Master of Engineering in Architectural Engineering with Industry Placement

at Heriot-Watt University - Edinburgh Campus United Kingdom

Commercial Management and Quantity Surveying at Heriot-Watt is designed to meet the needs of the financial management and quantity surveying sectors. The degree offers a solid theoretical base, combined with a strong focus on industrial relevance.

To enhance your career prospects and international experience, we are now offering our established and standard one year Commercial Management and Quantity Surveying Masters over two years through offering a ‘with Industry Placement’ alternative.

This Commercial Management and Quantity Surveying with Industry Placement option offers a practical experiential element over the traditional one-year degree structure, allowing students to reflect on theory in practice.

Data science today is becoming increasingly important within the actuarial field, and Heriot-Watt has developed this unique new programme to meet this growing actuarial demand.

Taking our MSc in Actuarial Management with Data Science is a great way to speed your progress to this most prestigious of careers - it's designed to take you almost all of the way to qualification. Our MSc in Actuarial Management is an established and successful programme covering the more advanced actuarial subjects.The MSc in Actuarial Management with Data Science introduces exciting new opportunities for actuaries of the future.

Entry to the actuarial profession is by a demanding series of examinations, but the rewards after qualifying are great. The Institute and Faculty of Actuaries in the UK has four levels of examinations to qualify. The first level, the Core Principles (CS, CM and CB) subjects, are taught in our BSc or MSc in Actuarial Science and lead to exemptions from subjects CS1, CS2, CM1, CM2, CB1 and CB2. Students will typically study CP1, CP2, CP3, two SP subjects (two SP subjects are needed to satisfy the profession's requirements) and two courses on data science applied to insurance.

Actuarial data science combines advanced statistical modelling and analysis with modern computational techniques in order to analyse potentially large datasets arising in insurance and finance. These analyses have the ability to improve forecasts and enhance decision making in an uncertain environment where rapid advancements in technology and data availability are transforming fields of actuarial work. Additionally, they are building synergies with new sectors such as medical and healthcare. This is an area of science and technology that is attracting significant interest and that will continue to grow for the foreseeable future, as more and more industries adopt data-driven and data-centric approaches.

Students graduating from the MSc will have excellent employment prospects that are not restricted to any one narrow sector of financial services. By their choice of IFoA subjects, they may target the life, pensions, asset management, investment and risk management sectors. They will be in demand in quantitative risk management roles in both banks and insurance companies, as well as fund management companies, hedge funds, consultancies, software vendors and regulatory authorities. The market for graduates with actuarial qualifications complemented with data science skills is growing fast and we expect that it will continue to grow for the foreseeable future.

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.

Heriot-Watt University ranked first in the UK for Physics in the National Student Survey 2020 (Overall Student Satisfaction). BSc Physics is accredited by the Institute of Physics and aims to bring this fascinating subject to life.

This physics degree covers subjects including dynamics, electromagnetism, photonics and optics and astrophysics. These areas lead onto the quantum world of subatomic particles, the fascinating nature of light and the challenging but wonderful fields of quantum physics and relativity. Mathematics and practical work play an important part throughout the course, and specialist courses provided a background in physical maths and lab skills for physics applications. In later years, the course offers more specialist topics, including laser physics, solid state physics, optoelectronic devices, nuclear physics and biophysics.

In Year 4, individual research projects in world leading research groups allow you to develop skills in advanced experimental design, modelling and computation. Throughout, the programme will also help with your practical abilities, initiative and teamwork. The Physics degree provides broad and comprehensive training in all aspects of physics and modern science, and is well suited to both non-academic careers and careers in research.

This degree combines material from the Mathematics and Actuarial Science courses, together with specialist actuarial and statistical skills. It also takes a wide-ranging approach to other areas of advanced mathematics. Year one focuses on core topics in algebra, calculus and statistics, along with an introduction to finance and economics. Year two builds upon this by introducing topics in actuarial science. The third and final years offer a range of options – allowing you to choose a combination which best suits your interests.

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 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.

Our Commercial Management and Quantity Surveying course is designed to meet the needs of the financial management and quantity surveying sectors. The degree offers a solid theoretical base, combined with a strong focus on industrial relevance. This means that you’ll quickly be able to make a positive contribution to the success of your working environment, and the development of your own professional careers. Our students are often recruited by international construction and quantity surveying practices. Graduates also develop careers across different sectors of industry and commerce.

This course is delivered by the Centre of Excellence in Sustainable Building Design, a leading body recognised by the Royal Academy of Engineering. This is one of four such centres established at UK universities that jointly form a national network to demonstrate and exchange best practice in teaching and research for the sustainable built environment.

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) in Mathematics with Finance with a year-long work placement in level 4. Good performance means 12 months' experience of working in an organisation in the financial sector. The Diploma in Industrial Training is gained through successful completion of this 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 learn in your studies. It allows you to take on real responsibilities, enhance your interpersonal skills through teamwork and communication and experience workplace culture.

The Diploma is available to all students, including those from overseas, as it does not require a work visa. If you are planning to come to the UK using a student visa you should check the Tier 4 Student Visa Policy Guidance to confirm you are permitted to undertake a work placement as part of your studies. It is your responsibility to find a suitable work placement; acceptance onto the course does not guarantee you a placement. If you are registered on the course and are unable to find a suitable work placement before the end of level 3 then you can transfer to the standard BSc (Hons) in Mathematics with Finance degree.

Our four year BSc Computer Science (Artificial Intelligence) Honours degree is oriented to constructing robust and useable systems. We aim to teach people not just how to deploy cutting edge tools and techniques, but how to build the next generation of software tools that other system constructors will use. 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.

All Year 3 students take part in a year-long group project, where they co-operate in tackling a large, realistic problem. Year 4 students conduct a major, year-long, individual dissertation project.

The Artificial Intelligence specialism is gained through taking prescribed courses from the final year options (two of the following: Biologically Inspired Computation, Data Mining and Machine Learning, Intelligent Robotics) and having an approved AI topic for the final year project.