Online - Bachelor of Science (Mechanical Engineering) BSc
Engineering Institute of Technology Australia
Find out more See all matching coursesMechanical Engineering with a Foundation Year BEng (Hons)
Swansea University United Kingdom
Find out more See all matching coursesMechanical Engineering with Foundation Year BEng (Hons)
University of Derby United Kingdom
Find out more See all matching coursesBachelor of Engineering (Mechanical Engineering) (Honours)/Bachelor of Business Bachelor
RMIT University Australia
Find out more See all matching coursesMechanical Engineering Sandwich BEng
Queen's University Belfast United Kingdom
Find out more See all matching coursesMechanical Engineering BEng (Hons)
University of Portsmouth United Kingdom
Find out more See all matching coursesMechanical Engineering BEng (Hons)
The University of the West of England, Bristol (UWE Bristol) United Kingdom
Find out moreMechanical Engineering with Foundation Year BEng (Hons)
University of Bedfordshire United Kingdom
Find out more See all matching coursesMechanical Engineering with Foundation Year BEng (Hons)
Buckinghamshire New University United Kingdom
Find out more See all matching coursesMechanical Engineering BEng (Hons), MEng
University of Central Lancashire (UCLan) United Kingdom
Find out more See all matching coursesMechanical Engineering with Science Foundation Year BEng (Hon)
University of Lincoln United Kingdom
Find out more See all matching coursesMechanical Engineering BEng (Hons)
City, University of London United Kingdom
Find out more See all matching coursesLooking for graduate level options? See All Masters degrees in Mechanical Engineering
Combining principles of engineering, physics and materials science, mechanical engineering is a broad discipline. As a mechanical engineer, you can expect to be involved in the design, manufacturing and maintenance of mechanical systems. These systems can range from vehicles, industrial machinery to robotics.
During an undergraduate degree, you will be given a foundation of knowledge in mechanical engineering, with many opportunities to develop your understanding. You will study modules such as thermodynamics, mechanics, dynamics and electronics. You may also be required to work with computer aided design (CAD) systems, as well as familiarising yourself with project development and management.
Your degree will be delivered in a mixture of modes. These will include lectures and seminars, as well as practical projects. You may also be able to participate in a work industry placement, as well as group project work.
Depending on where you choose to study, you may be able to specialise towards the end of your degree. This specialisation may help you to decide which sector you would like to work within. Common specialisations include:
If your degree requires you to write a dissertation or participate in a major project in your final year, this will give you a chance to further explore a favoured area of mechanical engineering.
The accreditation awarded at the end of your degree will depend on where you choose to study, as well as your specific course. Different countries sometimes have their own accreditation systems. Typically, you can expect to be awarded a Bachelor of Science (BSc), or a Bachelor of Engineering (BEng).
To work as a mechanical engineer, you will need to become accredited. Some degree courses in the UK are accredited by the Institution of Mechanical Engineers (IMechE), on behalf of the Engineering Council. By studying for a degree that is already accredited, you will get a headstart on becoming a chartered engineer.
Typically, an undergraduate degree in mechanical engineering will take three to four years. Foundation degrees, diplomas and certificates can last up to two years when studied full-time.
On successful completion of your undergraduate degree, you can choose to either seek employment in your chosen area, or further your studies. Continuation of your studies could come in the form of a postgraduate degree, such as a masters or PhD, or a graduate diploma or certificate.
As well as working directly within mechanical engineering, the wide range of transferable skills will mean that there are many career opportunities available to you. You will have skills in problem solving, computer literacy and project management. The most popular sectors for mechanical engineering graduates are aerospace engineering, automotive engineering, power generation and oil engineering.
During an undergraduate degree, you will be given a foundation knowledge in mechanical engineering, with many opportunities to develop your understanding. You will study modules such as thermodynamics, mechanics, dynamics and electronics. You may also be required to work with computer aided design (CAD) systems, as well as familiarising yourself with project development and management.
Your degree will be delivered in a mixture of modes. These will include lectures and seminars, as well as practical projects. You may also be able to participate in a work industry placement, as well as group project work.
Sign up to StudyLink.com, the home of quality study abroad advice.
Sign up nowRead our selection of advice articles for those looking to start on their study abroad adventure. Covering topics from study visas, applications, funding and choosing the right course and institution:
Read StudyLink's suggestions on your first steps when deciding where to study abroad, with helpful tips to make your decision easier.
Find out more about international student visas for studying abroad, as well as how, where and when to apply for yours.
In this article we look at how to approach choosing where in the world you would like to study.
Find out more about English language tests, your options and what is required as an overseas student.