11336 modules
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AUDI6018 2029-30
Advanced Clinical Audiology
The purpose of this module is to provide you with an in-depth theoretical knowledge, understanding and skills in advanced adult audiology diagnostic assessment and management techniques, using a person-centered approach. -
AUDI6018 2025-26
Advanced Clinical Audiology
The purpose of this module is to provide you with an in-depth theoretical knowledge, understanding and skills in advanced adult audiology diagnostic assessment and management techniques, using a person-centered approach. -
AUDI6018 2026-27
Advanced Clinical Audiology
The purpose of this module is to provide you with an in-depth theoretical knowledge, understanding and skills in advanced adult audiology diagnostic assessment and management techniques, using a person-centered approach. -
AUDI6018 2027-28
Advanced Clinical Audiology
The purpose of this module is to provide you with an in-depth theoretical knowledge, understanding and skills in advanced adult audiology diagnostic assessment and management techniques, using a person-centered approach. -
AUDI6018 2030-31
Advanced Clinical Audiology
The purpose of this module is to provide you with an in-depth theoretical knowledge, understanding and skills in advanced adult audiology diagnostic assessment and management techniques, using a person-centered approach. -
OCCT3042 2029-30
Advanced Communication Skills for Occupational Therapy
This level 6 module will enable you to demonstrate a strong professional identity, with the ability to reflect on your own contributions and that of others in challenging situations. -
OCCT3042 2028-29
Advanced Communication Skills for Occupational Therapy
This level 6 module will enable you to demonstrate a strong professional identity, with the ability to reflect on your own contributions and that of others in challenging situations. -
OCCT3042 2027-28
Advanced Communication Skills for Occupational Therapy
This level 6 module will enable you to demonstrate a strong professional identity, with the ability to reflect on your own contributions and that of others in challenging situations. -
FEEG6002 2031-32
Advanced Computational Methods I
Modern engineering increasingly relies on high-performance computing, numerical modelling and robust software to solve problems that would be impossible using analytical methods alone. This module builds on your earlier programming experience, developing the advanced computational skills needed to create efficient, reliable engineering software for scientific and engineering applications.
You will learn advanced programming techniques using C and compiled languages while exploring software engineering principles, numerical methods and computational modelling. Through laboratory sessions and programming assignments, you will develop, test and optimise engineering software, gaining experience of writing efficient code, implementing numerical algorithms and solving increasingly complex engineering problems. Throughout the module, emphasis is placed on producing software that is both computationally efficient and scientifically reliable.
By the end of the module, you will be able to develop high-performance computational solutions for engineering analysis and modelling, providing valuable skills for careers in simulation, digital engineering, scientific computing, robotics, artificial intelligence and engineering research. -
FEEG6002 2029-30
Advanced Computational Methods I
Modern engineering increasingly relies on high-performance computing, numerical modelling and robust software to solve problems that would be impossible using analytical methods alone. This module builds on your earlier programming experience, developing the advanced computational skills needed to create efficient, reliable engineering software for scientific and engineering applications.
You will learn advanced programming techniques using C and compiled languages while exploring software engineering principles, numerical methods and computational modelling. Through laboratory sessions and programming assignments, you will develop, test and optimise engineering software, gaining experience of writing efficient code, implementing numerical algorithms and solving increasingly complex engineering problems. Throughout the module, emphasis is placed on producing software that is both computationally efficient and scientifically reliable.
By the end of the module, you will be able to develop high-performance computational solutions for engineering analysis and modelling, providing valuable skills for careers in simulation, digital engineering, scientific computing, robotics, artificial intelligence and engineering research.