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The MSc Professional Engineering provides the advanced engineering knowledge and understanding needed to qualify for full chartered engineer (CEng) status, and helps with building the range of practical competences also needed for CEng.You will study five core (compulsory) modules totalling 120 credits, then choose the remaining 60 credits from a wide range of optional modules, giving scope to match the course to your particular interests and objectives. All modules after the initial Professional Development Audit are highly flexible - they are designed to be tailored to suit each participant's engineering area, particular interests and employment circumstances.

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Aims: to impart state-of-the-art knowledge and understanding of Electronics and Communications; to deliver advanced modules informed by the active research expertise of our academics; to prepare students for careers in advanced technology; to provide a study environment that fosters stimulation and permits students to advance their knowledge and skills.This programme includes: the operation, and future directions of, optical communication systems and their current trends; the application MATLAB to may problems; understanding of the operation and performance of lasers in measurement; signal processing using different types of digital filters; specialised knowledge in areas related to photonics and communications.

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The OU is Europe’s largest provider of university-level online STEM (Science, Technology, Engineering and Maths) programmes. The eSTEeM unit (www.open.ac.uk/esteem) works across University boundaries to bring together STEM academics to innovate, evaluate and research in STEM teaching and learning.

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The Atomic, Molecular and Optical Physics Research Group investigates a wide range of fundamental and applied research including: - The study of physical and chemical processes in the atmosphere including global warming, ozone depletion and aerosol formation. - Many body theory and its applications to condensed matter studies including properties of graphene. - Experimental astrochemistry and astrobiology. - The study of cold atoms and the formation of optical lattices. - Experimental and theoretical study of electron molecule interactions - Irradiation of biomolecules and cellular material. - Biomolecular clusters. The group conducts theoretical and experimental interdisciplinary research with an international focus.

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WHAT WILL I LEARN?The course has the following ten taught modules: ?Masters project, ?study skills and research methods, ?lean operations, ?supply chain management, ?project management, ?management of quality, ?logistics operations, ?purchasing management, ?contract management, ?sustainability and environmental management systems. HOW WILL THIS COURSE BE TAUGHT?This course covers all the major aspects of control engineering, systems modelling and simulation, with modules ranging from classical control system design to optimal adaptive and intelligent control systems, including a wide range of optional modules.

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The programme comprises a research project and a taught component. Key features of the programme are: - Coverage of nanoscience and its implications - Focused teaching and learning modules - Experimental, field based or modelling research project - The programme is a collaborative endeavour between the Environmental Health Science group in the School of Geography, Earth and Environmental Sciences and the School of Biosciences.

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Many of the best known companies in the world (Microsoft, Nokia, Rolls Royce and Sony) base their global commercial success on their ability to innovate and apply new technologies in both products and operating processes.These abilities are now becoming critical for any organisation wishing to operate successfully on the international stage. This Masters programme is designed to provide an interdisciplinary perspective on the key issues facing such organisations, covering a wide range of topics and is aimed at those wishing to take a leading role in managing innovation and technological change in an international environment.

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For this award you need to hold an honours degree in engineering and to complete an additional 120 points at postgraduate level. Your honours degree can be either our Bachelor of Engineering (Honours) (B24), our undergraduate MEng (M02) or an honours degree accredited for Chartered Engineer by one of the engineering institutions licensed by the ECUK.

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We have a broad range of research centred on the applications of microwave technology into communications and sensor systems, and on novel aspects of network design with research funding from the EU, research councils, MoD and industry. We have a long tradition of excellence in electromagnetics and its applications, with exciting growth areas in microwave systems and networks.The Antennas and Applied Electromagnetics Laboratory has world-leading work on antennas and propagation for body-centric communications and antennas for vehicles.

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Future developments in communication systems are vital to the continued growth of the global economy; reducing costs, improving quality and providing ever more sophisticated services, whilst increasing both spectral efficiency and energy efficiency. Companies in both mature and rapidly growing economies are keen to secure staff with the masters-level specialist knowledge of the underlying principles and advanced applications of communication systems that this programme provides.

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