGMA |
| MLAI41 | MLOps |
| MLAI42 | Model tuning |
| MLAI43 | Neptune.ai |
| MLAI44 | Neural network architectures |
| MLAI45 | Neural networks in banking and finance |
| MLAI46 | Open data |
| MLAI47 | Optical character recognition, Captcha |
| MLAI48 | Perceptrons |
| MLAI49 | Potential quantum advantages |
| MLAI50 | Principal component analysis (PCA) |
| MLAI51 | Quantum machine learning |
| MLAI52 | Quantum machine learning |
| MLAI53 | Quantum models as kernel methods |
| MLAI54 | Recommender systems |
| MLAI55 | Regularisation and optimisation |
| MLAI56 | Regularisation of deep nets |
| MLAI57 | Reinforcement learning: implementation |
| MLAI58 | Reinforcement learning: introduction |
| MLAI59 | Reproducibility and deployment of machine learning workflows |
| MLAI60 | Small data environments |
| MLAI61 | Supervised learning |
| MLAI62 | Time series signatures |
| MLAI63 | Transformers |
| MLAI64 | Unsupervised learning |
| MLAI65 | Unsupervised learning |
| MLAI66 | Variational autoencoders |
| MLAI67 | Variational circuits |
| MLAI68 | Web scraping |
| MLAI69 | Weights & biases |
| MLAI70 | Working with imbalanced datasets |
Soft and Leadership Skills
| Code | Course title |
| SLS1 | Achieving competitive advantage |
| SLS2 | Anger management |
| SLS3 | Beginning management |
| SLS4 | Brand management |
| SLS5 | Breakout strategy |
| SLS6 | Building and managing reputations |
| SLS7 | Bulge bracket financial institutions |
| SLS8 | Business problem solving |
| SLS9 | Climate change and business strategy |
| SLS10 | Communicating effectively |
| SLS11 | Conflict management |
| SLS12 | Consumer behaviour |
| SLS13 | Corporate and personal values |
| SLS14 | Corporate governance |
| SLS15 | Corporate law and tax strategy |
| SLS16 | Design for business transformation |
| SLS17 | Design thinking |
| SLS18 | Digital business |
| SLS19 | Diversity and inclusion |
| SLS20 | Effective marketing |
| SLS21 | Effective selling |
| SLS22 | Effective teamwork |
| SLS23 | Emerging technologies |
| SLS24 | Energy businesses |
| SLS25 | Family businesses |
| SLS26 | Frugal innovation |
| SLS27 | Hypnosis |
| SLS28 | Innovation and entrepreneurship |
| SLS29 | International businesses |
| SLS30 | Intrapreneurship |
| SLS31 | Leading from behind |
| SLS32 | Leading from the front |
| SLS33 | Memory training and mnemonics |
| SLS34 | Middle management |
| SLS35 | Negotiating effectively |
| SLS36 | Neuro Linguistic Programming (NLP) |
| SLS37 | Presenting effectively |
| SLS38 | Problem solving |
| SLS39 | Speed reading |
| SLS40 | Startups |
| SLS41 | Strategic networking |
| SLS42 | Strategy in volatile and uncertain environments |
| SLS43 | Sustainability and competitive advantage |
| SLS44 | The disruptive mindset |
| SLS45 | The FinTech revolution |
| SLS46 | Thinking fast and slow |
| SLS47 | Top management |
| SLS48 | Working effectively across silos |
| SLS49 | Working though good times and bad |
| SLS50 | Working with neurodiversity |
Regulations
| Code | Course title |
| REG1 | Addressing of communications to customers |
| REG2 | AI regulation |
| REG3 | AML/CTF supervision reform |
| REG4 | Anti bribery and corruption legislation |
| REG5 | APP fraud reimbursement |
| REG6 | Approval procedures for day-trading accounts |
| REG7 | Asset management regulation |
| REG8 | Bank of England |
| REG9 | Bank of International Settlements (BIS) |
| REG10 | Basel 3.1 |
| REG11 | BCBS core principles of effective banking supervision |
| REG12 | Best execution obligations |
| REG13 | Brexit (foundations) |
| REG14 | Brexit (intermediate) |
| REG15 | Brexit (mastery) |
| REG16 | BSPS redress scheme |
| REG17 | Capital Requirements Regulation (CRR) |
| REG18 | Cash distribution codes of practice |
| REG19 | CBOE rules |
| REG20 | CFTC |
| REG21 | Cold calling |
| REG22 | Complaints and Redress |
| REG23 | Consumer Duty |
| REG24 | Consumer Financial Protection Bureau (CFPB) |
| REG25 | CRM code |
| REG26 | Crypto assets regulation |
| REG27 | Cryptoasset travel rule |
| REG28 | Customer identification program (CIP) |
| REG29 | Digital pound |
| REG30 | Digital Securities Sandbox |
| REG31 | Direct Registration System (DRS) |
| REG32 | Diversity and Inclusion in Financial Services |
| REG33 | Dormant Assets Scheme |
| REG34 | Dual-regulated firms |
| REG35 | Electronic Municipal Market Access (EMMA) |
| REG36 | EMIR |
| REG37 | ESMA |
| REG38 | FCA rules on access to cash |
| REG39 | Financial Conduct Authority (FCA) |
| REG40 | Financial Industry Regulatory Authority (FINRA) |
| REG41 | Financial promotions gateway |
| REG42 | Financial regulation (foundations) |
| REG43 | Financial regulation (intermediate) |
| REG44 | Financial regulation (mastery) |
| REG45 | Financial Stability Board (FSB) |
| REG46 | FINRA rules |
| REG47 | FMI outsourcing and risk management |
| REG48 | Frozen assets reporting |
| REG49 | FRTB |
| REG50 | FSM Bill |
| REG51 | FSMA 2023 |
| REG52 | Gibraltar Financial Services Commission (GFSC) |
| REG53 | History of financial crime |
| REG54 | IDD |
| REG55 | IFRS Sustainability Disclosure Standards |
| REG56 | Islamic finance |
| REG57 | JMLSG |
| REG58 | Know Your Customer (KYC) |
| REG59 | LSB |
| REG60 | LSB’s Standards of Lending Practice |
| REG61 | Market abuse and manipulation |
| REG62 | MiFID |
| REG63 | MiFID 2 |
| REG64 | MiFIR |
| REG65 | MIPRU PII |
| REG66 | Money laundering |
| REG67 | MSRB rules |
| REG68 | National Futures Association (NFA) |
| REG69 | PARs |
| REG70 | PRA’s model risk management principles |
| REG71 | PRIIP |
| REG72 | PRIIP Regulation for UCITS |
| REG73 | Product sales data reporting |
| REG74 | Prudential Regulation Authority (PRA) |
| REG75 | PSR Specific Direction 3 |
| REG76 | Real-time transaction reporting system (RTRS) |
| REG77 | Regulation of cryptocurrency trading |
| REG78 | Regulation of high-frequency trading (HFT) |
| REG79 | Remuneration rules |
| REG80 | Resolution of discrepancies, disputes, errors, and complaints |
| REG81 | SEC Rules and regulations |
| REG82 | Securities and Exchange Commission (SEC) |
| REG83 | Self-regulatory organisations (SROs) |
| REG84 | Short selling regulations |
| REG85 | SMCR |
| REG86 | SME finance |
| REG87 | Solvency II Directive |
| REG88 | Solvency UK |
| REG89 | Solvent exit planning |
| REG90 | Strong customer authentication |
| REG91 | Tax treatment of option transactions |
| REG92 | The Dodd-Frank Wall Street Reform and Consumer Protection Act |
| REG93 | The FCA Conduct of Business Sourcebook |
| REG94 | The Federal Reserve System |
| REG95 | The Financial Services Act 2012 |
| REG96 | The Financial Services and Markets Act 2000 |
| REG97 | The LIBOR Scandal |
| REG98 | The Regulatory Environment |
| REG99 | Trade Reporting and Compliance Engine (TRACE) |
| REG100 | Trade reporting facility (TRF) |
| REG101 | Vote reporting for asset managers |
Team Building
The following pre-selected team building activities can be incorporated into large-scale trainings, usually with the help of third-party vendors:
Online/remote
| TBOL1 | Luna Park Mini-games |
| TBOL2 | Stocks in the City |
| TBOL3 | Virtual Murder Mystery |
UK sports/active
| TBUKA1 | Acting: Play in a Day |
| TBUKA2 | Beginner magic and mind reading lessons |
| TBUKA3 | Bushcraft and wilderness survival |
| TBUKA4 | Clay shooting |
| TBUKA5 | Construction project team building |
| TBUKA6 | Corporate polo experience |
| TBUKA7 | Escape room |
| TBUKA8 | Forest paintballing |
| TBUKA9 | Indoor go karting |
| TBUKA10 | Inland surfing |
| TBUKA11 | Introduction to archery |
| TBUKA12 | Learn NLP and hypnosis |
| TBUKA13 | Learn to row |
| TBUKA14 | Murder mystery party |
| TBUKA15 | Outdoor go karting |
| TBUKA16 | Team building at Mudchute Farm |
| TBUKA17 | The Cooking Academy |
| TBUKA18 | Treezone |
| TBUKA19 | Virgin Experience Day |
| TBUKA20 | Windowsill garden workshop |
US sports/active
| TBUSA1 | Acting to Succeed |
| TBUSA2 | Axe throwing |
| TBUSA3 | Concert at Madison Square Garden |
| TBUSA4 | High Line Scavenger Hunt |
| TBUSA5 | Indoor paintballing |
| TBUSA6 | Introduction to archery |
| TBUSA7 | Learn NLP and hypnosis |
| TBUSA8 | Learn to cook |
| TBUSA9 | Learn to row |
| TBUSA10 | Manhattan by Sail |
| TBUSA11 | Murder mystery party |
| TBUSA12 | New York Helicopter Tour |
| TBUSA13 | New York walking food tour |
| TBUSA14 | New York Yankees baseball game |
| TBUSA15 | Outdoor go karting |
| TBUSA16 | Outdoor paintballing |
| TBUSA17 | Rifle shooting experience |
| TBUSA18 | Sleep No More: immersive experience |
| TBUSA19 | The BEAST Speedboat |
| TBUSA20 | Virgin Experience Gifts |
London and the UK
| TBUK1 | Amphibous London tour |
| TBUK2 | Formal Dinner at the Oxford and Cambridge Club |
| TBUK3 | IBM Hurseley Museum |
| TBUK4 | London Eye |
| TBUK5 | Museum of Computing |
| TBUK6 | Museum of London Docklands |
| TBUK7 | National Maritime Museum |
| TBUK8 | The Centre for Computing History, Cambridge |
| TBUK9 | The Computing Futures Museum |
| TBUK10 | Tour of British Museum |
| TBUK11 | Tour of Natural History Museum |
| TBUK12 | Tour of Science Museum |
| TBUK13 | Tour of Scottish Parliament |
| TBUK14 | Tour of UK Parliament |
| TBUK15 | Tour of Victoria and Albert Museum |
| TBUK16 | Tours of Cambridge |
| TBUK17 | Tours of Oxford (including Harry Potter and Alice in Wonderland tours of Christ Church) |
| TBUK18 | Visit HMS Belfast |
| TBUK19 | Visit the Tower of London |
| TBUK20 | World War Two Codebreakers |
New York
| TBNYC1 | American Museum of Natural History |
| TBNYC2 | Broadway musical |
| TBNYC3 | Edge Observation Deck |
| TBNYC4 | Guided Central Park Horse Carriage Ride |
| TBNYC5 | Intrepid Sea, Air, and Space Museum |
| TBNYC6 | Museum Hack at one of New York’s museums |
| TBNYC7 | New York Documentary Experience |
| TBNYC8 | NYC 9/11 Memorial and Museum |
| TBNYC9 | NYC Hop-on Hop-off Bus Tour and Madame Tussauds |
| TBNYC10 | Speakeasy Drinks and Prohibition History Tour |
| TBNYC11 | SUMMIT One Vanderbilt Experience |
| TBNYC12 | The New York Hall of Science |
| TBNYC13 | The Story of Hamilton Walking Tour |
| TBNYC14 | The Strong, International Center for the History of Electronic Games |
| TBNYC15 | Top of the Rock Observation Deck |
| TBNYC16 | Tour of Broadway |
| TBNYC17 | Tour of the Empire State Building |
| TBNYC18 | Tout of the Museum of Modern Art (MoMA) |
| TBNYC19 | View of Brooklyn Bridge Bike Tour |
| TBNYC20 | Visit to Washington DC |
London finance
| TBLONFIN1 | Bank of England Museum |
| TBLONFIN2 | Faraday Museum |
| TBLONFIN3 | HM Treasury, Cabinet War Room, and Horse Guards Parade |
| TBLONFIN4 | London Canary Wharf and Docklands Tour |
| TBLONFIN5 | Royal Observatory |
| TBLONFIN6 | Stocks in the City: a Trading Game |
| TBLONFIN7 | The British Mathematical Olympiad Experience |
| TBLONFIN8 | The Royal Mint Experience |
| TBLONFIN9 | The Trading Floor |
| TBLONFIN10 | Tour of the City of London |
| TBLONFIN11 | Visit to the Guildhall |
| TBLONFIN12 | Visit to the Robotics Laboratory |
New York finance
| TBNYFIN1 | Capital Markets Trading Simulation |
| TBNYFIN2 | City Hall tour |
| TBNYFIN3 | Federal Reserve Bank of New York Gold Vault |
| TBNYFIN4 | Financial Crisis Tour |
| TBNYFIN5 | Guided tour of the United Nations |
| TBNYFIN6 | The Bourse |
| TBNYFIN7 | The Morgan Library and Museum |
| TBNYFIN8 | The Quantum Revolution |
| TBNYFIN9 | The Trading Game |
| TBNYFIN10 | Thomas Edison National Historical Park New Jersey |
| TBNYFIN11 | Tour of the Museum of American Finance |
| TBNYFIN12 | Tour of Wall Street |
| TBNYFIN13 | Tour of Wardenclyffe, the site of Nikola Tesla’s laboratory |
| TBNYFIN14 | Wall Street, 9/11 Memorial, and Statue Ferry |
Paris finance
| TBPARISFIN1 | Cité de l’Économie |
| TBPARISFIN2 | Citéco: Cité de l’économie et de la monnaie |
| TBPARISFIN3 | Guided tour of La Défense financial district |
| TBPARISFIN4 | History lessons |
| TBPARISFIN5 | La Monnaie de Paris (Paris Mint Museum) |
| TBPARISFIN6 | Science workshops |
| TBPARISFIN7 | Technology lessons |
| TBPARISFIN8 | The Bourse de Commerce |
| TBPARISFIN9 | The Sorbonne |
| TBPARISFIN10 | Visit to Ministry of Economy and Finance |
| TBPARISFIN11 | Visite de l’Ecole Normale Supérieure |
| TBPARISFIN12 | Visite du Campus de l’Ecole polytechnique |
Frankfurt finance
| TBFRA1 | EXPERIMINTA Science Center |
| TBFRA2 | Museum for Communication |
| TBFRA3 | Technik Museum Sinsheim |
| TBFRA4 | The Money Museum |
| TBFRA5 | VIsit Börse Frankfurt |
| TBFRA6 | Visit Main Tower (next to Commerzbank Tower) |
Motivational Talks
| # | Motivational talk |
| MT1 | Best-selling popular science author |
| MT2 | British Mathematical Olympiad winner |
| MT3 | C-Suite senior manager |
| MT4 | Chess grandmaster |
| MT5 | Ethical hacker |
| MT6 | Fields medalist |
| MT7 | Head of a trading desk |
| MT8 | Influencer |
| MT9 | International Mathematical Olympiad winner |
| MT10 | Inventor |
| MT11 | Journalist |
| MT12 | Kaggle grandmaster |
| MT13 | Medical professional |
| MT14 | Musician |
| MT15 | Nobel prize laureate |
| MT16 | Regulator |
| MT17 | Science communicator |
| MT18 | Serial entrepreneur |
| MT19 | Star programmer from a leading software company |
| MT20 | Star quant |
| MT21 | Star trader |
| MT22 | Startup founder |
| MT23 | World-class academic working in AI |
| MT24 | World-class academic working in quantitative finance |
| MT25 | World-class athlete |
Training courses
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Lecture hours
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Training clients
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