Master of Science in Brewing and Distilling

at Heriot-Watt University - Edinburgh Campus United Kingdom

The 2020 National Student Survey results placed chemical engineering at Heriot-Watt as 1st in Scotland and 5th in the UK, based on students’ overall satisfaction with our programmes.

The Times and Sunday Times Good University Guide 2021 ranked Heriot-Watt University as 1st in Scotland and 4th in the UK for Chemical Engineering.

Our BEng in Chemical Engineering provides students with both the theory and practical application expected by industry. We have strong links with professional communities, allowing us to enhance the career prospects of our graduates.

Programme structure:

• Our BEng programme gives you a sound understanding of both the chemical and process engineering fundamentals that you need to become a professional engineer. In addition to a grounding in science, maths and engineering, our students acquire practical abilities that are highly sought after by industry.
• The BEng in Chemical Engineering is a four-year degree which can include an additional 5th year of study, resulting in the programme becoming a more advanced MEng degree. You will choose which route to follow at the end of your 4th year, giving you the flexibility to decide which degree best suits your career ambitions.
• Final year BEng students undertake a group-based design project that consolidates the subjects taught across the programme.

The MSc in Reservoir Evaluation and Management (REM) teaches students how to be successful subsurface geoscientists and engineers, able to build models that can provide good predictions of hydrocarbon reservoir behaviour. The success of these models requires a good understanding of both the geology and engineering of the reservoir. The REM programme, with its combination of geoscience and engineering, provides students with the ability to identify those aspects of the reservoir which have the greatest impact on hydrocarbon recovery. Our graduates typically go on to careers in petroleum geology, geomodelling or reservoir engineering.

Most development decisions in oil companies are based on the predictions of computer models of the subsurface. We teach our students the most effective ways to combine the geology, geophysics and reservoir engineering disciplines in order to develop and run computer models which provide the most robust predictions. The programme has been designed so that graduates are technically well prepared for, and have a sound knowledge of, the reservoir geoscience and engineering aspects of the upstream petroleum industry. The unique combination of geoscience and engineering in the REM programme means that our team projects contain the complete workflow of a field development, from geology to engineering and economics.

Graduates of the REM MSc will be in a unique position of having a thorough understanding of the both the geosciences and engineering issues relevant to hydrocarbon reservoir behaviour. The programme is deliberately intensive, typically consisting of working a full 5 days per week of lectures and practical work, including labs or tutorial exercises designed to teach practical skills in addition to learning theory. The programme includes two field trips to observe geology in the field, both for those with and without prior geological experience.

The most challenging and fulfilling aspect of our programme is the project work, particularly the team project, where students are tasked to propose a development plan for real field. The project integrates all the learning in reservoir geosciences and engineering disciplines and reinforces learning through team work.

The programme shares 6 taught courses with MSc Petroleum Engineering and MSc Applied Petroleum Geoscience as illustrated in this diagram.

This masters in Quantitative Finance and Mathematics course introduces innovative modern mathematical techniques and financial modelling. It focuses on probability and stochastics, which are often not included in standard mathematics degrees. It’s been designed to include the practical and pragmatic aspects of mathematical finance – offering you relevant and modern skills relating to structured finance in demand in the UK and internationally. The aim is to understand, both quantitatively and qualitatively, the risks and uncertainty involved. And, the wide range of optional courses offers you the chance to tailor your learning experience to suit your interests.

This popular course meets the high demand for mathematically trained graduates who are aware of the operation of international finance, investment and capital markets, and able to combine expertise in these areas. The course combines courses in mathematics from a foundation level up to the edge of current research with courses in all the key areas of modern finance. Graduates will be able to contribute at the highest level to financial analysis and decision making. As a major financial centre, Edinburgh offers excellent career opportunities.

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?

Our MSc International Business Management with Project Management programme is aimed graduates who have little or no business or management background in their first degree and who wish to gain a broad based business qualification to enhance their future career prospects, or at those looking to develop business management knowledge and skills to allow them to change or further their careers.

This is a Conversion MSc
MSc International Business Management with Project Management is a conversion degree programme led by academics from Edinburgh Business School. It introduces the study of business and management to graduates and professionals from non-management backgrounds who wish to enhance their careers.

This degree introduces vital business knowledge to those with limited academic experience in the subject and provides an opportunity to develop versatile management skills in just one year of study. Coupled with specialist learning in the area of project management, it develops modern management skills to complement existing knowledge and prepare graduates for a career shift or management role.

The 2020 National Student Survey placed chemical engineering at Heriot-Watt as 1st in Scotland and 5th in the UK, based on students’ overall satisfaction with our programmes.

The Times and Sunday Times Good University Guide 2021 ranked Heriot-Watt University as 1st in Scotland and 4th in the UK for Chemical Engineering.

Our MEng in Chemical Engineering provides students with both the theory and practical application expected by industry. We have strong links with professional communities, allowing us to enhance the career prospects of our graduates.

Programme structure:
The MEng programme is a five-year degree which shares the same first four years with the BEng programme. You choose which route to follow at the end of your 4th year, giving you the flexibility to decide which degree best suits your career ambitions.

Our MEng programme gives you a sound understanding of both the chemical and process engineering fundamentals that you need to become a professional chartered engineer. In addition to a grounding in science, maths and engineering, our students acquire practical abilities that are highly sought after by industry.

The final year of the MEng programme offers a range of advanced courses to broaden and deepen students’ understanding of chemical and process engineering. Students study optional courses from a range of specialist engineering subjects along with an extensive research project. Final year MEng students also undertake a commercial tender-based exercise taking on the role of an engineering design house pitching for business to our industrial advisory board.

This programme imparts the understanding and skills to develop advanced software systems to professional standards.

The programme has a flexible structure to suit graduates with a wide spectrum of degrees from those in IT to those with rather less academic computing content. The MSc covers core skills in Information Technology (IT) at MSc level while allowing students to study specialist advanced courses in topics such as animation, databases, e-commerce, games programming, intelligent robotics and network applications.

Graduates can expect to find employment with software houses, IT companies, research and development divisions of companies, financial services organisations, defence contractors or government IT agencies, and as researchers or research students within universities.

Software Development for Business GA programme is designed to provide a solid foundation in computing and the necessary applied skills. It includes the necessary applied skills, object-oriented web programming, writing algorithms and understanding fundamental database programming and management, as well as network security.

This programme helps you develop highly skilled employees in the following areas:

• Software Development and Testing;
• Web Development;
• Database Architecture and Development.

Edinburgh is the UK’s second biggest financial centre outside of London, and Heriot-Watt University enjoys a well-established reputation in the world of accountancy and financial services. As a reflection of this reputation, we were ranked as the second best university in Scotland for undergraduate accounting and finance degrees in the Guardian University League Tables 2019.

MA (Hons) Accountancy and Finance at the Edinburgh Business School is designed and taught by practising professionals and respected academics. It offers you the chance to develop the skills and knowledge needed for a successful career in accountancy and financial services.

The industry focus of this degree, and its breadth of accreditations, make it possible for you to gain the maximum number of exemptions from professional accountancy exams, offering the strongest possible foundation from which to launch your career.

You can enhance your employability in the area of finance through use of our state-of-the-art Bloomberg Trading Room. This professional-standard facility provides access to live financial data from global markets and organisations. Integrating use of Bloomberg Terminals into our teaching develops professionally relevant skills in data analysis, financial reporting, financial risk management and financial modelling.

The majority of our MA (Hons) Accountancy and Finance graduates go on to become chartered accountants in either professional practice, industry, or the public sector, but many go on to successful careers in banking and finance. A survey by Unistats 2019 found that 91% of recent graduates were in work or further study six months after graduating.