MSc in Control Systems |
Course Content: |
.Foundations of Control Systems
.State-Space and Optimal Control and Nonlinear Systems
.Signal Processing, Estimation and Image Processing
.Robust and Multivariable Control
.Optimisation and Search
.Adaptive and Self-tuning Control
.Systems Reliability and Risk Assessment
.Predictive Control
.Fault Detection, Diagnosis and Prognosis
.Neural Networks
.Active Noise and Vibration Control
.Fuzzy Logic Modelling and Control
.Robotics and Vision
.Individual Project |
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MSc in Control Systems Engineering |
Course Content: |
.Foundations of Control Systems
.State-Space and Optimal Control and Nonlinear Systems
.Signal Processing, Estimation and Image Processing
.Robust and Multivariable Control
.Optimisation and Search
.Adaptive and Self-tuning Control
.Systems Reliability and Risk Assessment
.Predictive Control
.Fault Detection, Diagnosis and Prognosis
.Neural Networks
.Active Noise and Vibration Control
.Fuzzy Logic Modelling and Control
.Robotics and Vision
.Embedded Control Systems
.An Introduction to Neural Networks |
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MSc in Advanced Computer Science |
Course Content: |
.Computer Programming (Java)
.Software Analysis and Design (UML)
.Advanced Research Topics
.Collaborative Group Research Project (Darwin)
.Individual Project |
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MSc(Eng) in Advanced Software Engineering |
Course Content: |
.Computer Programming (Java)
.Software Analysis and Design (UML)
.Software Engineering
.Software Measurement and Testing
.Advanced Research Topics
.Collaborative Group Research Project (Darwin)
.Individual Project |
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MSc(Eng) in Data Communication |
Course Content: |
.Communication Principles
.Digital Communications
.RF and Optical Telecommunications
.Systems Architecture Design
.Maths for Communications
.Network Performance Analysis
.Software Analysis and Design
.Mobile Networks and Low Level Protocol
.Concurrent Systems
.Applications of Coding
.Information and Learning Theories
.Foundations of Object Oriented Programming
.Research Techniques
.Individual Research |
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MSc(Eng) in Electronic Engineering |
Core Modules: |
.Electronic Engineering Principles
.Research Techniques and Thesis Preparation |
Optional Modules: |
.Power Electronics and Machine Design
.Communications and Devices
.Computing and Communication Networks
.Advanced Circuit Design
.Individual Research |
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MSc(Eng) in Aerospace Materials |
Course Content: |
.Advanced laboratory techniques
.X-ray diffraction techniques
.Electron optics
.Thermal methods
.Transferable, computing and library skills
.Research project |
Additional course-specific modules: |
.Advanced Materials and Manufacturing for Aerospace
.Degradation and Protection for Aerospace
.Composites in Service
.Aerospace Structural Metallic Materials
.High Temperature Materials for Aerospace
.Composites Manufacturing
.Structural Integrity for Engineering Materials |
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MSc in Nanoscale Science and Technology |
Course Content: |
.Generic methodologies for nanotechnology
.Semiconductor nanotechnology
.Nanoscale magnetic materials and devices
.Processing and properties of inorganic nanomaterials
.Self-assembling nanostructured molecular materials and devices
.Macromolecules at interfaces and structured organic films
.Electronic and photonic materials and devices
.Bio-nanotechnology
.Major project based at Sheffield or Leeds |
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