Master of Science in Construction Project Management with Industry Placement

at Heriot-Watt University - Edinburgh Campus United Kingdom

This course provides graduates with advanced mathematical skills and fluency in their chosen language, offering a valuable combination of technical expertise and linguistic excellence. Mathematical and language skills will be enhanced by studying mathematics for a year at one of the foreign partner universities. Languages on offer are French (G1R1), German (G1R2) and Spanish (G1R4). Graduates in mathematics and languages are consistently near the top of graduate employment tables, and the coupling of disciplines in this degree course ensures a highly marketable qualification.

This is an advanced, specialist course in the rapidly expanding area of renewable energy engineering with a clear Mechanical Engineering focus. The course is aimed at students wishing to develop critical understanding of the significant changes afoot in the energy system due to the development and integration of wind, marine, biomass and solar technologies. The course will enable graduates to develop and implement creative solutions to the problems encountered in renewable energy capture, conversion, storage and management.

Students will gain the knowledge and skills to assess renewable energy resources, design appropriate renewable energy systems, evaluate the performance of these systems and assess the wider impacts of renewable energy development. The course provides introductory courses to fundamental energy science and current energy issues, while the project-led courses focus on the design of renewable energy systems. The course concludes with a research-led dissertation in the summer.

Renewable energy research focuses on six main areas:

• Photovoltaics and Solar Energy
• Wind and Marine Energy
• Renewable Energy Systems
• Minimising CO2 Emissions
• Biofuels
• Wind and Marine Energy

The Edinburgh Business School aims to provide forward-thinking, practical, focused MSc degrees that are outward looking and focused on the global business world. As part of our programme, you will study specialist subjects from across the business sphere including; international business context, competitive strategy, research philosophy and practice, and business economics.

Our courses provide insight into relevant social, political, legal, and macroeconomic conditions affecting international business and will develop your skills in decision-making, people management, leadership and team working.

You will learn how to critically evaluate and implement theories, concepts and techniques of business and apply this knowledge to practical contexts through industry-focused, case-study led projects and ultimately your Industry Placement.

Robotic and autonomous systems are now used in areas such as autonomous vehicle guidance, healthcare, remote surgery, industrial manufacturing and domestic assistance. This multi-disciplined robotics degree brings together electronics, computer software, and mechanics. In the first three years, you’ll be given a background in all three disciplines, along with the opportunity to build integrated systems. In the final two years, you can either continue with a broad-based curriculum, or specialise in particular aspects of contemporary robotics.

The MEng Robotics degree shares a common first three years with the BEng and includes a six-month industry placement, during years 4 and 5. Advanced courses can also be chosen from the three departments: Electronic Engineering, Computer Science, and Mechanical Engineering.

Our teaching philosophy:
The philosophy behind all of our programmes is 'learning by doing'. Our programmes are designed to be practical and allow students to develop skills beyond traditional academic content.

Students work on both individual and group projects from the third year onwards, providing them with valuable hands-on experience. The projects challenge you to solve a 'real life' problem – such as the project in which our students helped design an electronic egg to monitor penguin incubation.

Energy – based on fossil fuels and, increasingly, renewables – is an essential component of our existence. The cost, availability and efficient utilisation of energy are increasingly strong focal points in the strategies of governments world-wide, as they realise that the 'raw material' for most of the energy used today has a finite life.

Large industries and small households alike depend on a reliable provision of energy. Energy includes not only electricity, but also heat and transportation. The course will make you aware of the relationship between demand and supply of energy, a relationship that consists of much more than its technical component. It includes political, economic and social issues and has to be viewed on a global as well as a local scale with respect to energy provision, consumption and the costs it might incur – both in the monetary as well as environmental terms.

We have seen countries go to war over energy supplies and we can see the effect of our energy consumption on the global climate. The concept of sustainable energy moves into focus as the finite nature of our main element in our current energy chain of supply – fossil fuel – becomes more obvious. The Paris Treaty is just one example of international and national policy actions which have subsequent implications for legislation affecting industries and communities.

We try to reflect the broad range of disciplines covering energy in this multi-disciplinary degree, which offers courses relevant to energy resources, power generation, process engineering, environmental legislation and environmental impact assessment, energy in buildings, as well as business courses in collaboration with the Edinburgh Business School.

It is the aim of the Energy MSc/Diploma to provide a balanced, integrated course which will equip the participant with the tools needed to positively influence his/her organisation in to developing new business strategies relevant to 'energy', or in reacting to the growing portfolio of environmental legislation. The course is also supported by industrial suppliers and users of energy, who are committed to an ethical environmental policy.

An optional project and dissertation in an engineering subject, which might be a company-specified topic or one selected by the participant, is also available.

The programme combines core elements of Mathematics, Chemical and Mechanical Engineering, Control Engineering, Electrical Engineering and Computer Science, Safety and Management. Successful completion of this programme will allow the graduate to become a productive graduate instrumentation and control engineer in their company.

Graduates' skillset:
The Instrumentation Measurement and Control Graduate Apprenticeship Programme aims to produce BEng (Hons) graduates who:

• Meet the educational base required by the Institute of Instrumentation, Measurement and Control for registration as an Incorporated Engineer;
• Have a good technical understanding of the essential facts across the discipline, but also an awareness of specialist application of technology;
• Are equipped with a sound basis in theoretical engineering principles and methods and their application;
• Are able to operate in team and multidisciplinary contexts;
• Have an appreciation of the wider societal and commercial influences on, and impact of, the discipline;
• Have problem-solving skills and the ability to apply such skills in developing innovative solutions to society's practical needs;
• Have developed the personal qualities and professional competencies of instrumentation and control engineers;
• Have been able to pursue their personal interests in depth in the context of the sponsoring company;
• Have the practical skills required specifically by instrumentation and control engineers and more widely by any numerate professional position.

Petroleum engineering is central to safe, efficient and sustainable development of oil and gas assets to meet global energy and resource demands.

Since its establishment in 1975, the Institute of GeoEnergy Engineering (IGE) at Heriot-Watt University has delivered its internationally renowned petroleum engineering MSc programme, providing thousands of graduates with the knowledge and skills to tackle the oil and gas industry’s most challenging problems across the globe. The programme offers an interdisciplinary approach to exploration and extraction of petroleum resources.

Programme content

The programme encompasses a wide range of applied petroleum engineering fundamentals, leading to development of a technically well-prepared graduate with a sound knowledge of the industry – through eight taught courses and two projects. During the field development project, students work together on real field data, considering the technical, economic and environmental aspects involved. For the individual research project, students select a specialist topic, for example related to geosciences, enhanced oil recovery, production chemistry or advanced drilling and completions, offered both by the Institute and by the industry.

Our BSc Computer Science (Data Science) degree focuses on constructing robust and useable systems. As well as looking at cutting edge tools and techniques, it’s designed to help you build the next generation of software tools that other system constructors will use. The course aims to give a well integrated balance of theoretical underpinnings and practical experience, strongly informed by the research expertise of our academic staff.

In the later years of the course, you’ll have the option to specialise and develop the skills needed to be a data scientist. Specifically, you will have the ability to develop and perform large-scale, repeatable data analyses grounded in statistical modelling. The term data science is often used interchangeably with big data or data analytics. It is becoming increasingly important as huge amounts of complex academic, business and government data are being generated from many largely online sources. This swelling lake of data needs increasing numbers of skilled personnel with the capacity to analyse and make sense of it all. That in turn requires that such personnel be trained in the latest skills and techniques in data science.

The GA programme covers the Civil Engineering modules of structures, geotechnics, water engineering and transportation engineering, and provides students with the key skills and knowledge required to become professionally recognised civil engineers, capable of playing key leadership roles in your organisation.

The purpose of this programme is to produce graduates with the required skills, knowledge and attributes to fulfil the role of Civil Engineer with key skills of project management and the important attributes and behaviours to make them responsible and reflective problem-solvers, critical-thinkers and managers.

Key areas of the programme:

The subject programme is based on our long established BEng (Hons) and MEng Civil Engineering programs, both accredited by JBM. The primary focus of the Civil Engineering Graduate Apprenticeship Programme is on developing the knowledge, understanding and skills outcomes sought by employers.

If you want to start your career with a year's work experience in hand, then you should consider this course. It combines the rigorous studies of the BSc (Hons) Computer Science (Data Science) with a year of work placement in level 4. Good performance means 12 months experience of working in an organisation in the computing sector. The Diploma in Industrial Training is gained through successful completion of the work placement. The work placement helps you to develop specific work-related skills, giving you the opportunity to apply and build upon the theory you’ve learned. This course aims to give a well-integrated balance of theoretical underpinnings and practical experience, strongly informed by the research expertise of our academic staff.