Engineering Modules for Year 5 MAI
Due to the changing nature of covid regulations the assessment and delivery portion of modules may change. Any changes will be communicated to you by the module coordinators.
Choose your stream to see your required modules.
Biomedical Engineering
Module Choices
Modules are 5 ECTS unless indicated otherwise.
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- MEP55E02
- Engineering Research Project [30 ECTS]
- MEP55E02
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- MEP56BM9
- Medical Devices Design Fundamentals
- MEP56BM9
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- ME5MS3
- Supply Chain Management
- ME5MS3
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- ME5MS7
- Risk Management and Safety Assessment Systems
- ME5MS7
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- ME5BIO3
- Tissue Engineering
- ME5BIO3
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- ME5BIO4
- Finite Element Analysis
- ME5BIO4
-
- EE5C04
- Speech and Audio Engineering
- EE5C04
-
- EE5C16
- Deep Learning and its Applications [10 ECTS]
- EE5C16
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- MEP55B21
- Neural Signal Analysis [10 ECTS]
- MEP55B21
-
- ME5BIO7
- Advanced Medical Imaging
- ME5BIO7
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- MEP55BM8
- Active Implanted Devices and Systems [10 ECTS]
- MEP55BM8
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- EE5C01
- Motion Picture Engineering
- EE5C01
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- ME5MM1
- Advanced Manufacturing II - Additive Manufacturing & Laser Processing
- ME5MM1
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- ME5B10
- Instrumentation and experimental techniques
- ME5B10
Academic Year
Semester One
Semester Two
The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers.
Civil, Structural and Environmental Engineering
Module Choices
Modules are 5 ECTS unless indicated otherwise.
-
Semester One
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- CE7E03
- Air Pollution
- CE7E03
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- CE7E07
- Sustainable Water Supply and Sanitation
- CE7E07
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- CE7C04
- Façade Engineering
- CE7C04
-
- CE7J04
- Energy Policy and Demand
- CE7J04
-
- CE7S01
- Geotechnical Engineering
- CE7S01
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- CE7S02
- Advanced Computation for Structures
- CE7S02
-
- CE7S03
- Wind and Earthquake Engineering
- CE7S03
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- CE7S09
- Advanced Theory of Structures
- CE7S09
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- CE7T01
- Transportation Policy
- CE7T01
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- CE7T02
- Transport Modelling and Planning
- CE7T02
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- ME5BIO4
- Finite Element Analysis
- ME5BIO4
-
- CE7C05
- Advanced Spatial Analysis Using GIS
- CE7C05
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- CE7E04
- Waste Management and Energy Recovery
- CE7E04
-
- CE7E05
- Water Quality and Hydrological Modelling
- CE7E05
-
- CE7E06
- Water Resource Planning and Climate Change
- CE7E06
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- CE7J01
- Wind Energy
- CE7J01
-
- CE7J06
- Wave and Hydro Energy
- CE7J06
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- CE7S04
- Bridge Engineering
- CE7S04
-
- CE7S05
- Advanced Concrete Technology
- CE7S05
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- CE7S06
- Soil Structure Interaction
- CE7S06
-
- CE7S07
- A United Theory of Structures
- CE7S07
-
- CE7T04
- Transportation Data and Evaluation
- CE7T04
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- CE7T05
- Transport Design
- CE7T05
Academic Year
Semester Two
The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers.
Computer Engineering
Module Choices
Modules are 5 ECTS unless indicated otherwise.
-
- CSP55E02
- Engineering Research Project [30 ECTS]
- CSP55E02
-
- CS7CS3
- Advanced Software Engineering [10 ECTS]
- CS7CS3
-
- CSU55001
- Fuzzy Logic and Control Systems
- CSU55001
-
- CSU55004
- Formal Verification
- CSU55004
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- CS7CS4
- Machine Learning
- CS7CS4
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- CS7DS4
- Data Visualisation
- CS7DS4
-
- CS7CS3
- Advanced Software Engineering
- CS7CS3
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- CS7IS1
- Knowledge and Data Engineering
- CS7IS1
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- CS7IS3
- Information Retrieval and Web Search
- CS7IS3
-
- CS7NS1
- Scalable Computing/Internet Applications
- CS7NS1
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- CS7NS4
- Urban Computing
- CS7NS4
-
- EEP55M01
- Integrated Systems Design
- EEP55M01
-
- EE5C16
- Deep Learning and its Applications [10 ECTS]
- EE5C16
-
- CS7DS2
- Optimisation Algorithms for Data Analysis
- CS7DS2
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- CS7GV3
- Real‐time Rendering
- CS7GV3
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- CS71S5
- Adapative Applications
- CS71S5
-
- CS7GV5
- Real‐time Animation
- CS7GV5
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- CS7IS2
- Artificial Intelligence
- CS7IS2
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- CS7CS3
- Advanced Software Engineering
- CS7NS2
- Internet of Things
- CS7CS3
-
- CS7NS5
- Security and Privacy
- CS7NS5
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- CS7NS6
- Real‐time Rendering
- EE5C01
- Motion Picture Engineering [10 ECTS]
- CS7NS6
Academic Year
Semester One
Semester Two
The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers.
Electronic and Computer Engineering
Module Choices
Modules are 5 ECTS unless indicated otherwise.
-
- EE/CSP55E02
- Engineering Research Project [30 ECTS]
- EE/CSP55E02
-
- CSU55004
- Formal Verification
- CSU55004
-
- CS7CS4
- Machine Learning
- CS7CS4
-
- CS7IS1
- Knowledge and Data Engineering
- CS7IS1
-
- CS7CS3
- Advanced Software Engineering
- CS7CS3
-
- EEP55C03
- Statistical Signal Processing [10 ECTS]
- EEP55C03
-
- EEP5C09
- Self Organising Technological Networks
- EEP5C09
-
- EE5M01
- Integrated Systems Design
- EE5M01
-
- EE5C16
- Deep Learning and its Applications [10 ECTS]
- EE5C16
-
- EEPMMT07
- Audio Engineering
- EE5C16
- Deep Learning and its Applications [10 ECTS]
- EEPMMT07
-
- EEP55C21
- Cyber-physical Systems and Control [10 ECTS]
- EEP55C21
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- CS7GV3
- Real‐time Rendering
- CS7GV3
-
- CS7GV5
- Real‐time Animation
- CS7GV5
-
- CS7IS2
- Artificial Intelligence
- CS7IS2
-
- CS7NS2
- Internet of Things
- CS7NS2
-
- CS7CS3
- Advanced Software Engineering
- CS7CS3
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- CS7NS6
- Dstributed Systems
- CS7NS6
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- CSP55031
- Reconfigurable Networks
- CSP55031
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- EE5C01
- Motion Picture Engineering [10 ECTS]
- EEP55C25
- Algorithims for Quantum Computing
- EE5C01
-
- EE5M02
- Microlectronics
- EE5M02
-
- EEP55M08
- Digital Image and Video Processing
- EEP55M08
-
- EEMT17
- Spatial Audio
- EEMT17
Academic Year
Semester One
Semester Two
The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers.
Electronic Engineering
Module Choices
Modules are 5 ECTS unless indicated otherwise.
-
- EEP55E02
- Engineering Research Project [30 ECTS]
- EEP55E02
-
- EEP55C03
- Statistical Signal Processing [10 ECTS]
- EEP55C03
-
- EE5C04
- Speech and Audio Engineering
- EE5C04
-
- EEP55C09
- Self-organising Technological Networks [5 ECTS]
- EEP55C09
-
- EE5M16
- Deep Learning and its Applications [10 ECTS]
- EE5M16
-
- EE5M01
- Integrated Systems Design
- EE5M01
-
- EEPMMT07
- Audio Engineering
- EEPMMT07
-
- EEP55C21
- Cyber-Physical Systems and Control
- EEP55C21
-
- EEP55C25
- Algorithms for Quantum Computing
- EEP55C25
-
- EE5C01
- Motion Picture Engineering [10 ECTS]
- EE5C01
-
- EEP55M08
- Digital Image and Video Processing
- EEP55M08
-
- EEU55M02
- Microlectronics
- EEU55M02
-
- EEMT17
- Spatial Audio
- EEMT17
-
- CS7NS2
- Internet of Things
- CS7NS2
-
- CSP55031
- Reconfigurable Networks
- CSP55031
Academic Year
Semester One
Semester Two
The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers.
Mechanical and Manufacturing Engineering
Module Choices
Modules are 5 ECTS unless indicated otherwise.
-
- MEP55E02
- Engineering Research Project [30 ECTS]
- MEP55E02
-
- ME5B09
- Control Engineering II
- ME5B09
-
- ME5E4
- Introduction to Computational Fluid Mechanics
- ME5E4
-
- ME5MM3
- Supply Chain Management
- ME5MM3
-
- ME5MM7
- Risk Management and Safety Assessment Systems
- ME5MM7
-
- CE7J04
- Energy Policy and Demand
- CE7J04
-
- CE7T01
- Transportation Policy
- CE7T01
-
- ME5BIO4
- Finite element analysis
- ME5BIO4
-
- EEP55C21
- Cyber Physical Systems and Control
- EEP55C21
-
- EE5C16
- Deep Learning and its Applications
- EE5C16
-
- MEP55B15
- Low Carbon Transport Technology (Semester 1 & 2 )
- MEP55B15
-
- MEP55B16
- Low Carbon Power Technology (Semester 1 & 2 )
- MEP55B16
-
- MEP55M10
- Turbomachinery [5 ECTS]
- MEP55M10
-
- CE7J01
- Wind Energy
- CE7J01
-
- CE7J06
- Wave and Hydro Energy
- CE7J06
-
- MEP55B14
- Engineering Vibrations and Noise [5 ECTS]
- MEP55B14
-
- EEP55C25
- Algorithms for Quantam Computing [5 ECTS]
- EEP55C25
-
- EEP55C24
- Simulation for Geophysical Modelling [5 ECTS]
- EEP55C24
-
- ME5B03
- Advanced Thermal Fluid Sciences [10 ECTS]
- ME5B03
-
- ME5MM1
- Advanced Manufacturing II - Additive Manufacturing & Laser Processing
- ME5MM1
Academic Year
Semester One
Semester Two
The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers.
Academic Year Structure