This is a course that you can customise to suit your particular interests within advanced, up-to-date techniques and technologies. It will give you the opportunity to choose from a wide range of modules offered by the Department of Electrical and Electronic Engineering. You will also be taught about advanced technical content in the sub-disciplines of electronic engineering, all of which is closely aligned with our forward-thinking research.
This is a course that you can customise to suit your particular interests within advanced, up-to-date techniques and technologies. It will give you the opportunity to choose from a wide range of modules offered by the Department of Electrical and Electronic Engineering.You will also be taught about advanced technical content in the sub-disciplines of electronic engineering, all of which is closely aligned with our forward-thinking research.
On this course you will have opportunities to apply theory to real engineering problems and technologies, combining professional engineering skills with scientific research methods. Program will train you in electronics, computer systems, computer vision and graphics, computer algorithms and architectures, artificial intelligence, big data and machine learning. Having built a core knowledge in electronics and computing, you’ll take modules in a range of advanced topics such as C++ and object oriented design, digital signal processing and artificial intelligence. Through project work, you will get the chance to work with academics from our research centres and use the latest computer software and facilities.
On this course you will have opportunities to apply theory to real engineering problems and technologies, combining professional engineering skills with scientific research methods. Program will train you in electronics, computer systems, computer vision and graphics, computer algorithms and architectures, artificial intelligence, big data and machine learning. Having built a core knowledge in electronics and computing, you’ll take modules in a range of advanced topics such as C++ and object oriented design, digital signal processing and artificial intelligence. Through project work, you will get the chance to work with academics from our research centres and use the latest computer software and facilities.
On this course you will have opportunities to apply theory to real engineering problems and technologies, combining professional engineering skills with scientific research methods. Program will train you in electronics, computer systems, computer vision and graphics, computer algorithms and architectures, artificial intelligence, big data and machine learning. Having built a core knowledge in electronics and computing, you’ll take modules in a range of advanced topics such as C++ and object oriented design, digital signal processing and artificial intelligence. Through project work, you will get the chance to work with academics from our research centres and use the latest computer software and facilities.
On this course you will have opportunities to apply theory to real engineering problems and technologies, combining professional engineering skills with scientific research methods. Program will train you in electronics, computer systems, computer vision and graphics, computer algorithms and architectures, artificial intelligence, big data and machine learning. Having built a core knowledge in electronics and computing, you’ll take modules in a range of advanced topics such as C++ and object oriented design, digital signal processing and artificial intelligence. Through project work, you will get the chance to work with academics from our research centres and use the latest computer software and facilities.
On this course you will have opportunities to apply theory to real engineering problems and technologies, combining professional engineering skills with scientific research methods. Program will train you in electronics, computer systems, computer vision and graphics, computer algorithms and architectures, artificial intelligence, big data and machine learning. Having built a core knowledge in electronics and computing, you’ll take modules in a range of advanced topics such as C++ and object oriented design, digital signal processing and artificial intelligence. Through project work, you will get the chance to work with academics from our research centres and use the latest computer software and facilities.
On this course you will have opportunities to apply theory to real engineering problems and technologies, combining professional engineering skills with scientific research methods. Program will train you in electronics, computer systems, computer vision and graphics, computer algorithms and architectures, artificial intelligence, big data and machine learning. Having built a core knowledge in electronics and computing, you’ll take modules in a range of advanced topics such as C++ and object oriented design, digital signal processing and artificial intelligence. Through project work, you will get the chance to work with academics from our research centres and use the latest computer software and facilities.
Whether you are interested in graphene, integrated circuits or quantum engineering, this program will give you the specialist skills at the interface of electronics and physics required to work on modern nanoscale device fabrication.After a firm grounding in electrical science and electronics, you will learn about quantum science and nanotechnology, power and energy efficient electronic devices, and production and characterisation of nanomaterials such as graphene, and quantum engineering.
Whether you are interested in graphene, integrated circuits or quantum engineering, this program will give you the specialist skills at the interface of electronics and physics required to work on modern nanoscale device fabrication.After a firm grounding in electrical science and electronics, you will learn about quantum science and nanotechnology, power and energy efficient electronic devices, and production and characterisation of nanomaterials such as graphene, and quantum engineering.