11354 modules
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ECON3040 2029-30
Advanced Econometrics with Machine Learning
Building on the econometric content learned in the second year this module introduces students to advanced econometric methods and machine learning. The module will first introduce an empirical problem then it will introduce the classical econometric answer to that problem and discuss how that method can fail. Then we will introduce machine learning methods that address potential failures of the classical econometric method, learn how to implement them in statistical software to then look at applications. Finally, we also discuss potential problems of the machine learning method. We will repeat this procedure with multiple topics. The goal of the course will mainly be prediction accuracy of the methods but extensions to causal inference and meaningful policy evaluation will also be mentioned. Applications to economic problem will be used throughout to illustrate the methods. -
SESM6034 2027-28
Advanced Electrical Systems
The global transition to electrification is transforming industries ranging from renewable energy and electric vehicles to robotics, marine propulsion and advanced manufacturing. This module develops the knowledge and engineering skills needed to understand how electrical power is generated, converted, controlled and delivered within modern engineering systems.
You will explore the principles of electrical machines, power electronics and power system analysis, developing an understanding of how these technologies work together to create efficient, reliable and sustainable energy systems. Through analytical modelling and engineering design, you will investigate the operation and performance of motors, generators and power conversion technologies used in real engineering applications. Along the way, you will strengthen your ability to analyse complex electrical systems and evaluate engineering solutions for emerging technologies.
By the end of the module, you will be able to analyse and assess modern electrical power and drive systems with confidence, providing an excellent foundation for careers in electrification, renewable energy, transportation, robotics and advanced manufacturing. -
SESM6034 2026-27
Advanced Electrical Systems
The global transition to electrification is transforming industries ranging from renewable energy and electric vehicles to robotics, marine propulsion and advanced manufacturing. This module develops the knowledge and engineering skills needed to understand how electrical power is generated, converted, controlled and delivered within modern engineering systems.
You will explore the principles of electrical machines, power electronics and power system analysis, developing an understanding of how these technologies work together to create efficient, reliable and sustainable energy systems. Through analytical modelling and engineering design, you will investigate the operation and performance of motors, generators and power conversion technologies used in real engineering applications. Along the way, you will strengthen your ability to analyse complex electrical systems and evaluate engineering solutions for emerging technologies.
By the end of the module, you will be able to analyse and assess modern electrical power and drive systems with confidence, providing an excellent foundation for careers in electrification, renewable energy, transportation, robotics and advanced manufacturing. -
SESM6034 2028-29
Advanced Electrical Systems
To provide an introduction to power system analysis and power electronics, and an in-depth coverage of electrical machine operation and design in the context of applications from the fields of renewable energy, marine propulsion, robotics and electric vehicles. -
SESM6034 2029-30
Advanced Electrical Systems
The global transition to electrification is transforming industries ranging from renewable energy and electric vehicles to robotics, marine propulsion and advanced manufacturing. This module develops the knowledge and engineering skills needed to understand how electrical power is generated, converted, controlled and delivered within modern engineering systems.
You will explore the principles of electrical machines, power electronics and power system analysis, developing an understanding of how these technologies work together to create efficient, reliable and sustainable energy systems. Through analytical modelling and engineering design, you will investigate the operation and performance of motors, generators and power conversion technologies used in real engineering applications. Along the way, you will strengthen your ability to analyse complex electrical systems and evaluate engineering solutions for emerging technologies.
By the end of the module, you will be able to analyse and assess modern electrical power and drive systems with confidence, providing an excellent foundation for careers in electrification, renewable energy, transportation, robotics and advanced manufacturing. -
SESM6034 2025-26
Advanced Electrical Systems
To provide an introduction to power system analysis and power electronics, and an in-depth coverage of electrical machine operation and design in the context of applications from the fields of renewable energy, marine propulsion, robotics and electric vehicles. -
SESM6034 2030-31
Advanced Electrical Systems
The global transition to electrification is transforming industries ranging from renewable energy and electric vehicles to robotics, marine propulsion and advanced manufacturing. This module develops the knowledge and engineering skills needed to understand how electrical power is generated, converted, controlled and delivered within modern engineering systems.
You will explore the principles of electrical machines, power electronics and power system analysis, developing an understanding of how these technologies work together to create efficient, reliable and sustainable energy systems. Through analytical modelling and engineering design, you will investigate the operation and performance of motors, generators and power conversion technologies used in real engineering applications. Along the way, you will strengthen your ability to analyse complex electrical systems and evaluate engineering solutions for emerging technologies.
By the end of the module, you will be able to analyse and assess modern electrical power and drive systems with confidence, providing an excellent foundation for careers in electrification, renewable energy, transportation, robotics and advanced manufacturing. -
SESM6034 2031-32
Advanced Electrical Systems
The global transition to electrification is transforming industries ranging from renewable energy and electric vehicles to robotics, marine propulsion and advanced manufacturing. This module develops the knowledge and engineering skills needed to understand how electrical power is generated, converted, controlled and delivered within modern engineering systems.
You will explore the principles of electrical machines, power electronics and power system analysis, developing an understanding of how these technologies work together to create efficient, reliable and sustainable energy systems. Through analytical modelling and engineering design, you will investigate the operation and performance of motors, generators and power conversion technologies used in real engineering applications. Along the way, you will strengthen your ability to analyse complex electrical systems and evaluate engineering solutions for emerging technologies.
By the end of the module, you will be able to analyse and assess modern electrical power and drive systems with confidence, providing an excellent foundation for careers in electrification, renewable energy, transportation, robotics and advanced manufacturing. -
MEDI6262 2027-28
Advanced Epidemiology
This module focuses on a range of epidemiological methods, concepts and approaches beyond those taught in the Basic Epidemiology module, to explore advanced quantitative methods used in epidemiological studies, and to apply these methods in research and practice. -
MEDI6262 2026-27
Advanced Epidemiology
This module focuses on a range of epidemiological methods, concepts and approaches beyond those taught in the Basic Epidemiology module, to explore advanced quantitative methods used in epidemiological studies, and to apply these methods in research and practice.