Advanced Decision Making: Predictive Analytics & Machine Learning
Course Title: Advanced Decision Making: Predictive Analytics & Machine Learning
Course Code: UEL-DS-7003
Programme: MSc Data Science
Credits: 30.00
Course Description:
Summary of module for applicants:
This module aims to develop a deep understanding of ways of making decisions that are based strongly on data and information. Particular focus will be on mathematical, statistical and algorithmic-based decision-making models using predictive analytics and machine learning. Various cases will be examined. The software environment will be predominantly open-source R.
Main topics of study:
- Models used in decision-making
- Mathematics and statistical foundations of decision-making
- Principles of algorithm-based models
- Use of predictive analytics and machine learning in decision-making
- Analysis of case studies
- Assessment of accuracy, propagation of uncertainty and probabilities of uncertain events
- Utility vs. cost benefit/effectiveness
- Maximisation of expected utility of models
Learning Outcomes for the module
- Digital Proficiency - Code = (DP)
- Industry Connections - Code = (IC)
- Emotional Intelligence Development - Code = (EID)
- Social Intelligence Development - Code = (SID)
- Physical Intelligence Development - Code = (PID)
- Cultural Intelligence Development - Code = (CID)
- Community Connections - Code = (CC)
- UEL Give-Back - Code = (UGB)
At the end of this module, students will be able to:
Knowledge
1 Have a deep understanding of mathematical, statistical and algorithm-based decision-making (IC)
Thinking skills
2 Design and implement decision-making models (DP, PID)
3 Assign probabilities to uncertain events; cost-benefits to possible consequences; and making decisions that maximize expected utility (IC, EID)
Subject-based practical skills
4 Use machine learning in R and other decision-support tools (DP)
5 Critically evaluate alternative decision models and their comparative accuracy (IC)
Skills for life and work (general skills)
6 Conduct real-world projects using machine learning and predictive analytics (DP, PID)
7 Critically evaluate and analyse data and the accuracy of models (DP, EID)
8 Able to communicate machine-learning projects through well-crafted reports (SID, CID)
Typical Module duration: 12.0 Week(s)