Lancaster University - Faculty of Science and Technology

This programme will enhance students’ understanding in a range of current areas of computer science in relation to distributed systems (including topics such as Cloud and IoT), data science (related to big data analysis) and human and computers (i.e. HCI topics helping to design user-centric systems). The study is enhanced through interaction with world-class researchers in their field through an initial three-week placement with them and a subsequent project doing in-depth work and research on a chosen topic. Students are encouraged to collaborate with industrial partners and complete an MSc project in a professional environment.

Students will further develop skills introduced at BSc level and will gain a greater level of independence along with a more rounded skillset on completion of the programme.... [-]

Silicon-based electronics and embedded software now pervade the systems and devices we use on a daily basis and is the key enabling technology for Internet-based systems, automation and vehicle systems. Taking silicon-based electronics to the next level by adding microsensors, microactuators, biology and novel materials is now one of the primary goals of engineers and scientists within the international electronics community.

Advances have already been made through, for example, the integration of gyroscopes into mobile phones and the use of silicon micromirrors in high definition displays. However, further advances over the coming years are expected to revolutionise health care, environmental monitoring, and energy by way of handheld devices for rapid detection of cancers, low-cost toxin detection, and miniaturised energy harvesters (to replace batteries).... [-]

Mechanical Engineering combines scientific principles, mathematics and 'realisation'. Scientific principles underpin all aspects of engineering, while mathematics is the language used to quantify and optimise solutions. Realisation encapsulates the whole range of creative abilities which distinguish the engineer from the scientist; to conceive, make and actually bring to fruition something which has never existed before.

The course comprises advanced topics in mechanical engineering with modules spanning engineering science, design and technology. The modules have been developed to complement departmental research along with our strong industrial links. Modules and projects are delivered by academic staff having international expertise in their discipline. This course will appeal to students progressing directly from undergraduate study in engineering or related fields; to more experienced professionals wishing to update their skills; to engineering graduates/professionals holding an accredited bachelor's degree and seeking to fulfil the academic requirements for Chartered Engineering (CEng) registration with the UK Engineering Council (ECUK).... [-]

The flourishing marketplace for mobile networks has meant that the telecommunication companies are making their largest profits from this sector of the industry. Therefore, demand for jobs and for trained engineers to fill those jobs remains very high.

This programme is intended for graduates in engineering or science-related disciplines, such as Electronics, Electrical Engineering, Control, Computer Engineering and Computer Science, who are seeking advanced knowledge and specialised skills in wireless communication systems. Students will take part in a blend of academic courses with the opportunity for practical experience and professional training, all of which can be applied to a research or industrial career in mobile and wireless communications.... [-]