Engineering (Electronics), MSc, PGDip

This course has been designed to provide graduates with a broad education in engineering alongside a greater depth of understanding in imaging and display technology, together with smart mathematical techniques for engineering design and optimisation. Combining computer science, electronic engineering, mechanical engineering and management, the course offers opportunities to develop imagination and innovation in design solutions, enterprise, leadership and inter-personnel skills.

The most significant reason to study Engineering (Electronics) at Nottingham Trent is the commercial relevance of our courses. For example, an innovative and distinctive feature of the course is the cross-disciplinary group design project, which provides a challenging, simulated environment in which to work as a member of a team. The project will encourage you to develop your imagination, creativity and innovation in design solutions. You will also build on your leadership, team building and communication skills, all of which are attractive to potential employers.

The course will crucially provide you with a postgraduate level education in the theory and practice of engineering, integrating aspects of computer science, electronic engineering, mechanical engineering, business, management and entrepreneurship. The course emphasises the importance of independent learning, problem solving and self-organisation.

Study routes
We offer the option to study either a Postgraduate Diploma or MSc in Engineering (Electronics). The MSc can have a sandwich element if you obtain and carry out an industrial placement.

Contact details
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Telephone: +44 (0)115 848 8310

The postgraduate academic year is divided into three terms: term one has 10 weeks; term two has 20 weeks; and term three has 15 weeks. For the Postgraduate Diploma you will study 40 credits in term one and 80 credits in term two. Those students who wish to continue on to the MSc will study 60 credits in term three. The first two terms are spent studying the taught modules and the last term, pursuing an individual major project.

Digital Control (20 credits)
This module introduces key techniques for practical digital control systems and process control including processing of digital signals. By means case studies, the students will develop knowledge and understanding of object-oriented 4th-generation programming as applied to digital control.

Embedded Systems (20 credits)
This module introduces the theory and practice of embedded engineering including performance, limitations, and benefits of micro-controllers and other embedded controller systems. Through the use of a small scale development project on an embedded device, you will develop knowledge and understanding of the communications and integration capabilities of embedded devices.

Wireless Communications (20 credits)
This module aims to develop the knowledge and understanding of wireless communication technologies, practical constraints and their applications to simulated and / or practical implementation scenarios. Case studies will include examples of advanced topics in wireless communications.

Group Design Project (20 credits)
During this module, you will focus mainly on the technical aspects of developing a cross-disciplinary group design project. The set projects will be taken from areas of advancing technology.

Major Project (60 credits)
You will apply your understanding of research processes and methodologies to develop and integrate knowledge focusing on a specialist Engineering topic.

Research Methods (20 credits)
This module develops your understanding of research design and methodology. As well as being introduced to the School’s research facilities, you will develop the skills necessary for research and for writing a project definition document.

Entrepreneurial Leadership and Project Management (20 credits)
You will develop your appreciation of entrepreneurship and leadership, and their role in economic development, project management and entrepreneurial business success. You will learn the tools and methodologies for effective project management.

Global Business Management (20 credits)
This module includes global business enterprises, global supply chain management, international marketing and the strategic
importance of integrated marketing, design, finance, manufacturing and distribution.

Software Engineering 1 (20 credits)
This module allows non-computing graduates to learn the methodologies for the analysis and design of procedural and object-orientated software systems. You will develop skills in procedural programming and the production of software solutions to problems.

Assessment
Global Business Management is assessed by a combination of both coursework and examination. All other modules are assessed by coursework, case studies and projects.

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