Master of Science in Energy and Economics

at Heriot-Watt University - Edinburgh Campus United Kingdom

This degree offers a thorough grounding in the major branches of Civil Engineering but with a focus on aspects most relevant to Structural Engineering. The aims of the programme are similar to those for Civil Engineering but with a stronger emphasis on the analysis, skills and knowledge appropriate to Structural Engineering design. In addition, this degree aims to cultivate skills for the creative development of designs for construction projects. An unrivalled range of specialist options is available in Year 5 and students complete a professional design project.

All Structural Engineering degrees are supported by the Civil Engineering Industry Advisory Committee, which includes representatives from major multi-national employers offering advice, guidance and work placement opportunities.

The postgraduate course in Urban Strategies and Design is delivered jointly by the Edinburgh School of Architecture and Landscape Architecture (ESALA) of the University of Edinburgh and Heriot-Watt University.

This course addresses the current need for interdisciplinary knowledge. It encourages the adoption of a comprehensive approach towards the delivery of socially-sustainable urban transformation, from local-specific to strategic metropolitan and regional interventions. Students study the wide and diverse range of social, economic, and political processes that determine the contemporary urban environment, and acquire the tools and skills to propose urban projects of diverse scales and specificities.

The City of Edinburgh offers an urban laboratory for project- and site visit-based exploration of current urban design issues in the UK. Furthermore, the city’s historic 'Geddesian' planning links, and contemporary international links with urban-focused institutions and bodies provide a strong platform from which to support student-led, location-based research projects.

Together with experienced industry advisors this course is brand new and fundamental to the modern petroleum industry.

The bulk of the world’s hydrocarbons come from producing assets – so-called 'mature fields'. In turn, these supply the bulk of the world’s energy.

Managing these assets is therefore a central aspect of global energy supply, and will become more so as the world’s giant fields become progressively more mature. Most industry jobs in exploration and production will be in this arena, requiring a talented workforce to fill them for decades to come.

Heriot-Watt's Institute of GeoEnergy Engineering has therefore created a new Master's programme to address this need.  The topical content is necessarily broader than the existing IPE programmes, embracing not only geoscience, reservoir and well engineering but also surface engineering and the linkage between them in the form of Integrated Asset Management (IAM).

The subject also demands a grasp of incremental petroleum economics and risk analysis, and a methodology for handling decision-making in assets in which production and data gathering are continuous.  This methodology provides the link between the programme components and sits at the core of the group exercise, with Edinburgh’s own Forth Bridge as a visual metaphor for the process.

Finally the programme deals with the asset end-game. When does production cease, how can field life be extended, how do we decommission (or then recommission?) and what are the potential uses of these reservoirs in the post-carbon era?

Fundamental ideas in pure and applied mathematics are developed together with key concepts in computer science. In addition to expertise in both subjects, the course fosters the intellectual skills of analytical reasoning, systematic problem solving and the development and clear communication of ideas. Students studying Mathematics with Computer Science study roughly 75% mathematics and 25% computer science.Those interested in a course with a larger computer science component can follow Mathematics and Computer Science (UCAS GG14). The split in this case is 50/50.

MSc Brewing and Distilling with Entrepreneurship is designed to provide students with high level education in brewing and distilling and key transferable professional skills which will provide entry to careers in these industries, including private entrepreneurial ventures.

Business practices and demands in brewing and distilling are changing rapidly.  Graduates of this programme will possess the skills to assess and address both technical and entrepreneurial challenges as they arise in the industry.

Our series of ‘Fit for work’ events held on campus include seminars, talks, networking and recruitment exercises and involve a range of industry professionals from graduates with their own companies, to representatives from the major breweries and distilling companies.

The MSc in Computing is a two year postgraduate degree. The first year imparts the knowledge and skills needed to study the subject at masters level in the second.

This new degree is open to graduates coming from any discipline. They will start by learning the art of software engineering, study some key computing topics and develop relevant research and technical English skills that prepare them for advanced study of computer science in the following year.

At the end of Year 1 students may progress to Year 2 or graduate instead with a Graduate Diploma in Computer Science.

This is a 2-year MSc progamme, offering practical application as well as advanced teaching, design and research in mechanical engineering. It is specifically for graduates with an engineering degree looking to enhance their career opportunities. Students will gain the technical, scientific and managerial abilities essential for a career as a professional mechanical engineer. The programme enables students to obtain an MSc as well as gaining practial experience in an industrial setting.

The programmes delivered by Mechanical Engineering are accredited by the Institution of Mechanical Engineers.

The MSc Robotics at Heriot-Watt will provide the students with training in core elements of modern robotics and autonomous systems. This one year postgraduate masters degree in Robotics will equip students to work in industry in areas where robots can be used to improve productivity, transform transportation, work in extreme environments and improve the quality of life.

The students on the MSc Robotics will:

• Be introduced to core robotics techniques, from basic kinematics to robot control, robot navigation, robot planning and human-robot interactions
• Receive an extensive training in robot programming (especially ROS) and practical implementation of solutions on real robots
• Apply their skills in various applications through project work, involving systems such as autonomous robots (cars, subsea vehicles), humanoid robots, advanced manipulators for compliant control and novel robot designs
• Obtain access to staff from leading research groups to mentor their development and guide their research projects

Within this programme, students will be offered a degree of flexibility in the options that they study, allowing them to specialise in specific domains of application.

Since the 1990s Heriot-Watt University has had an internationally renowned research group in Mathematical Biology, Ecology and Medicine. This group includes Jonathan Sherratt, Andy White and Kevin Painter; all of whom are leading researchers in mathematical biology with strong international reputations.

Building on the strength of this research group we are excited to be launching a brand new MSc Programme in Mathematical Biology Ecology and Medicine. The programme includes high level and high quality courses that will provide a comprehensive training in mathematical modelling of problems in the life sciences, in mathematical techniques to study these models, and in the use of data to both inform and test the models.

During the summer you will do an extended project on a cutting-edge research topic that is aligned with our research interests. These include work on wound healing, pattern formation in developmental biology, epidemics, cancer, semi-arid ecosystems, and evolution. The programme will open up for you a wide range of career paths and possibilities for future study.

Data Scientists are one of the highest sought after roles within all industries. A brand new undergraduate programme for 2021/22.

From Finance to Social Media, the world revolves around Data! In order to remain relevant and competitive in all industries, businesses today must rely on data scientists to analyse their large sets of data and draw out performance boosting insights. In fact, data scientists are so highly sought after that In 2020 alone, there is expected to be nearly 3 million new job postings for professionals with data science and analytic skills.

This BSc (Hons) Data Sciences programme, will help you to get a head start in this innovative career. You will learn the technical and analytical skills to navigate through this data field and how to extract valuable insight from the vast amounts of data available to you.