Industrial Engineering and International Finance MSc

School of Science and Engineering

Bridging the gap between advanced engineering and business with exciting industrial experience

Start date
September 2022
Duration
12 months
Study mode
Full Time
Location
Dundee City Campus

Also available: Industrial Engineering and International Finance (part time) MSc

Industrial engineers who can innovate, design, and transform engineering projects and have a deep understanding of how business works are in high demand.

This degree combines specialised industry-focused engineering with fundamental business skills.

You’ll study advanced robotics, looking at multi-modal sensor integration and human-robot interactions, and advanced manufacturing, investigating modern and smart manufacturing technologies.

You’ll combine these studies with corporate finance, global risk analysis, and forecasting. You’ll be able to implement adopt successful economic strategies, to analyse asset pricing and capital budgeting, interact with global markets and make informed business decisions.

You'll undertake an industrial-related project for at least 12 weeks. This offers exposure to industry, building up your practical experience and network within the UK and internationally.

We invest heavily in your personal and professional development. For example. we offer £1250 per student towards personal development, which is in addition to all the funded modules and teaching-related activities.

This investment can help to visit leading international trade fairs, take part in industrial talks, free professional registration (IET – Institute for Engineering and Technology), support personal projects or help with travel needs for industrial placements. All this enables you to have a working industrial network and a clear vision for your future career.

This degree has one of the highest employability rates within the School of Science and Engineering. More than 70% of students began employment straight after their placement took place.

We are working at the forefront of technology in high precision laser engineering of surfaces through our work with CERN. We also work closely with industry on materials printing for the energy sector as well as continued casting of metals for various industrial processes. The outcomes of our research form a unique research-led teaching programme.

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