Throughout your studies you will participate in project and design work, including a group project in the third year. In your final year you will spend around eight months working on an individual project. In the third year of the MEng programmes, you will participate in an industrial placement, which provides valuable experience of what it is like to work in industry.
The placement extends from April until the end of September and in many cases leads to an offer of a job at the end of the final year. Students on the International Programme of Study spend their third or, more typically, fourth year on an exchange programme at an institution overseas.
Opportunities are currently available in France, Germany, Switzerland, the USA and New Zealand. These courses all have a common two-year study period. The course structure includes a wide variety of options covering virtually all aspects of computing. If you take one of the specialised Computing MEng courses, you select your options from a specific group for that course. A central spine of engineering project and design work runs through all years, and a substantial part of the final year is devoted to an individual project.
This allows detailed study of a topic relevant to your chosen specialisation. During the third year, all MEng courses include an approved period of professional formation. This will be either industrial placement, extended project work or placement in a European industry or university. This takes place during the summer term and summer break until the start of the fourth year. During the third or fourth year, students following the MEng Computing (International Programme of Study) course complete an academic year at one of the recognised higher education institutions abroad with which we have an exchange arrangement. The Computing degree course structure has been designed to provide: fundamental principles underpinning computing, understanding of the engineering considerations involved in computing system design, implementation and usage a solid background in discrete mathematics (logic, sets, relations and grammars), which is the basic mathematics of computing, sound understanding of the classical mathematics and statistics relevant to applications in engineering and management, an introduction to computing architecture and hardware, alongside the software that can exploit them, advanced techniques, such as AI
Imperial College London, United Kingdom
Throughout your studies you will participate in project and design work, including a group project in the third year. In your final year you will spend around eight months working on an individual project. In the third year of the MEng programmes, you will participate in an industrial placement, which provides valuable experience of what it is like to work in industry.
The placement extends from April until the end of September and in many cases leads to an offer of a job at the end of the final year. Students on the International Programme of Study spend their third or, more typically, fourth year on an exchange programme at an institution overseas.
Opportunities are currently available in France, Germany, Switzerland, the USA and New Zealand. These courses all have a common two-year study period. The course structure includes a wide variety of options covering virtually all aspects of computing. If you take one of the specialised Computing MEng courses, you select your options from a specific group for that course. A central spine of engineering project and design work runs through all years, and a substantial part of the final year is devoted to an individual project.
This allows detailed study of a topic relevant to your chosen specialisation. During the third year, all MEng courses include an approved period of professional formation. This will be either industrial placement, extended project work or placement in a European industry or university. This takes place during the summer term and summer break until the start of the fourth year. During the third or fourth year, students following the MEng Computing (International Programme of Study) course complete an academic year at one of the recognised higher education institutions abroad with which we have an exchange arrangement. The Computing degree course structure has been designed to provide: fundamental principles underpinning computing, understanding of the engineering considerations involved in computing system design, implementation and usage a solid background in discrete mathematics (logic, sets, relations and grammars), which is the basic mathematics of computing, sound understanding of the classical mathematics and statistics relevant to applications in engineering and management, an introduction to computing architecture and hardware, alongside the software that can exploit them, advanced techniques, such as AI
Imperial College London, United Kingdom
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