This module is an introduction to the art and science of security trading. Using a simulated trading platform, it provides students with understanding of how global securities markets work in practice, and allows them to develop an understanding of how evolving practices in market microstructure and the implementation of trading strategies respond to innovations in information technology and competition among market participants. The module will examine issues such as: market microstructure; the role of different trading mechanisms; different types of traders; the roles of different types of trades and traders; market rationality and efficiency. The module also critically examines how different trading systems influence key concepts such as market quality, liquidity, risk management, financial derivatives, trade securities and operational efficiency. Running model portfolios and writing investment policy statements will also be considered.
Learning Outcomes
By the end of the module students should be able to:
Explain fundamental market microstructure theories along with their role in promoting responsible and sustainable business practices
Interpret and evaluate security market designs, and recognise the reason(s) behind employment of diverse trading systems in key financial markets such as Xetra, London Stock Exchange, NASDAQ and NYSE
Calculate and interpret key microstructure measures such as quoted spread, effective spread, Roll spread, order flow imbalances, measures of efficiency and market quality
Critically appraise different trading systems related empirical evidence that examines the impact of changes in trading system on securities markets
Evaluate trading/investment strategies based on fundamental analysis and technical analysis, using various order types, including market orders, limit orders, stop orders etc
Critically assess trades in different market structures, including order and quote driven markets, continuous and call markets, crossing networks and dark pools
Main & reassessment: 2,000 word individual assignment (50%) & 2,000 word individual assignment (50%).
Students who fail the module resit the failed component(s) only.