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Engineering×

University of Leicester, Full Time Masters Degrees in Engineering

We have 9 University of Leicester, Full Time Masters Degrees in Engineering

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The MSc Advanced Electrical and Electronic Engineering course aims to provide a coherent selection of electrical and electronic engineering subjects to advanced level. Read more
The MSc Advanced Electrical and Electronic Engineering course aims to provide a coherent selection of electrical and electronic engineering subjects to advanced level. Module combinations include communications and signal processing through control engineering to electrical machines and drives.

The course is ideal for the engineer who wishes to follow a career in the design and implementation of electrical and electronic circuits within the wider engineering environment.

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This course provides the student with the opportunity to study subjects from a broad range of Engineering disciplines. For example, the Department offers modules in mechanical, electrical, electronic, software, and communications engineering. Read more
This course provides the student with the opportunity to study subjects from a broad range of Engineering disciplines. For example, the Department offers modules in mechanical, electrical, electronic, software, and communications engineering. This wide spectrum of topics enables students to study new areas of interest as well as deepening their knowledge of others. Since industry increasingly uses multidisciplinary teams, an understanding of a variety of Engineering subjects may form a key part of career development.

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This degree will provide you with a broad knowledge of the properties, processing, characterisation, design and selection of materials for transportation, energy and aerospace applications. Read more
This degree will provide you with a broad knowledge of the properties, processing, characterisation, design and selection of materials for transportation, energy and aerospace applications.

You will learn how to use computer aided engineering design and mathematical modelling of processes to engineer materials with advanced properties. You will study the relationship between processing, structure and mechanical properties of major classes of advanced engineering materials, and develop the organisational, practical and computational skills necessary to carry out research in advanced materials engineering.

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The challenges facing engineering leaders of the future are immense. Cost, margin and ‘value for money’ pressures continue to grow and the pace of technology development continues to increase. Read more
The challenges facing engineering leaders of the future are immense. Cost, margin and ‘value for money’ pressures continue to grow and the pace of technology development continues to increase. Exploitation of the new design space enabled by advanced manufacturing methods such as additive layer manufacturing (ALM) is becoming a key advantage for firms, and there is a growing recognition that engineering functional performance strongly correlates to a company’s overall rates of return.

There is a shortage of professionals who possess both the outstanding technical and management skills in equal measure; this course has been designed to create the engineering leaders of the future by addressing the core issue head-on.

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The processing of data and signals digitally together with the communication of such information over fixed and wireless links is of major importance in many aspects of modern engineering. Read more
The processing of data and signals digitally together with the communication of such information over fixed and wireless links is of major importance in many aspects of modern engineering.

The MSc Information and Communications Engineering aims to develop a good understanding of digital signal processing, radio systems and digital communications together with topics covering real time implementation of the signal processing techniques. The theoretical aspects of the course will be reinforced with extensive “hands-on” exercises to further develop understanding.

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The MRes in Engineering allows you to concentrate on an area of Engineering which you have previously explored at undergraduate level, through an in-depth research project. Read more
The MRes in Engineering allows you to concentrate on an area of Engineering which you have previously explored at undergraduate level, through an in-depth research project. This course can be taken on its own or as a preparation for a PhD. The MRes is a free-standing qualification

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The MSc Advanced Mechanical Engineering course aims to introduce and develop the state-of-the-art methodologies and techniques relevant to current and future strategies for the design of mechanical systems and components. Read more
The MSc Advanced Mechanical Engineering course aims to introduce and develop the state-of-the-art methodologies and techniques relevant to current and future strategies for the design of mechanical systems and components.

Particular attention will be given to the development of investigative, modelling and computational strategies. The course covers fluid dynamics, solid structures, advanced and conventional materials and control systems.

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The MSc Embedded Systems and Control aims to provide the knowledge and skills required of a professional engineer to design embedded systems for use in control, diagnostics, monitoring and communications. Read more
The MSc Embedded Systems and Control aims to provide the knowledge and skills required of a professional engineer to design embedded systems for use in control, diagnostics, monitoring and communications. State-of-the-art techniques in control system design, signal processing and software design will be core elements of the course.

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This course will provide the knowledge and skills required of a professional engineer to design advanced control systems for complex dynamical systems. Read more
This course will provide the knowledge and skills required of a professional engineer to design advanced control systems for complex dynamical systems. The course includes advanced modules on dynamical systems and control theory and also covers the latest techniques for implementing these technologies on a range of high-performance applications.

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