Engineering Management

Entry requirements

A 2:1 or above at undergraduate level in a STEM subject (Physical, Chemical and Biological Sciences, Engineering, Mathematics, Information Technology, Computer Science, etc).

Applicants with a high 2:2 (55% or above) or a non-STEM related degree will be considered on a case-by-case basis.

Months of entry

September

Course content

Prepare yourself for leadership roles in engineering with this industry-focused programme, where you'll learn to navigate the challenges faced by the engineering sector. You'll be taught how to manage operations, supply chains, systems and resources in an engineering context, while also considering sustainability and ethics.

Graduates of this course should be well equipped to lead engineering companies through changes caused by technological innovations, economic volatility and resource availability, using innovation, entrepreneurship and financial expertise.

Programme highlights

• Study a course that's aligned with industry demands in a rapidly changing engineering sector.
• Take part in workshops focused on professional business skills in addition to learning key concepts in engineering management.
• Have direct contact with employers during talks by industry experts and a range of other industrial engagement activities.

What you'll study

This programme will cover aspects of management, as well as advanced engineering management concepts that apply across the full breadth of engineering disciplines. It aims to provide students with knowledge and experience in the management of innovation, finance, operations, strategy, systems, and sustainability, in relation to engineering projects.

The course material includes topics such as process, business model, disruptive, and agile innovation, as well as customer engagement, lean manufacturing, product development, and offshore/onshore manufacturing.

We teach business analytical techniques such as 'Porter's Five Forces,' 'McKinsey 7-S Framework,' 'Boston Matrix (Product Portfolio Model),' and 'Balanced Scorecard.' This enhances your capability to systematically analyse decision-making in engineering businesses.

We intend to inspire your creativity in problem-solving by examining real-world engineering industry problems and global challenges, such as Mongolian air pollution and disaster management in Fiji. The process of identifying causes and effects in complex situations should increase your confidence in developing ideas and solutions.

Career paths

At the end of this degree, you will be well-equipped to pursue management roles in the engineering and technology sectors.

Typical roles for an engineering management graduate include:

• Engineering Business Analyst
• Engineering Consultant
• Production Manager
• Site Manager
• Operations Manager
• Project Manager

You will benefit from the strong industry links we have fostered through our research collaborations, Industrial Advisory Board, and regular hosting of industry speakers at seminars and conferences.

Fees and funding

There are a number of ways you can fund your postgraduate degree.

• Scholarships and bursaries
• Postgraduate loans (UK students)
• Country-specific scholarships for international students